Lysenko vs. Vavilov feels like the 20th century version of Edison vs. Tesla.
Black Mirror meets Henrietta Lacks in this short story by Erik Hoel who I had not heard of until today, when I came across his name here and also in a completely unrelated blog post by Peter Watts about the nature of dreams.
Claire L. Evans on computational slime molds and other forms of unconvential computing that look beyond silicon:
In moments of technological frustration, it helps to remember that a computer is basically a rock. That is its fundamental witchcraft, or ours: for all its processing power, the device that runs your life is just a complex arrangement of minerals animated by electricity and language. Smart rocks.
The World Ocean is as close as you can get to outer space without leaving Earth. It’s an entirely different universe, nothing like the life we have on land.
Ariel gave a TED talk and it’s mind-blowingly good!
Also, can I just say how nice this reading experience is—the typography, the arresting image …I like it.
An online documentary series featuring interviews with smart people about the changing role of design.
As technology becomes more complex and opaque, how will we as designers understand its potential, do hands-on work, translate it into forms people can understand and use, and lead meaningful conversations with manufacturers and policymakers about its downstream implications? We are entering a new technology landscape shaped by artificial intelligence, advanced robotics and synthetic biology.
So far there’s Kevin Slavin, Molly Wright Steenson, and Alexandra Daisy Ginsberg, with more to come from the likes of Matt Jones, Anab Jain, Dan Hill, and many, many more.
Living things are just a better way for nature to dissipate energy and increase the universe’s entropy.
No anthropocentric exceptionalism here; just the laws of thermodynamics.
According to the inevitable life theory, biological systems spontaneously emerge because they more efficiently disperse, or “dissipate” energy, thereby increasing the entropy of the surroundings. In other words, life is thermodynamically favorable.
As a consequence of this fact, something that seems almost magical happens, but there is nothing supernatural about it. When an inanimate system of particles, like a group of atoms, is bombarded with flowing energy (such as concentrated currents of electricity or heat), that system will often self-organize into a more complex configuration—specifically an arrangement that allows the system to more efficiently dissipate the incoming energy, converting it into entropy.
This is a terrific spot-on piece by Rachel. I firmly believe that healthy competition and diversity in the browser market is vital for the health of the web (which is why I’m always saddened and frustrated to hear web developers wish for a single monocultural rendering engine).
A great piece from Charles C. Mann from five years ago, where you can see the genesis of The Wizard And The Prophet.
For hundreds of thousands of years, our species had been restricted to East Africa (and, possibly, a similar area in the south). Now, abruptly, new-model Homo sapiens were racing across the continents like so many imported fire ants. The difference between humans and fire ants is that fire ants specialize in disturbed habitats. Humans, too, specialize in disturbed habitats—but we do the disturbing.
So, could researchers find clear evidence that an ancient species built a relatively short-lived industrial civilization long before our own? Perhaps, for example, some early mammal rose briefly to civilization building during the Paleocene epoch about 60 million years ago. There are fossils, of course. But the fraction of life that gets fossilized is always minuscule and varies a lot depending on time and habitat. It would be easy, therefore, to miss an industrial civilization that only lasted 100,000 years—which would be 500 times longer than our industrial civilization has made it so far.
Recipes inspired by The Left Hand Of Darkness.
I mostly stuck to Le Guin’s world-building rules for Winter, which were “no large meat-animals … and no mammalian products, milk, butter or cheese; the only high-protein, high-carbohydrate foods are the various kinds of eggs, fish, nuts and Hainish grains.” I did, however, add some hot-climate items found in Manhattan’s Chinatown for their space-age looks and good flavors (dragonfruit, pomelo, galangal, chilis, and kaffir limes).
Serve with hot beer.
Steven Johnson dives deep into the METI project, starting with the Arecibo message and covering Lincos, the Drake equation, and the Fermi paradox.
He also wrote about what he left out of the article and mentions that he’s writing a book on long-term decision making.
In a sense, the METI debate runs parallel to other existential decisions that we will be confronting in the coming decades, as our technological and scientific powers increase. Should we create superintelligent machines that exceed our own intellectual capabilities by such a wide margin that we cease to understand how their intelligence works? Should we ‘‘cure’’ death, as many technologists are proposing? Like METI, these are potentially among the most momentous decisions human beings will ever make, and yet the number of people actively participating in those decisions — or even aware such decisions are being made — is minuscule.
A website dedicated to one of the most, um, interesting solutions to the Yucca Mountain nuclear waste storage problem:
- Engineer cats that change colour in response to radiation.
- Create the culture/legend/history that if your cat changes colour, you should move some place else.
There are T-shirts!
We examine the possibility that Fast Radio Bursts (FRBs) originate from the activity of extragalactic civilizations. Our analysis shows that beams used for powering large light sails could yield parameters that are consistent with FRBs.
I’m guessing Paul Gilster may have thoughts on this.
Churchill, as it turns out, had some pretty solid ideas on SETI.
Churchill was a science enthusiast and advocate, but he also contemplated important scientific questions in the context of human values. Particularly given today’s political landscape, elected leaders should heed Churchill’s example: appoint permanent science advisers and make good use of them.
Philip Ball certainly has a way with words.