Welcome to the Future

Recommended for fans and writers of near-future science fiction: YOU CALL THIS THE FUTURE? THE GREATEST INVENTIONS SCI-FI IMAGINED AND SCIENCE PROMISED (2007), by Nick Sagan, Mark Frary, and Andy Walker, systematically explores fifty examples of scientific, technological, and social developments predicted in fiction from the perspective of which have come true or might plausibly do so. The possibilities range from those that already exist in some form (e.g., cloning, telemedicine, AI marketing, e-books, bionic organs, space tourism) all the way to concepts that may remain flights of fancy, such as warp drive and time travel.

Coverage of each topic is divided into three parts, headed Scientific History, Sighting in Sci-Fi, and Reality. Some also include a section titled "Tech Spec," such as facts about "truth serum" and an explanation of the procedure involved in cloning the famous sheep Dolly. Inventions and developments fall under the categories of Travel and Transportation (of course including flying cars and personal jetpacks); Computers, Cyborgs, and Robots; Communications; Weapons and Security; and the very broad field of Life, Health, and Sex. If the authors hadn't apparently deliberately restricted each category to ten items, doubtless the latter could have included much more content. The text is both highly readable and informative, as well as illustrated with numerous photos and drawings. Commendably, there's also an index. In addition to the book's entertainment value, it could serve as a quick reference source for SF authors.

Although published recently enough to reflect most of the cutting-edge technology we currently have, it leaves plenty of room for speculation about science-fiction devices and techniques that don't exist yet. J. D. Robb's "In Death" mystery series, set around 2060, has featured a combination handheld computer and portable phone called a "link" since the publication of the first novel in 1995. That vision has come true way ahead of schedule. On the other hand, I'm still waiting for the household cleaning robot Robert Heinlein promised we'd have in 1970, in his 1957 novel THE DOOR INTO SUMMER.

On the third hand, consider all the wonders we enjoy that weren't even imagined just decades ago, as celebrated in Brad Paisley's upbeat song "Welcome to the Future":

Welcome to the Future

Margaret L. Carter

Please explore love among the monsters at Carter's Crypt.

Sufficiently Advanced Technology

As we know, "Any sufficiently advanced technology is indistinguishable from magic" (Arthur C. Clarke). Conversely, many magical events in older fiction can be duplicated today by mainstream technology. A century and a half ago, someone who witnessed a translucent human figure floating in midair and emitting eerie moans would unquestioningly recognize it as a ghost. Now we'd respond with, "Cool special effect. I wonder how they did that?" Just such an apparition appears in Jules Verne's 1892 novel THE CARPATHIAN CASTLE, on the cusp of the shift between the two probable reactions. The local people think the vision of a dead opera star at the titular castle is her spirit, when it fact it's produced by a sound recording and a projected photograph.

In George du Maurier's 1894 novel TRILBY, the villain, Svengali, uses hypnotism to transform an ordinary girl who's tone-deaf into a famous singer. She can produce exquisite melodies only in a trance. When Svengali dies, she instantly becomes unable to sing. At the time of the novel's publication, little enough was known about hypnosis that this scenario doubtless looked scientifically plausible. Now that we know hypnosis doesn't work that way, Svengali's control over Trilby seems like magic, and to us the story reads as fantasy.

Several decades ago, I read a horror story about an author who acquires a typewriter that's cursed, possessed, or something. He finds that it corrects his typos and other minor errors. Gradually, this initially benign feature becomes scary, as the machine takes over his writing to an ever greater extent. He narrates his experience in longhand, since if using the typewriter he wouldn't even be able to demonstrate an example of a misspelling. At the time of publication, this story was an impossible fantasy. Now it would be merely a cautionary tale of a word processor with an excessively proactive auto-correct feature. From the beginning of J. D. Robb's Eve Dallas science fiction mysteries, set in the late 2050s and early 2060s, almost everybody carries a handheld "link," a combination communications device and portable computer. When the earliest books in the series were published, that device was a futuristic high-tech fantasy. Now the equivalent has become commonplace in real life. But another tool Lt. Dallas uses in her homicide investigations still doesn't exist and remains problematic. Police detectives employ a handheld instrument reminiscent of Dr. McCoy's tricorder to gather data about murder victims. One of its functions is to pinpoint the precise time of death to the minute. That capability would seem to run counter to the intrinsic limitations arising from the nature of the decomposition processes being analyzed. Therefore, the exact-time-of-death function strikes me as irreducibly quasi-magical rather than scientific, something the audience has to accept without dissecting its probability, like the universal translator in STAR TREK.

The distinction between science and magic can get fuzzy when nominal SF has a fantasy "feel." Marion Zimmer Bradley's Darkover series takes place on an alien planet inhabited partly by descendants of shipwrecked Terran colonists. Strict "hard science" readers might not accept psi powers as a real-world possibility, however, and the common people of Darkover regard laran (psi gifts) as sorcery. Anne McCaffrey's Pern series, also set on a planet colonized by migrants from Earth, features fire-breathing, empathic, teleporting, time-traveling dragons. Although these creatures have an in-universe scientific explanation, they resemble the dragons of myth and legend. Robert Heinlein's novella "Waldo" blends SF and what many if not most readers would consider fantasy. The title character lives on a private space station because of his congenital muscular weakness. Yet he overcomes his disability by learning to control his latent psychic talent under the guidance of an old Pennsylvania hex doctor who teaches Waldo how to access the "Other World." Incidentally, "Waldo" offers an example of how even a brilliant speculative author such as Heinlein can suffer a lapse of futuristic imagination. Amid the technological wonders of Waldo's orbiting home, Heinlein didn't envision either electronic books or computer games; a visitor notices paper books suspended from the bulkheads and wonders how Waldo would manage to play solitaire in zero-G.

I've heard of a story (can't recall whether I actually read it) whose background premise states that, in the recent past, the wizards who secretly control the world revealed that all technology is actually operated by magic. The alleged science behind the machines was only a smoke screen. If such an announcement were made in real life, I wouldn't have much trouble accepting it. For non-scientists, some of the fantastic facts science expects us to believe—that we and all the solid objects around us consist of mostly empty space; that the magical devices we used to communicate, research, and write are operated by invisible entities known as electrons; that starlight we see is millions of years old; that airplanes stay aloft by mystical forces called "lift" and "thrust"; that culture and technology have advanced over millennia from stone knives and bearskins to spacecraft purely through human ingenuity—require as much faith in the proclamations of authorities as any theological doctrine does.

Margaret L. Carter

Carter's Crypt

Science Fiction

Killing people --or threatening them with a horrible death-- has been a time-honored means of suppressing inconvenient truths and fictions and causing witnesses to recant and/or go into hiding.  

It happened in the 4th century (for instance to Hypatia), and it is happening today ( John's Hopkins  and less scientifically to a geek )

Once upon a time Heliocentrism was considered heresy by believers in so-called settled science, and Galileo was forced to recant.

Here are more links to the stories of scientist who crossed the establishment and suffered for their science.

https://www.wired.com/2012/06/famous-persecuted-scientists/

http://unamsanctamcatholicam.com/history/historical-apologetics/79-history/596-scientists-executed-by-the-catholic-church.html

Given that successful fiction writing begins with a wronged innocent, there's plenty of inspiration or grist for the writing mill here, above.

A modern day science that is said to be settled (and may well be so) concerns plant food. That is, carbon dioxide. Would California be better off lush and green, or dry and crackly golden? Should forests be cut down to install arrays of dark glass? Are bird-and-bat whacking windmills better than trees? 

If polar bears evolved back to brown bears, would that matter? To whom? And why? Is it modern day heresy to wonder?

Sources:
https://townhall.com/columnists/davidwojick/2020/11/27/slight-beneficial-warming-from-more-carbon-dioxide-n2580718

https://www.livescience.com/10956-polar-bears-evolved-150-000-years.html

They say --and they may be correct-- that white stuff is vital. They mean sea ice, but would any white stuff do just as well. Not for a habitat for seal hunting, one would grant, but if the need is to reflect solar rays back away from earth, would artificial white plastic floes do as well? What about the white upside of clouds?

"...include clouds. Alarmist climate science bases its “dangerous manmade” global warming, not on the CO2 increase alone, but also on incorporating positive water vapor and cloud feedbacks: emphasizing heat-trapping properties of clouds, while largely ignoring the degree to which clouds also block or reflect incoming solar radiation."

Why are only some science theories, “permissible”?  Is it Hypatia and Galileo all over again? One must know History....

https://imprimis.hillsdale.edu/global-warming-manmade-or-natural/

Is science necessarily "settled" when consensus may not exist, and where the so-called scientists have no scientific qualifications?

 

"... For example, the widely touted “consensus” of 2,500 scientists on the United Nations Intergovernmental Panel on Climate Change (IPCC) is an illusion: Most of the panelists have no scientific qualifications, and many of the others object to some part of the IPCC’s report. The Associated Press reported recently that only 52 climate scientists contributed to the report’s “Summary for Policymakers.”


https://www.ibtimes.com/nasas-shocking-discovery-global-warming-isnt-melting-polar-ice-caps-analyst-claims-2801469

The starting point for research matters. What if the starting point for data is where ice caps were at an unusual volume?

"...in the beginning of NASA’s satellite observations, the polar ice caps just came from a 30-year cooling trend, which ended during the late 1970s. This made the polar ice regions significantly larger compared to their past states in the previous decades"

With a monthly electricity or gas bill, the utility company shows what your use was a full 12 months ago. They do not start by comparing your November 2020 usage with your December 2019 usage. They don't project what your January and February usage is likely to be.

http://akclimate.org/node/1768

 

Six years ago, the late great thinker, Charles Krauthammer attacked the "settled" nature of science.
https://www.washingtonpost.com/opinions/charles-krauthammer-the-myth-of-settled-science/2014/02/20/c1f8d994-9a75-11e3-b931-0204122c514b_story.html

"...If climate science is settled, why do its predictions keep changing? And how is it that the great physicist Freeman Dyson, who did some climate research in the late 1970s, thinks today’s climate-change Cassandras are hopelessly mistaken? 

........

None of this is dispositive. It doesn’t settle the issue. But that’s the point. It mocks the very notion of settled science, which is nothing but a crude attempt to silence critics and delegitimize debate. As does the term “denier” — an echo of Holocaust denial, contemptibly suggesting the malevolent rejection of an established historical truth..."

Ridicule is a potent weapon.https://bolenreport.com/saul-alinskys-12-rules-radicals/

Why would anyone want to weaponize climate science, or any kind of science? Who benefits... apart from the scientists who guarantee themselves perpetual employment?  Someone wrote that a scientist will find it almost impossible to disprove a proposition that makes him (or her, or them) a profit.

https://townhall.com/columnists/johnhawkins/2014/02/18/5-scientific-reasons-that-global-warming-isnt-happening-n1796423

Why, in 2020, are scientists afraid to publish research that runs counter to "received wisdom"? Why do they retract, if not recant? Or perhaps, they merely published too soon.
https://redstate.com/nick-arama/2020/11/27/johns-hopkins-newsletter-ran-study-saying-covid-relatively-no-effect-on-deaths-in-u-s-then-deleted-it-after-publication-n286080?utm_source=rsmorningbriefing&utm_medium=email&utm_campaign=nl&bcid=6fed806fc43048eb10861e86d69f2ada

What's the betting the so-called wayback machine may not last far into 2021?
https://web.archive.org/web/20201126223119/https://www.jhunewsletter.com/article/2020/11/a-closer-look-at-u-s-deaths-due-to-covid-19

 

Controversial excerpt:

"When Briand looked at the 2020 data during that seasonal period, COVID-19-related deaths exceeded deaths from heart diseases. This was highly unusual since heart disease has always prevailed as the leading cause of deaths. However, when taking a closer look at the death numbers, she noted something strange. As Briand compared the number of deaths per cause during that period in 2020 to 2018, she noticed that instead of the expected drastic increase across all causes, there was a significant decrease in deaths due to heart disease. Even more surprising, as seen in the graph below, this sudden decline in deaths is observed for all other causes.

The study found that “This trend is completely contrary to the pattern observed in all previous years.” In fact, “the total decrease in deaths by other causes almost exactly equals the increase in deaths by COVID-19.”

Briand concludes that the COVID-19 death toll in the United States is misleading and that deaths from other diseases are being categorized as COVID-19 deaths."

So... is some important "science" really "fiction"? Is some "fiction" really "science"? How can we know the difference, and does it matter? At any rate, it has the makings of a great story!

 

All the best,

Rowena Cherry

Science in SF, Continued

The second part of Kelly Lagor's LOCUS article on "Putting the 'Science' in Science Fiction" is here:

Putting the Science in SF

As in the previous essay, she quotes opinions from various authors and editors, including Elizabeth Bear, Sarah Pinsker, Lee Harris (editor at Tor.com), and Sheila Williams (editor of ASIMOV'S), among others. Some bits of advice on the "delicate tightrope walk" of "getting the level of detail just right so as to not be so technical you alienate your readers, while avoiding being needlessly inaccurate":

An SF author should keep up her "baseline knowledge of popular science" (in Elizabeth Bear's phrase) at a level sufficient to make her aware of what's going on in the scientific world and where she needs to seek out deeper research into any particular topic or sub-field. Academic journals and popular science books and articles each provide useful resources, which should be consumed in the proper balance. Other comments logically point out that the amount and kind of research needed will depend on how much the author already knows about the field. The level of scientific detail required to make a story plausible also depends on the subgenre. Readers of different types of SF have different expectations; as Lee Harris observes, "we’re much less critical of the science in the latest superhero epic than we would be in a hard science fiction story." Another observation states that "with great familiarity can come great reluctance"—a writer might hesitate to delve into the technical details because he or she finds it hard to resist including excessive exposition that might turn off the reader. Some other suggestions: Don't hesitate to consult experts firsthand. The kind and degree of technical specificity varies depending on the viewpoint character—what would he or she notice and care about? And getting the depth and scope of detail correct ultimately grows out of knowing how much the reader needs to understand to enjoy the story. "Sometimes, when it comes to details, less is more."

By the way, Lagor's phrase "needlessly inaccurate" seems to imply the existence of conditions under which inaccuracy is needed, a position I'd find hard to agree with. Whether the density of detail is heavy or light, surely whatever IS on the page should be accurate, within the limits of how technical the particular text gets. Even in fantasy, I find a story more interesting and entertaining if the writer gives the impression of accuracy in mundane matters such as architecture, food, travel times, etc., as well as basing the biology of imaginary creatures (for example) on a plausible analogy with real ones. The more incredible the central premise a reader has to accept, the more plausible the supporting details ought to be.

Margaret L. Carter

Carter's Crypt

Science in SF

A LOCUS article by Kelly Lagor discusses how accurate the science in science fiction needs to be:

Putting the Science in Science Fiction

She distinguishes two aspects of the use of science in stories, "how science plays a role in a story’s message" and "how it is portrayed within the story itself." She quotes numerous SF writers on the issues of factual accuracy of the science in fiction, the author's responsibility to the reader, and how the reader's trust can be won and kept. Elizabeth Bear, for instance, "distinguishes between how different types of stories require different types of accuracy."

Personally, I lean strongly toward the "accuracy required" end of the opinion spectrum. If, as one author quoted mentions, the science in the story is based on present-day facts and theories, it's particularly important not to violate that present-day knowledge, because some readers will certainly notice and object. In a more speculative, futuristic story, the writer has more scope for imaginative variation. And then there are the familiar tropes with no solid basis in contemporary science, such as FTL drives and time travel, which can be accepted as fictional premises for the sake of setting up the background for the plot.

In works that use science fiction tropes for purposes of allegory or satire rather than quasi-realistic extrapolation from real-world facts and theories, I concede that accuracy doesn't hold the highest priority.

The only science fiction I've written consists of stories in the Darkover anthologies. Hard-SF people might not consider Darkover true science fiction because of the unproven status of psychic powers in real life. Although my vampire fiction features naturally evolved, not supernatural, vampires, I don't venture to call it SF because the biology of my vampire species isn't worked out in depth. I include just enough of a biological rationale for their traits to (I hope) suspend the reader's disbelief. So it's more like "science fantasy."

Regardless of faithfulness to current factual knowledge, the writers surveyed in Lagor's article agree that authors must consistently follow the established rules of their fictional worlds. This precept applies to both science fiction and fantasy (not to mention all kinds of "realism" as well). That's one reason I prefer to write fantasy; one can invent one's own rules as long as they make internally consistent sense.

Margaret L. Carter

Carter's Crypt

Anticipating Androids

In Mary Shelley's novel, Victor Frankenstein apparently constructed his creature by stitching together parts of cadavers. (His first-person narrative stays vague on the details.) Considering the rapid decay of dead flesh as well as the problem of reanimating such a construct, if we ever get organic androids or, as they're called in Dungeons and Dragons, flesh golems, they're more likely to be created by a method similar to this: Robotics experts at the University of Vermont have designed living robots made from frog cells, which were constructed and tested by biologists at Tufts University:

Xenobots

They're made of living cells derived from frog embryos. Joshua Bongard, one of the researchers on this project, describes the xenobots as "a new class of artifact: a living, programmable organism." The frog cells "can be coaxed to make interesting living forms that are completely different from what their default anatomy would be." Only a millimeter wide, they potentially "can move toward a target, perhaps pick up a payload (like a medicine that needs to be carried to a specific place inside a patient)—and heal themselves after being cut." They might also be able to perform such tasks as cleaning up radioactive materials and other contaminants or scraping plaque out of arteries. While this process doesn't amount to creating life, because it works with already living cells, it does reconfigure living organisms into novel forms. Although there's no hint of plans to build larger, more complicated artificial organisms, the article doesn't say that's impossible, either.

If an android constructed by this method could be made as complex as a human being, could it ever have intelligence? In an experiment I think I've blogged about in the past, scientists at the University of California, San Diego have grown cerebral "organoids"—miniature brains—from stem cells:

Lab-Grown Mini-Brains

These mini-brains, about the size of a pea, can "mimic the neural activity" of a pre-term fetus. Researchers hope these organoids can be used to study brain disorders and perhaps to replace lost or damaged areas of living human brains. At present, they can't think or feel. But suppose they're eventually grown large and complex enough to—maybe—develop sentience or even consciousness? In that case, it could be reasonably argued that they should have individual rights. The "disembodied brain in a jar" that's a familiar trope of SF and horror, is, according to the article, a highly unlikely outcome of this research. If these miniaturized brains ever became complex enough to transplant into a more highly developed version of the frog-cell "xenobots," however, the question of personhood would surely arise.

Margaret L. Carter

Margaret L. Carter

Worldbuilding From Reality Part 10 Does It Matter If Arousal Is Gender Specific?

Worldbuilding From Reality

Part 10

Does It Matter If Arousal Is Gender Specific? 

Previous parts in the Worldbuilding From Reality series:

https://aliendjinnromances.blogspot.com/2017/05/index-to-worldbuilding-from-reality.html

When building a fictional world that an audience will find "immersive," stealing a few bits from Reality -- the shared reality among members of that audience, and your own reality - is the easiest way to go

So looking at old cliche aphorisms and sayings can be very productive.

• "The way to a man's heart is through is stomach."
• 
  
• "Seeing is believing."
• 
  
• "Love at first sight."  
• 
  
• "His eyes are bigger than his stomach."
• 
  
• "Flattery will get you everywhere."  

For centuries, mothers have been teaching daughters that the way to "get" a man is to present yourself with whatever "appearance" (style, manner, dress, speech, hip-sway walk) was currently deemed proper-but-hot by the extant culture, and social circle.

In other words, if you want the part, dress the part.

Clothing, hairdo, perfume, matching shoes, makeup (even if you're too young to need it), walking with a book on your head, speaking only when spoken to, diction, modulating voice, sitting with knees together, crossing legs at a slant, precisely correct undergarments (used to be corsets pulled tight), are all necessary, all things taught in "finishing school" to give the impression you are a woman who "knows her place."

Oh, boy, has the world changed.

Good grief, has nothing really changed?  

Today, sexy-long-hair worn loose -- a style from 60 years ago -- is back, but this time with short, tight, shrink-wrap dresses cut down to here!

The pants suit has given way to body-clinging skirts and dresses of stretch fabrics that really do what people tried to do with thin-knit wool.

All this fussing (expensive fussing with hair, dye, makeup, premium diet food, gym memberships) to present a vibrantly feminine appearance.

All of this is based on the oldest old-saw, that males are turned on by VISUAL CUES.  They will follow their eyes.

But women are different.  Women want something else (which has not been adequately defined.  Admiration, attention, protection of strength, a good provider, praise, exclusivity?  Women differ from each other, and change throughout life.

In science fiction world building, we take ONE (and only one) settled, irrefutable, well proven, widely accepted fact about reality and challenge it.

Science fiction is a busman's holiday for scientists.  It is entertainment for the adventurous thinker who is entertained by intellectual stretching.

So we have the suspension of disbelief - which is easy if there is one and only one thing to not disbelieve.  If the writer lards on a whole series of randomly selected premises, the systematic thinkers in the audience will just leave - drop the book in the trash, bad-mouth it to colleagues.

If the writer focuses tightly on refuting one, and only one, known fact, then builds a world where that single element differs from the audience's reality, and pursues that difference to a rigorous, logical conclusion, then the Stephen Hawkins's of this world will devour that novel and talk about it loudly.

We have discussed targeting a readership in great detail:

https://aliendjinnromances.blogspot.com/2013/10/index-to-targeting-readership-series-by.html

When discussing screenwriting, and the how-to books in the SAVE THE CAT! series by Blake Snyder, we discussed "High Concept" storytelling.

The "concept" is the core of the pitch a writer uses - one sentence, one paragraph, the elevator pitch - to sell a project to a publisher.  And the publicist uses a different description of the same work to sell it to the prospective audience.

The Concept is a topic of interest to a segment of humanity, stated in terms that are comprehensible to that segment.

We are currently (and once again) wrestling with the entire concept of I.Q. - of intelligence -- or just of what is it that defines what we recognize in each other as a difference.

We all can enter a room full of people and instantly recognize if we belong there, if "they" will accept us, or if there's any reason to accept them.

We see, know, and recognize differences, and act on that inner knowledge.

More than a century ago, the concept I.Q. - a mathematically measurable trait to define that "difference," - was invented to make it easy to tag people objectively.

It didn't work. It doesn't work. But very clearly there is promise that something science can measure WILL eventually work.  We have pursued genetics and now neurological brain studies, and all sorts of spiritual and scientific paths of investigation .

Bottom line -- we are clueless!

Nevertheless, we persist.  This means here is an area where fiction can inspire new generations to innovate, create new options that can change everything - for real.

Here is one graphic that turned up to my attention on Quora, on one of the many threads about I.Q., that I keep pondering from a world building perspective.

http://www2.psych.utoronto.ca/users/reingold/courses/intelligence/cache/1198gottfredbox2.html

We discussed this one previously:
https://aliendjinnromances.blogspot.com/2019/10/mysteries-of-pacing-part-2-romance-at.html

Notice how FEW people have very high or very low IQ. Low IQ people, the below 70 segment, are likely not going to be reading text novels.  The high IQ segment, over 130, will likely spend their reading time (and they read VERY fast) focusing on their technical area of expertise, or kicked back watching football.

The segment between 90 and 120 is the biggest segment of the readership and just where you'll find an audience for mixed-genre such as Science Fiction Romance, Paranormal Romance.

Notice it's 100 (the average) to 110 who learn from written materials.

Those are an important segment of book-buyers, and many will buy Romance novels.

This segment of readers will buy novels that address topics where they'd like to learn something -- Historical Romance, Science Fiction, that have real world facts, but challenge one (AND ONLY ONE) of those facts to generate a world and a story that makes them think, re-evaluate reality.

These are the people who enjoy imagining.

Such novels are not "High Concept."

What Hollywood means by High Concept is a story springboard that is familiar and attractive, easily understandable by the vast majority of humanity.

Ideas that excite I.Q. 120 and above will not be comprehensible to I.Q. 90 and below.  So they are low concept -- you can't spend a fortune making such a film and get your investment back on opening weekend.

However, most anything an IQ 90 audience can get their teeth into will be comprehensible, and sometimes even entertaining, to I. Q. 120 and above, if it has enough action, innuendo, and gosh-wow special effects.

"High Concept" means a broader audience, which requires an appeal to both high and low I.Q. because no matter what, humans come in that bell-curve spread of abilities.

Concept is almost entirely involved with world building -- the setting, the rules, the Character Relationships not too complex, and the humor.

I. Q. and that bell curve distribution by social and job outcome includes (theoretically) both men and women.  These days, one assumes it is a jumble of "all genders."  In fact, today the very concept of "gender" is finally being explored in depth.

Science Fiction has long explored the flippant way humans just toss off facts about gender.

More than 50 years ago, after it became known that some animals shift gender, Ursula LeGuin won both the Hugo and Nebula for The Left Hand of Darkness

featuring people who shift gender, and the emotional impact of that shifting.
https://amazon.com/Left-Hand-Darkness-Science-Fiction-ebook/dp/B00YBA7PGW/

And now science is exploring exactly how some animals shift gender:

https://www.inverse.com/article/57524-animal-sex-switch-bluehead-wrasse

Before I read Left Hand of Darkness, I took a page from some of the even older science fiction works exploring gender to create a tri-sexual species for some of my Characters in my Star Trek fanfic work, Kraith.

http://www.simegen.com/fandom/startrek/kraith/

I used some of those concepts in my two novels, Molt Brother

and City of a Million Legends.

https://amazon.com/Molt-Brother-Lifewave-Book-1-ebook/dp/B004AYCTBA/

https://amazon.com/City-Million-Legends-First-Lifewave-ebook/dp/B007KPLRUU/

One of the world building premises of my Sime~Gen novels is that when humans split into Sime and Gen, the difference between Sime and Gen far eclipses the male-female difference which still remains but is important only some of the time.

https://amazon.com/gp/product/B074CG7LBJ/   

Gender, per se, has long been a topic of interest to science fiction readers because of the mysteries about sexuality left to be explored with science.  And it is one of the science topics that I. Q. 90 and below can fully grasp.  Therefore "sex sells" -- or gender based science fiction (e.g. science fiction romance) is high concept, and sells big time.

So recently, science has been addressing what science fiction long ago proposed as a key topic -- is there a difference between men and women?

From the point of view of an Alien from Outer Space, there might be no perceptible difference.  Humans come in so many sizes, shapes, and colors that gender simply gets lost in the mosaic.

From the point of view of a human, and most of your readers are probably somewhat human, gender matters, big time.

Science, however, may be edging up to the conclusion that gender doesn't matter.

Here is a study of human brain activity (which may or may not actually be true) indicating that the male and female brains exhibit little if any difference when becoming sexually aroused.

https://www.inverse.com/article/57689-meta-analysis-sexual-arousal-brain-differences-men-and-women

We are more alike than we are different.

A science fiction romance writer should be pondering the next scientific discovery, the next big data deep dive analysis that will reveal what we've known all along -- or refute it -- that men respond more strongly to visual cues than women do.

Both men and women enjoy the sight of a potential mate in full feather.  No doubt about that.  But maybe social constructs, cultural myths made real, have conditioned us to exaggerating the male response to the sight of an eligible female?

Maybe the sight of a well-dressed, polished female does not render a male helplessly aroused?  Maybe boys are raised (thus have brain circuitry configured) to assume they are helpless and so, during the teen years, do not develop selectivity.

Therefore, men used to blame their behavior on women - because of how the women dress.  Many still do, but there is cultural blow-back against this notion.  The whole "sexual harassment in the workplace" issue is based on the idea that men are NOT helpless if they glimpse a tightly-dressed female behind.

There was a time when showing a bit of ankle, even clad in high-laced boots, was a sexual come-on before which the male was utterly helpless.

For most of human history, humans didn't wear very much in the way of clothing.  The naked body is not, per se, a sexual invitation.  The entire concept of "modest dress" depends on being able to dress at all.

Yet once clothing options became available, the choice of what to wear when in the sight of whom became a code for sexual availability.

By Biblical Times, there were already exacting standards of "modesty," of ways of saying, "I am not available to you."

Biblically derived cultures insist on men and women dressing modestly (i.e. as not-available) in public.

They all have different ideas of why we should dress modestly, and vastly different codes of what constitutes modesty, all of which shift drastically through the centuries.

Even today, women cover their hair to indicate un-availability.  One excuse for this is that a woman's hair is sexually arousing.  But men's hair is identical when allowed to grow.

In Star Trek, Roddenberry adopted the then-extant code of having unavailable women wear their long hair bound up, but down and loose when they wanted to be available.

In every era (so far) people have blamed intrinsic, unalterable, inexorable male response for the dress codes they have imposed on women.

Only now, science has shown there is no such thing.

Men are not more visually aroused than women.  The brain patterns and responses just don't show a distinct difference.

So the imposition of dress codes (on men or on women) are clearly artificial, and thus subject to choice.

Your current potential audience is part of the current sweeping alteration in dress coding for availability.

How, where and when does a human signal sexual availability?

How do humans learn to choose when to become aroused, and when not to?

Just as it is possible for a woman to learn not to cry (military training imposes this by force), likewise it is possible for a male human to learn not to be aroused by female clothing, hair, exposed skin, even cleavage.

But what do you have to put a boy through so that the resulting man will have full command of that choice?  Today, wouldn't that count as child abuse?

So the scientific facts, what the general public believes about the scientific facts of gender, and the cultural norms all matter when you build a world around themes derived from gender specific responses to stimuli.

How much is culture, how much is choice, how much is real?  Does sexual arousal render humans morally unanswerable for the consequences of their actions?  Where does Soul fit into physiological responses?

Is there such a thing as irresistible temptation? Or is there only human stupidity?  Note that IQ graph page - higher I. Q. humans seem to be better at foreseeing consequences.

Here's another I. Q. article to ponder:
https://www.vox.com/2016/5/24/11723182/iq-test-intelligence

Higher I. Q. seems to protect from death.  (note how it's the exception that proves the rule)

Clearly, this I. Q. measurement thing is onto something -- what that something might be is clearly unclear!  This is the gray area science fiction romance was invented to explore.  Romance (Neptune Transit) suspends the ability to make realistic, practical decisions, using I. Q.  Smart people and intelligence-challenged people all together, all experience this Romance effect.  Romance is High Concept - comprehensible to all I.Q. segments - but according to this Swedish study, a slender portion of humanity has a better chance at long life.

Romance is the Happily Ever After genre -- but according to that article, I. Q. does not correlate to Happiness.  At least, not for humans.

In Romance, not all your characters have to be ultra-smart, but in science fiction, you need some really smart Characters for the scientists to identify with.

Build your world around gender, challenge one (and only one) premise we take for granted about gender, sexuality and the relationship between them, and write a High Concept, Mass Market Best Seller that can become the basis of a TV Series (the streaming market is huge and growing, as noted here:)

https://aliendjinnromances.blogspot.com/2019/11/targeting-readership-part-17-original.html

In Science Fiction Romance, you can invent Aliens whose culture is rooted in how "happiness" is in fact correlated with I. Q. (whatever that is for them).

So maybe your Alien is hired as a tutor for a Human who needs to learn to choose when to be aroused by the sight of an enticing female?  Only it turns out the enticing female is the Soul Mate of the Alien?

Hoo-boy, the world is about to change!  So apparently it will matter if arousal is gender specific.

Jacqueline Lichtenberg
http://jacquelinelichtenberg.com

Animal Minds

I recently read two books by ethologist Frans de Waal, ARE WE SMART ENOUGH TO KNOW HOW SMART ANIMALS ARE? and MAMA'S LAST HUG, respectively about animal cognition and emotion. ("Ethology" means the study of animal behavior.) They're very lively as well as informative, drawing upon a lot of the author's personal experiences. De Waal makes a sharp distinction between emotions and feelings. He defines feelings as internal mental phenomena we can’t know unless the individual describes them to us. Emotions, on the other hand, are observable in the form of biological changes that can be described and measured. Through unbiased observation of nonhuman animals, he maintains, we can't avoid noticing that they have emotions similar to ours. Therefore, it's not a stretch to believe they have inner lives and consciousness analogous to ours. If we assume certain reactions by our human peers mean those people are experiencing the same internal states we experience when we react that way, it's at least a reasonable provisional hypothesis that the same assumption can be applied to other creatures. We're often reluctant to make that assumption because it challenges the idea of human uniqueness.

Part of ARE WE SMART ENOUGH TO KNOW HOW SMART ANIMALS ARE? surveys the history of the study of animal intelligence. During the reign of behaviorism, the majority of scientists took it for granted that learning occurred the same way in all organisms, so nothing was lost by restricting most experimentation to easy-to-handle subjects, e.g. rats and pigeons. Why bother with difficult animals such as primates if there was no essential difference in the workings of their brains? Ethologists nowadays recognize that animal learning and cognition is inextricably linked to the particular species' methods of perceiving the world and interacting with other animals. There is also an increased willingness to accept that animals have desires, intentions, and goals, that they remember past events (not just in a rote learning, stimulus-response way), modify their behavior on the basis of those memories, and plan for the future. Parrots don't "parrot," for example; they use the words they know in appropriate contexts. Some of them demonstrate counting ability and recognition of numbers. Visually oriented species, including some birds, recognize faces as readily as we do.

De Waal objects to the preoccupation with comparing animal cognition to human capacities, as if nature conformed to the old model of a "Great Chain of Being," a linear ladder of species with us at the top. He considers it more realistic and productive to study each species as important and interesting in its own right, with its own techniques for dealing with its environment and other creatures. Why try to measure another species' intelligence by investigating how closely it corresponds to ours, when that other species experiences the world through biology and social structures different from ours? As he puts it, he emphasizes "evolutionary continuity" rather than the "traditional dualisms." The useful comparison isn't between human and animal intelligence, but "between one animal species—ours—and a vast array of others." Most scientists in the past thought only a few nonhuman animals had self-consciousness, on the basis of the "mirror test" (whether they show evidence of recognizing their own reflections as themselves). Quite a few other species have been admitted to the club now that researchers have realized it doesn't make sense to test such diverse creatures as elephants, dogs, birds, and dolphins in the same way as primates. "Theory of mind"—the awareness of what others know or don't know (useful in trying to hide food from others who might want to take it, for instance)—has been demonstrated in a wide variety of animals, some of which catch on quicker than human toddlers. Ethologists have also discovered that many behaviors previously attributed solely to "instinct" depend on experience, learning, and planning.

In MAMA'S LAST HUG, De Waal explores animal (especially primate) politics and society, whether any emotions are unique to Homo sapiens, empathy and sympathy, animals' sense of fairness, and the questions of free will and the meaning of "sentience."

It's fascinating to read about the many different creatures whose intelligence, emotional life, and social skills far exceed what previous generations of scientists believed possible. The octopus, for example, probably the most intelligent vertebrate, has "brains" in each of its tentacles, so that a severed arm can continue to move on its own for a while and even seek food. Contemplating the "vast array" of creatures on Earth is a great resource for inventing extraterrestrial beings who are more than humanoids in special-effects makeup. If we met aliens on an extra-solar planet, how would we judge whether they were intelligent in the same sense we are? If aliens landed here, would they realize we're intelligent, or would they view our cities the way we regard termite mounds and beehives?

Margaret L. Carter

Carter's Crypt

3D-Printed Organs

3D printing is now being used as an aid to cardiac surgery. The printers don't yet make actual replacement hearts. What they do is use information from ultrasound images to construct three-dimensional duplicates of patients' hearts for surgeons to practice on:

3D Print Heart Models

Here's an article about a baby in Baltimore, with a severe congenital heart defect, who's getting prepared for surgery through this method:

3D Heart Model for Toddler

This technique does, however, have the capacity to produce simpler cardiac replacement parts, in the form of 3D-printed silicone heart valves:

3D Print Heart Valves

A vital problem in growing artificial organs for transplant consists of providing them with a viable blood supply once they're implanted in the body. Creating "intricate networks of tiny blood vessels" is a major challenge. Now scientists at Rice University in Texas have made progress with "a 3D bioprinter that can print vessels less than a third of a millimeter wide in biocompatible hydrogels." They've even built an artificial lung capable of oxygenating blood:

Biggest Challenge with 3D-Printed Organs

Here's a Smithsonian article about the prospects for lab-grown and 3D-printed organs:

Printed Organs on Demand

Two obvious advantages of producing custom-made body parts on demand, of course, would be bypassing the donor shortage and avoiding any risk of rejection. Maybe in the future most of us will be cyborgs. Moreover, if such personalized replacements eventually become available to everybody, might we reach a point where people never have to die until they reach the upper limit of old age? Maybe our descendants in the near future will see the fulfillment of the biblical prophecy (paraphrased), "As the age of a tree shall the lives of my people be."

Margaret L. Carter

Carter's Crypt

Inside Apollo

The June 2019 issue of SMITHSONIAN magazine includes a long article on little-known aspects of the Apollo lunar exploration project. Unfortunately, the online publication is behind a paywall. Here's a sample of the article:

What You Didn't Know About Apollo

Pick up a copy of this issue if possible. It contains some shocking revelations (shocking to me, anyway). Despite his inspirational public speeches about the race for the Moon, President Kennedy stated in private that he had no particular interest in space as such. He simply wanted to beat the Russians. A significant percentage of Americans considered the space program a waste of money. In 1968, only four weeks after the Apollo 8 flight, a Harris Poll survey revealed that only 39% of Americans favored landing a man on the Moon. When asked whether the project was worth its cost, 55% said no—even though the war in Vietnam was costing more per year than the total price of the Apollo program so far. Aside from the excitement of televised launches, most ordinary citizens didn't give much thought to the Moon project. Even scientists, polled in 1961 by Senator Paul H. Douglas, were divided on the importance of a manned Moon mission, 36% believing it would have "great" value and 35% "little" value. This attitude seems so remarkable to me as an SF fan, since I've regarded the vital importance of space exploration as obvious for most of my life. In October 1963, funding for the Apollo program was being reduced. Ironically, if Kennedy had lived longer, lunar aspirations might have faded away, whereas President Johnson "was an authentic believer in the space program."

Equally astonishing to me, as described in the SMITHSONIAN article, was the United States' level of unpreparedness for the promised goal of a man on the Moon by the end of the 1960s. When Kennedy announced that goal, "he was committing the nation to do something we simply couldn't do." As the article puts it, "We didn't have the tools or equipment" and furthermore "didn't even know what we would need." We didn't have a list of requirements; "no one in the world had a list." And yet we proceeded to do the impossible, producing along the way results such as the most advanced computers created to date, "the smallest, fastest and most nimble computer in a single package anywhere in the world." Furthermore, NASA invented "real-time computing." Not being a tech person, before reading this article I had no idea what a revolutionary development that was. Previously, the only way to get problems solved with a computer was to submit a pile of punch cards and wait hours or days for the printed results of the calculations. Clearly, the space race gave us a lot more than Tang!

It felt strange to read this article and realize how the groundbreaking achievements of our nation's space program, which now seem like a foregone conclusion of unique historical significance, often hung by precariously slender threads.

Margaret L. Carter

Carter's Crypt

Beliefs, Facts, and Action

Sometimes it doesn't matter whether one has accurate beliefs about facts as long as one's beliefs have a correct or useful effect in practice. In one STAR TREK novel in which the crew brings aid to a planet suffering from an epidemic, they advise the local healers of the importance of cleanliness. One of them says something like, "Yes, we know dirt attracts disease demons." Later Spock gives her a medication with the statement that disease demons can't abide it. Whether the healers believed in disease demons or germs, what mattered was the treatment being applied. The British Navy realized lime juice prevented scurvy long before vitamins were discovered. Likewise, cooks knew food would spoil if not stored in the proper conditions, even though they knew nothing about bacteria. During medieval epidemics, the spread of disease was controlled by quarantine when doctors still thought illness came from unbalanced humors or malign astrological influences. The heroine of Henry James's short novel DAISY MILLER dies of malaria, which the story attributes to the miasma emanating from the swamps near Rome. Although people then didn't know malaria was spread by mosquitoes, they knew hanging around swamps and other sources of stagnant water often led to catching the disease. Of course, as a literary symbol of ancient, corrupt Europe destroying a young, naive American girl, a swamp works better than a mosquito.

Before astronomers accepted the Copernican model of the planets revolving around the sun, they believed Earth was the center around which the planets (including the sun and moon) and the sphere of the fixed stars revolved. People still managed to navigate by the stars, and astronomers and astrologers could use the incorrect model to predict the movements of heavenly bodies. The triumph of the Copernican model, however, allowed more elegant predictions and opened the way for the revelation that the planets and stars obeyed the same Newtonian gravitational laws as objects on Earth. Contrary to popular belief, by the way, the Earth-centered universe theory didn't mean people thought Earth and the human race were special in a good way. Unlike the heavenly bodies outside the sphere of the moon, Earth was flawed, the lowest point in the cosmos, where the dregs of creation ended up. The moon was imperfect, too; it changed on a monthly schedule, and it displayed visible spots. The planets, sun, and stars were thought to be composed of different, perfect material. The main shock of the Copernican revolution wasn't that we lost our place at the center. It was that the heavens were as changeable as Earth and the objects on it, made of the same kind of matter. Speaking of Newton, the classical laws of physics worked fine in practice for centuries, despite the fact that theories of relativity and quantum mechanics eventually revealed the inadequacies of classical physics on the macro and micro levels.

Often, of course, erroneous beliefs about facts do make a practical difference. Long before Mendel and the later discovery of DNA, farmers knew how to breed animals and plants for desirable traits. However, they also believed in prenatal impressions—that the experiences of pregnant mothers left their marks on the offspring. According to the book of Genesis, Jacob induced his father-in-law's flocks to produce spotted offspring by placing spotted twigs in front of the breeding animals. Columbus was mistaken about the size of the Earth. If he hadn't bumped into a previously unknown land mass by sheer luck, his expedition would probably have been lost long before getting near Asia. When medical science discovered the risks of excessive cholesterol in the bloodstream, authorities assumed dietary cholesterol should be restricted. People unnecessarily reduced their intake of innocent, nutritious eggs, until new studies identified trans fats as the main dietary villain. Pediatricians used to recommend that babies sleep on their stomachs or, later, face up in an inclined rather than flat position, for fear they might spit up and choke. Better understanding of the physiology of sudden infant death has led to a complete reversal, so that babies now sleep on their backs. Ideology drives policy on matters such as punitive incarceration of drug offenders versus treating addiction as a medical problem or what kind of formal sex education (if any) adolescents should be offered in schools—issues in which mistaken beliefs about real-world effects can result in undesired actual outcomes.

What factual beliefs might our present-day culture hold that will be disproved in the future, maybe with real-life consequences? What universally held assumptions of ours might future generations or visiting extraterrestrials consider as absurdly wrongheaded as we consider the heliocentric cosmos or the "humors" theory of disease?

Margaret L. Carter

Carter's Crypt

Theme-Worldbuilding Integration Part 20 - Why Love Matters

Theme-Worldbuilding Integration

Part 20

Why Love Matters 

Previous parts in Theme-Worldbuilding are indexed here:

https://aliendjinnromances.blogspot.com/2014/04/index-to-theme-worldbuilding.html

All readers, of fiction or non-fiction, are detectives working a mystery case.

First they want to know what this book is about, and why should I waste my time reading it.  A closed book is a mystery.

Once hooked by your first line, your reader becomes YOUR READER.  They have "entered" your world, they have invested themselves in opening the book.

At that point, the mystery becomes, "what are the rules of this "world" and how do those rules differ from the rules by which I live my everyday life."

A story becomes interesting by posing a question, and part of the intriguing nature of a question is the unconscious assumptions behind the frame of the question.  Those unconscious assumptions behind your crafting of a first line are in fact the elements that frame your theme.

The theme of a work of fiction must be stated, baldly, in "on the nose" vocabulary once in a work of fiction, first at the end of the opening scene -- about 5% of the total wordage of the work -- and then near the end, right after the climax.

The theme is what the story is about, but whether the thematic statement is true for your reader has to be argued in the Worldbuilding part of your story, not in plot, story, character, action -- all of the other components of a work of fiction illustrate the theme, and the theme is the statement of the essence of the World your Characters must cope with.

The mystery the reader is working through is, "How does this fictional world differ from my everyday world?"  And beyond that, whether the fictional world is an improvement on the everyday world -- or perhaps if the thematic thesis somehow illuminates or explains the everyday world.

The overall, core, theme of Romance is Love Conquers All, and beyond that, once "conquered" then All will deliver the Happily Ever After smooth glide through life.

In everyday reality, it's hard to see that happening to anyone, least of all yourself -- and very probably yourself while you are in love.

People who "fall in love" are usually astonished, bewildered, and experience the state of mind and heart as a "game changer."

Today, there is a lot of research going on focused on the brain, while even more money is being poured into research on the mind.  Scientists are trying to prove that the mind is a product of the brain.

If they can establish this beyond doubt, then they will have proven that the hypothesis of the existence of a Soul is an unnecessary complication, and all human behavior can be explained simply as a function of the brain.  Occam's Razor logic says go for the simplest explanation that works, so that will be the thematic basis of the science of the future.

To write SCIENCE FICTION -- and therefore to write SCIENCE FICTION ROMANCE -- the writer takes an idea that is currently unquestioned by science, something assumed, an axiom, or so well proven it may as well be an axiom.  Then the writer builds a world around the premise that this axiom of science just is not true.

The mystery the reader is solving is, "How would the world be different if this axiom of science is not true?"

No single novel, or single author, can compile all the possible differences a shift in axioms might bring, so we have to select one possible consequence and build the entire fictional world around that.

The THEME is composed of A) the axiom that's wrong, B) the corrected axiom, C) the consequence of the new axiom.

Suppose science concludes there is no Soul, but in fact there are Souls, therefore the meaning of life has nothing to do with the appearance, or fate, of the body.

THEME: LIFE IS ABOUT THE LEARNING EXPERIENCES OF THE SOUL.

Or maybe

THEME: LIFE IS ABOUT THE LEARNING EXPERIENCES OF THE BRAIN.

THEME: LOVE IS AN ATTRIBUTE OF THE SOUL

THEME: LOVE IS AN ATTRIBUTE OF THE BRAIN

Whether Love can Conquer All might depend on whether it is an attribute of the brain, the mind, or the soul -- and that writer's decision is called world building.

Here is an article (which may not be true, but makes good fiction fodder) posted in Elite Daily:

https://www.elitedaily.com/p/how-your-brain-changes-after-meeting-the-one-according-to-science-16422001

which says

-----quote------

If we really want to get technical, functional magnetic resonance imaging (fMRI) scans *actually* measure oxygen levels in the tiny veins in our brain, not just "the brain." For those of us who aren't literal brain scientists (hi), the take away here is that there's a lot to be learned from observing brain scans, especially when it comes to love. Finding "The One" has been linked to increased activity in the areas of the brain associated with sex, reward, and memory. And what's better? Being in love is also connected to decreased activity in brain sections linked to fear and dislike. So basically, being in love means more stuff is happening in the good places of your brain, and less stuff is happening in the bad.

------end quote-------

And that is science completely about the brain.  Is that all we are? Cells, and nerves, electrical signals?  Or is there a Soul that science can't detect?

You might want to reread the 6 or more parts of SOULMATES AND THE HEA series:

https://aliendjinnromances.blogspot.com/2019/05/index-to-soul-mates-and-hea-real-or.html

If your thematic thesis is that there does exist a Soul, then your story, or your novel, would be about a particular Soul ripped, torn, mashed, stretched, and flung through a learning experience.

As you specify what Soul, starting where, going where, doing what, with which consequences, and what obstacles to conquer, your story emerges complete with plot, characters, situation, setting, etc.

Two good examples to contrast and compare are these novels:

Tanya Huff's Peacekeeper Series is one to watch -- #3 in the series, THE PRIVILEGE OF PEACE is about a second encounter with the defeated obstacle of previous episodes, Big Yellow, an alien spaceship which seems to mean humanity no good.  It's a takeover attempt, invading the body-brain of humans, and doing more than just spying.

https://www.amazon.com/Privilege-Peace-Peacekeeper-Book-ebook/dp/B075HY7YDB/

Now contrast/compare THE PRIVILEGE OF PEACE with C. J. Cherryh's 1997 entry in her MERCHANTER series, part of the ALLIANCE-UNION saga she is still expanding for us with the 2019 entry, ALLIANCE RISING (#1 in the HINDER STARS series).  (note this was from Warner Books, not DAW, so it's hard to get since she went back to DAW as her main publisher).


https://www.amazon.com/Finitys-Cherryh-August-Market-Paperback/dp/B015X4BDWG/

"Finity's End" is the name of a starship.

I enjoyed re-reading FINITY'S END after that ship turned up, brand-spanking-new in ALLIANCE RISING.

So I puzzled over why I enjoyed this old story so much -- and concluded it was the meticulous world building that generated the vivid, deep, torn and tormented Characters, shattered by war and loss of those close to them, but now healing, re-connecting, creating a new vision of a better future.


Tanya Huff deals directly with a sexual love bond, while Cherryh explores the strife/strength axis of family bonds -- great-grandmother, cousins, aunts, etc. extended over (rejuvenated) lifetimes complicated by the time-dilation of FTL travel.

But they both write in universes where the Soul is a real component of the world building, while the Characters (just like us) have no clue about that and don't want to know.

This world building technique (what the Characters don't know about their world and aren't curious about) lets the reader either see it's there or firmly believe that it is not there.

Ambiguity is one of the most difficult aspects of Art to master, and both these writers have achieved that. 

But in both these novels, you see that ambiguity used in broad strokes to great effect.

Why does love matter?  Because, whether there is a Soul or not, Love reconfigures the brain and that changes what you do, when you do it, why you do it, and even whether you'll do it or not.

Love configures behavior by reconfiguring the brain.

Since the brain is so plastic, so impressionable, it is entirely possible that love could be reconfigured out of the circuits.  And therein lie a lot of novels.  The question could become, "Can love conquer the obstacle of its own lack of existence?"

Jacqueline Lichtenberg
http://jacquelinelichtenberg.com

Biology Marches On

I'm currently reading, little by little, a book by evolutionary biologist Richard Dawkins (best known for THE SELFISH GENE), THE ANCESTOR'S TALE: A PILGRIMAGE TO THE DAWN OF LIFE. He structures the book by analogy with THE CANTERBURY TALES, with "pilgrims" joining the procession at various rendezvous points, backward from the most recent progenitors of humanity to the origin of life on Earth. At each "rendezvous," he introduces our "concestor" at that juncture, a coinage for "common ancestor." For instance, we meet the common ancestor of all known hominids, of hominids and other primates, of primates and other mammals, etc. One fascinating revelation of this book, for me, is how the classification of life on Earth has changed since my time in public school. In the 1950s and 60s, biology classes taught us to divide all creatures into two kingdoms, animals and plants. Bacteria, amoebae, and fungi got pigeonholed with plants, while protozoa qualified as animals. Today, biological science recognizes up to six kingdoms: Animals, Plants, Fungi, Protista, Archaea/Archaebacteria, and Bacteria/Eubacteria). Amazingly, according to Dawkins, fungi are more closely related to animals than to plants! Here we see an example of the trope "Science Marches On" (i.e., it's always possible for yesterday's established theories to be revised or replaced).

Similarly, during our elementary and high-school years (shortly after dinosaurs roamed the Earth), all humanity consisted of three races, then called Caucasoid, Mongoloid, and Negroid. The song we learned in Sunday school about God's love for "all the little children" classifies them into "red and yellow, black and white." The three-race system of categories lumped "red" (Native Americans) in with the Mongoloid (Asian) ethnicities, not unreasonable considering the probable Asian origins of the original inhabitants of the Americas. If Inuits had been mentioned, they would probably have been included with the Mongoloid groups. Polynesians and other Pacific Islanders weren't brought up at all, much less Australian Aborigines and the Ainu of Japan. Aside from the fact that "race" in the old-fashioned sense is no longer considered a valid scientific category anyway, the ethnic divisions of Earth's population are more complicated than we were taught as children. A popular-culture example of unquestioning acceptance of the three-race system appears in James Michener's TALES OF THE SOUTH PACIFIC. (It's not quite explicit in the movie, although "You've Got to Be Carefully Taught" makes the implications clear enough.) When Nellie discovers that her French suitor has fathered illegitimate children by a Polynesian woman, she's appalled because, in her Southern world-view, there are only three races—white, Oriental, and Negro. Polynesians obviously don't belong to either of the first two, so they must be the third. (She uses the other N-word, however.)

Theories of the ancestry and origins of humanity have changed radically in recent decades, with new fossil discoveries and cutting-edge technology for detailed DNA studies of population movements. The film 2001: A SPACE ODYSSEY looks charmingly naive nowadays, with its dramatic scene based on the simplistic, now-abandoned assumption that our development into sapient beings sprang from our learning how to make weapons in order to kill things. (Elaine Morgan, in THE DESCENT OF WOMAN, labels this anthropological construct the "Tarzanist" theory.)

Coincidentally, I'm now rereading a duology by Rose Estes, TROLL-TAKEN and TROLL-QUEST. This fabulous urban fantasy (published in the 1990s) portrays the creatures we call "trolls" as descendants of Homo erectus, driven underground by the worldwide dominance of Homo sapiens. One of my favorite contemporary vampire series, S. M. Stirling's Shadowspawn trilogy (A TAINT IN THE BLOOD and sequels), postulates that his vampire-werewolf-sorcerer subspecies split off from "normal" humanity during a long period of isolation in the last Ice Age (a motif borrowed from Jack Williamson's classic DARKER THAN YOU THINK and updated with allusions to modern genetics and quantum mechanics). As reported in recent news, many scientists now believe that other hominids such as Neanderthals and the "hobbits" probably coexisted with and may have interbred with Homo sapiens. Keeping informed on latest developments in biology and anthropology can help authors create realistic, believable alien species.

Margaret L. Carter

Carter's Crypt

Theme Element Giving And Receiving Part 2 Science of Science Fiction by Jacqueline Lichtenberg

Theme Element Giving And Receiving

Part 2

Science of Science Fiction

by

Jacqueline Lichtenberg

Part 1 is here: http://aliendjinnromances.blogspot.com/2012/05/theme-element-giving-and-receiving.html

Scroll down through Part 1 (which doe not have a "part" label) and you will find a list of previous posts discussing Giving and Receiving -- which is the subject of the Science Article published in 2018 that we will study in this post. 

We shall have to discuss "Strong Characters" in greater depth in future posts, but the source of Character strength in story, especially Romance, is Theme so we will analyze this science article in terms of science fictional themes it can be used to generate, giving your Romance Couple-to-be an obstacle to conflict with and conquer. 

The obstacles you can generate from this science article are genuinely "ripped from the headlines."  People are grappling with these problems, groping in a fog, trying to chart a life-path for themselves in spite of living in a world in turmoil.  Propose a useful analysis and they will memorize your byline and Tweet about your novel.

Where a Character stands on an issue (a theme) makes that Character a memorable individual whose name readers remember, and even make symbolic (like the strong and memorable Character,  MacGyver).

MacGyver refused to carry or use guns, so when he needed a weapon, he created one out of whatever innocuous bits and pieces were in reach.  This clearly demonstrates:

THEME: tools do not cause behavior.  Anything can be a weapon. 

The Strong Character's stance on a specific Headline Issue generates the Conflict for your story.  Your story opens when the Character takes up his stance on that issue to fling him/herself against some opposing Force or Obstacle, in order to achieve a Goal.

The Duke's Daughter fleeing an Arranged Marriage is one cliche that illustrates how a Strong Character can be depicted "taking a stance."

The segment of a Character's life that is "His Story" is the segment where the Character leaps (willingly or willfully) toward the bottom rung of the karmic ladder dangling from the Divine Helicopter come to the rescue. 

It is that vision of "this is what I must do in this life" -- this is what I will achieve that is worth my life -- that sends a Character into "his story" in do-or-die mode.  That is this individual's reason for living.  All else is commentary or gravy, or just noise (Red Herring) to distract.

Note how all of this is about Character, about people (human or not-so-much).  It can be about an AI - an artificial intelligence, a robot.  You could have a strong Character who is not biological.

The opposing Character also has a goal.  The nature of that Goal is what gives the reader a clue about whether the opposition is a Villain or just a different sort of Hero who can be won over.

But it is not just the nature of the Goal that defines a Villain.  Generally speaking, we view those who "want to rule the world" as Villains.  It is the methods the Characters are willing to use that distinguishes Hero from Villain.  Generally speaking "the end justifies the means" defines the Villain.

Thus MacGyver is viewed as a Hero because he finds other means to thwart his opposition rather than guns and killing.  He hurls himself into danger, takes insane chances, depends on his physical strength and agility - but never neglects to protect and rescue. 

So is MacGyver a Republican or a Democrat?  Is MacGyver a Conservative or a Liberal?

When the TV Series first came on the air in 1985 (keeping in mind "development" would have been 1980-1984)
https://www.amazon.com/MacGyver-Pilot/dp/B000HL2J0G/
the definitions of "Conservative" and "Liberal" were totally different than they are in 2018.

In fact, the two-party system in the USA causes the parties to redefine themselves continuously after each election.  So the definition of "Republican" and "Democrat" changes, as do those who "register" with one or the other party.  Most people probably don't bother to change registration as they change their minds and the Party changes definition. 

Few vote in Primaries which is all Registration matters for, so bottom line for a Science Fiction Romance Writer (even writing contemporaries) is that there is no definition of Conservative or Liberal -- you have to make up your own.

That means you have to know more about the philosophy behind "Conservative" and "Liberal" than your readers do. 

The stances on issues reverse rapidly between Conservatives and Liberals. 

As noted in previous posts, humans tend to subjugate themselves to a Group in order to "fit in."  This process is painful and what makes High School sheer hell for most. 

Culture-clashes are the meat and potatoes of science fiction -- the very definition of "Alien From Outer Space" is "From A Non-Human-Culture."  If the alien's culture complements the human's, it can work out peacefully.

But most humans, of any culture, are not so accepting.  What exactly does it take for a Strong Character to set aside preconceptions and explore the Alien?  Here are a few posts nibbling at the edges of that topic.

https://aliendjinnromances.blogspot.com/2018/05/defining-and-using-theme-part-2-love-vs.html

https://aliendjinnromances.blogspot.com/2018/03/theme-plot-character-worldbuilding.html

Currently, a number of scientific studies of human brains vs political leaning are trying to show a scientific basis for the right-ness or wrong-ness of certain views of what government is, what it is for, what it must not be used for, and why humans keep inventing government.

The "we have to get organized" chant that erupts whenever a random group of humans comes together to pursue a common goal (we must get Federal funds to fix this bridge -- we must attract a company to build a hospital in our town -- we must elect this fellow to get better funding to Community Colleges.  Whatever the community goal, "we" have to get organized.

Throughout human history, it has been shown that the better organized groups "win" or prevail in some way.  A single human really can't do much until or unless he/she attracts a following that "gets organized" to support him/her.

In other words, humans choose "leaders" and the followers get organized.

Labor Unions are a good example.  Mobs yelling and throwing bricks didn't do much good until they got organized.  Now they can hold huge companies hostage during a strike because the individuals all move together.

So science has been studying the difference between Good and Evil using "liberal" and "conservative" as proxies, trying to peg the brain configuration that defines the difference.

http://www.businessinsider.com/psychological-differences-between-conservatives-and-liberals-2018-2

There have been a lot of studies on brain development which I've mentioned in passing, showing how experiences rewire the brain, how learning develops different brain regions, how sensory deprivation shrivels other brain regions, and how traumatic experiences change the brain and even genetic expression.

Human beings are among the weakest animals on this planet - no shell, no pelt, poor hearing, so-so eyesight, not very fast runners, very tasty eating.  Many have concluded that our main survival trait is our brains.

The idea is that the ability to think, to theorize, to make and use tools and language, to create records and teach the young, is our survival trait. 

At the moment, our tools and technology seem to be killing us (pollution, global warming, species extinctions among our food supply, over-hunting/fishing). 

So maybe our brains are not our biggest survival advantage.

Perhaps it is our adaptability that will get us through this?

The blows hammering our children from the environment reshape the children so that the resulting adult thinks differently.

Cyberbullying, tackled in...

http://aliendjinnromances.blogspot.com/2017/09/depiction-part-32-depicting-brain-to.html

...will, no doubt, produce a generation more adapted to the larger social structures forming online -- utterly alien to Middle Ages Villagers.

But as Science Fiction Romance writers, we are futurologists.  It's not enough to look back and find trends rooted in the 1980's like MacGyver (now revived).

We have to look deeply at the present and project what trends will become visible to the public 30 to 50 years from now.

One big trend is the movement to substitute Science for Religion.  Since it is "Settled Science" that humans caused Global Warming, anyone who doesn't believe that human activity is causing human extinction is a) stupid, b) evil, c) The Enemy of Civilization -- or d) worse.

If you think Global Warming is caused by human activity, you are excluded from the group.  If your conclusion is the result of thinking from facts, you might change your mind.  Those desperately dedicated to stopping Global Warming and saving humanity from itself can not risk that.

You must believe because Science says so -- just as Galileo was required to believe because someone said the Bible said so (which it didn't, and he knew it.)

Believing means taking someone else's word as truth, replacing what you think with what they believe.  Humans urgently desire this kind of agreement with their Group -- survival depends on being integrated into a Group (e.g.

getting organized).

Suppose that is the trait your Aliens do not share with humans.  What kind of Strength of Character will your Main Character (MC) need to Love across a gap like that? 

To discoverer where to find such traits in human nature, examine this research on the human Brain and political leanings.

http://www.businessinsider.com/psychological-differences-between-conservatives-and-liberals-2018-2

-------quote-------
Scientists have discovered the key psychological differences that can make you liberal or conservative by 
Hilary Brueck  Feb. 26, 2018, 10:50 AM

... Being scared can make you more conservative.
Being scared can make you more conservative.
Decades of research has shown that people get more conservative when they feel threatened and afraid

....A conservative brain is more active in different areas than a liberal one.
Brain scans show that people who self-identify as conservative have larger and more active right amygdalas, an area of the brain that's associated with expressing and processing fear. This aligns with the idea that feeling afraid makes people lean more to the right.

...On the other hand, feeling safe and endowed with strength might make you lean a little more liberal than you otherwise would.
Groundbreaking research that Yale psychologists published in 2017 revealed that helping people imagine they're completely safe from harm can make them (temporarily) hold more liberal views.

...Liberals are less squeamish about looking at yucky stuff like vomit, feces, and blood.

A 2018 study of college students showed that those with more socially conservative views were quicker to physically look away from disgusting images — like pictures of blood, feces, or vomit — than their liberal peers.

...Conservatives tend to display more ordered thinking patterns, whereas liberals have more "aha" moments.

A 2016 study at Northwestern University found that when conservative and liberal college students were given word problems to solve, both groups managed to arrive at some correct answers through gradual, analytical analysis. But when feeling stuck on a problem, liberals were much more likely to draw upon a sudden burst of insight — an 'aha' moment, like a lightbulb turning on in the brain.

...Liberals tend to follow the wandering gaze of others more often, while conservative eyes stay more focused on the original subject they're looking at.

In 2010, researchers at the University of Nebraska tested whether conservatives and liberals physically see the world in different ways. They found that when it comes to matching the gaze of other people, the two groups differ.

...Holding conservative views seems to make people more resistant to change and help them explain inequality.

A 2003 review of decades of research on conservative people suggested that their social views can help satisfy "psychological needs" to make sense of the world and manage uncertainty and fear.

...Liberal and conservative tastes in music and art are different, too.

Studies from the 1980s showed that conservatives preferred more simple paintings, familiar music, and unambiguous texts and poems, while liberals enjoy more cubist and abstract art.

...Liberals are more likely to describe themselves as compassionate and optimistic, while conservatives are more likely to say they're people of honor and religion.

A 1980 study of high school students found conservative students at that time were more likely to describe themselves as "responsible," "organized," "successful," and "ambitious," while liberal students might describe themselves as "loving," "tender," or "mellow."

...Conservatives believe they have more self-control.

One 2015 study found that conservative students were often better at focusing their attention on a cognitive task called the Stroop color and word test. The common psychological study tool asks participants to quickly name the correct color of a word that's written on a different color background.

...Liberals and conservatives extend feelings of compassion to different people.

New research shows that conservatives tend to express compassion to smaller social circles than liberals.

--------end quote------

I just cropped some headlines from that article.  If you can find it, read it all, or just read up on the studies cited, and more recent follow-up studies.

All these studies suffer from the same flaws - A) assuming that statistics works both ways (if a Group has a Characteristic, all members of that Group have that Characteristic), B) Recruiting College Students to study, who are typically young and still being "formed" by "life" then applying results to 60-somethings.

But those flaws can be used, in fact leveraged, by Fiction Writers to great advantage.

A novel needs a target audience, and audiences are defined most easily by studies such as these listed in the quotes above.

College age students are most likely to be the readers for Science Fiction and for Romance, and Science Fiction Romance.  They love Fatansy, Paranormal Romance and all the mixed genres.  It was college dorm TV's that were turned to Star Trek on first run -- thus missed by the Nielsen rating service.  Studying college students tells you more about what will happen 20 years from now than about what is happening now.

If you are writing Science Fiction Romance that will be a "Classic" -- you should aim at what current college age people want to read.

So consider how the definitions of Conservative and Liberal have morphed over decades.  Then consider how both Republican and Democrat Parties have both Liberal and Conservative members, and how they agree or disagree on different issues.

A given Character can be Liberal on Gun Control and Conservative on Federal Reserve Policy -- and not see a contradiction.

Is there a contradiction?  Can you find a pair of issues which do contradict?

Where would your sexy-hunk Alien From Outer Space stand on Video Game Violence causes children to grow up violent?

A number of studies have shown that kids are more prone to solve social problems with force after playing a Video Game that uses force as the solution, not the problem.

That is solid, settled science -- but is it true?  Maybe it's true of humans but not your Aliens? 

Maybe it is true of 21st Century American kids but not of 21st Century human kids raised on an Alien Planet among Aliens (or in the far future or a parallel Earth?) 

We have science measuring the effect of violent video games on children -- but not a lot of research on anti-violent video games played by children.  Are there any? 

Now consider how "threatened" the kids growing up in the war-hammered Middle East (Syria and so on) -- the terrorist threatened European cities flooded with migrants -- will Syria and Europe (the bastion of modern Liberalism) suddenly turn Conservative 20 years from now?

Or will the threat be over and all those people who grew up under danger and threat suddenly turn Liberal because they feel safe at last?

These issues reflect the Theme Element of Giving and Receiving. 

People "feel safe" when they are "given protection." 

One goal of parenting is to give your children a good childhood, free of the life-or-death concerns of adulthood, 

So feeling "safe" is defined as the psychological condition of childhood - of being "innocent" and not knowing how dangerous the world is, or how easy one mistake can destroy your life.

People "feel powerful" when they are "giving protection."

One of the sexiest bits of dialogue in Romance is, "I will protect you."  We write a lot about rescuing.  We love the scene where the big, strong, muscled Hunk places himself between the slender, near-naked Princess and takes the bullet for her.

Our culture regards being protected as the female goal in life, while doing the protecting is the male goal.

That cultural assumption is under attack, and is morphing before our eyes, faster than 40-something parents can adjust (adapt, changing their brains).

The most important element in Romance is RISK.  We write about "bearing the Soul" in the lead-up to the "I love you" scene.  Saying it first is the biggest risk most people take in a lifetime.

We write about the muscled Hunk who vanquishes amazingly horrible threats but can't take the risk of saying, "I love you." 

Which is the stronger Character, the one who says it first, or the one who says it second? 

Who is the Hero - the one who feels safe and thus freely gives compassion at no risk, or the one who feels threatened and thus freely gives safety at great risk? 

Which brain is the lover, and which brain is the beloved?

We talked about how people consider Political affiliation as a deal-breaker element on Dating Sites in this post: 

https://aliendjinnromances.blogspot.com/2018/05/defining-and-using-theme-part-2-love-vs.html

The THEME element of giving and receiving, and how it functions (male to female) in a Relationship is vitally important to the HEA ending of your Romance, but it comes into even greater importance when the Couple is raising children.

https://amazon.com/Shooting-Sports-Women-Shotgunning-Outdoorswoman/dp/0312147333/

Children, we hold in our culture, must be "protected" -- and they must "feel safe" (i.e. have their brains configured for Liberalism).  Thus we explode at each other over issues related to School Shootings, School Safety and even "what" may be taught in the curriculum.  (can a High School host ROTC? Riflery Team?) 

Who has Power -- someone must because we can't have civilization without someone holding Power to force others to behave properly.  Left to themselves, humans just won't behave properly. 

Ponder that quote from the article saying that "Conservatives" (defined by those with a more active amygdala ) believe they have more self-control.  It does not say, but seems to follow that Conservatives expect OTHERS to have more self-control.

Conservatives may discipline their children to develop self-discipline and thus admire and strive for self-control.

If you read Romance novels from pre-MacGyver 1970's and then read on by year, you will likely find the preponderance of Romance novels shifting to the "irresistible" model of human nature.

Lust, sex, and the intense attraction to the Soul Mate is "irresistible" -- and the excuse for having inappropriate sex is "I could not resist." 

We can't resist the urges of the flesh.  The body has power over us.  If it feels good, do it. 

These are themes rooted in the philosophical context of the "Self" that has "Control" being the animal body.

"Irresistible" is a word that depicts the entire philosophy behind the World the writer has built.  Sex, lust, CAN NOT BE resisted.  The "self" that has all the power is the animal flesh.  If there is a Soul, it is powerless.

If, on the other hand, the author uses the wording, "I could not resist" - there is the admission of guilt, of not having developed a Strong Character.

And here we come to the definition of Strong Character in the fictional sense.

What is Character -- not the fictional representation of a person, but in real life, the attribute of a complete human called Character?

Here is an idea to ponder until it becomes a THEME in your mind.

Character is the Relationship between body/flesh and soul/identity.

A Strong Character is a Soul that has made a strong ally of the Body -- so the Soul feels safe and the Body feels safe.  Neither needs to bully or be armed against the other -- Inner Peace reigns.

A Weak Character is a Body that dominates and bullies the Soul, seizing any opportunity for instant gratification of bodily lusts (for food, sex, money, power). 

Delayed gratification is the sign of a Body/Soul on the path to being a Strong Character.

A truly Strong Character, completely matured, has no inner conflict.

Remember, External Conflict is a reflection of Inner Conflict in the Character who will "Arc" (or morph or change or grow or learn) during the story.

The truly Strong Character has no internal conflict, and thus is way past where his/her story happens do him/her.

So Main Characters who are "Strong" are not strong in every trait.  They have lessons to learn, chiefly the lesson "I love you." 

But perhaps, in Science Fiction Romance, the biggest and hardest lesson to learn is never to believe in science.  Science is about thinking, so new evidence can change your thinking.  There can be no believing in Science.  In Romance, the biggest and hardest lesson is to Believe in the Beloved -- through thick and thin, in sickness and in health, never waver in belief in that beloved Soul's innate spirit. 

Can "belief" span the political gap?  Can Love conquer Politics?

Jacqueline Lichtenberg
http://jacquelinelichtenberg