The symbiotic relation between science and science fiction is so tight that in some instances it is hard to tell which inspired the other—or whether both grew from the same seed. Jules Verne’s 20,000 Leagues under the Sea stirred generations of submariners, and the U.S. Navy named its first nuclear sub, the USS Nautilus, in tribute to fictional Captain Nemo’s vessel, although Verne himself was enthused by the submarine that Robert Fulton designed for the French in 1800. Legendary paleontologist George Gaylord Simpson wrote a short novel, The Dechronization of Sam Magruder (from which Scientific American posthumously published excerpts—see the September 1999 issue), to help the public understand scientists’ reconstructions of life in the Cretaceous. Many roboticists credit Isaac Asimov’s imaginary Three Laws of Robotics with influencing how they thought about their field.

In this issue, at least two feature articles are all about cutting-edge science yet also describe the stuff of science fiction.

Nancy Y. Kiang, who studies how ecosystems and atmospheres interact for the NASA Goddard Institute for Space Studies, has rendered a service to future science-fiction writers everywhere with her article on “The Color of Plants on Other Worlds”. In most stories, alien flora receive only a sliver of the creative attention lavished on extraterrestrial beings or animals. That problem is particularly evident in science-fiction films, where, for understandable budgetary reasons, the plants on other planets often look distinctly like those found in the deserts near Los Angeles. (I have faint memories of reading decades ago that set designers on Star Trek sometimes created alien vegetation by turning potted plants upside down and exposing their roots.)

In reality, the equivalent of plants on other worlds may still possess something like stems and leaves as efficient structures for collecting solar energy, but whatever they use as a photosynthetic pigment may be a far cry from chlorophyll. Just as famed robber Willie Sutton quipped that he stole from banks “because that’s where they keep the money,” Earth’s plants rely on chlorophyll because it efficiently absorbs red and blue light, and those are the parts of the spectrum where our sun invests most of its photonic energy.

Yet the sun’s emissions are far different from those of many stars with planets; hence, any plants under their distant rays will need different color pigments. Kiang’s essay is a fascinating guide to what we may someday find flourishing on those other worlds. (And let us  recognize the spectacular job of artists Kenn Brown and Chris Wren in bringing that strange vegetation to life in their accompanying illustrations.)

Science fiction also sometimes holds out a promise that future medicine will be able to regenerate lost limbs. Biologists Ken Muneoka, Manjong Nan and David M. Gardiner are one team of investigators working to realize that dream, as they explain in their article. The encouraging results of their experiments to date should be inspiring to their fellow scientists and science-fiction writers alike.

This article was originally published with the title Future Facts.

3 Comments

1. 1. Rubber Ducky 12:43 AM 3/28/08

   As a young man, i was enthused by Jules Verne's story of the NAUTILUS - it helped me find my way into the US Navy's Submarine Force and duty in five submarines, commanding one of them.
   
   But I think that a correct rendering of how USS NAUTILUS (SSN-571) got its name would attribute it to the five US Navy warships so named that preceded her ... and not to Verne's fictional boat. All submarines of that era took names of WW-II submarines that had served with valor (and often, as in the case of three of my five boats' namesakes, were lost in combat).
   
   No, USS NAUTILUS (SSN-571) was named after SS-168, the fifth NAUTILUS in our Navy, veteran of fourteen war patrols and awarded the Presidential Unit Citation for her exploits.
   
   It's a great yarn that SSN-571 took her name from Verne. Too bad it's not true...

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2. 2. emoscenefreak 11:09 PM 8/26/10

   
   hey all my friends can't wait till the future.
   like, think about it. apparently we will have (in around 8-10 years) a computer as smart as the human brain, and in around 20-29 years, a computer as smart as the whole of humanity! Also, we've got (i was watching a documentary last year) - a mamoth being cloned, and will take another 9 years, when they have the mamoth, they can find out even more facts about the past, and we will have enough dna to create the opposite sex apponent, meaning mamoths will live again!
   I think science is awesome. But studying it can sometimes get a little boring, but i love when people talk about aliens and stuff, because its so facinating, but clearly communication will differ, on relation to the fact, like all other animals, vocal cords will be different or not even existant) - the best we'll get to communication is breeding of the aliens to teach they're children to not be afraid of humans, thus them acting of the maturity of a trained dog.
   One more thing, (sorry if im boring you) but, its facinating how some scientist belive that metiors are the remains of planets of existent life.
   Thanks for reading, Emma.

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3. 3. emoscenefreak 11:09 PM 8/26/10

   hey all my friends can't wait till the future.
   like, think about it. apparently we will have (in around 8-10 years) a computer as smart as the human brain, and in around 20-29 years, a computer as smart as the whole of humanity! Also, we've got (i was watching a documentary last year) - a mamoth being cloned, and will take another 9 years, when they have the mamoth, they can find out even more facts about the past, and we will have enough dna to create the opposite sex apponent, meaning mamoths will live again!
   I think science is awesome. But studying it can sometimes get a little boring, but i love when people talk about aliens and stuff, because its so facinating, but clearly communication will differ, on relation to the fact, like all other animals, vocal cords will be different or not even existant) - the best we'll get to communication is breeding of the aliens to teach they're children to not be afraid of humans, thus them acting of the maturity of a trained dog.
   One more thing, (sorry if im boring you) but, its facinating how some scientist belive that metiors are the remains of planets of existent life.
   Thanks for reading, Emma

   Reply | Report Abuse | Link to this