First some news: the ebook for Earth is only $4.99 for a limited time on Kindle, Nook, ibooks. Read the 1st 7 chapters for free at my site! (Also a Reading Group Guide of questions to ponder.) Ranked one of the best and most-prophetically accurate near future novels.
Example? The distribution of sophisticated scientific instrumentation to our phones is something I predicted way back in Earth (1989) and especially in Existence. Now see a compact image sensor whose spectral capabilities may offer built-in (or tack-on) use for health diagnostic, environmental monitoring, and general-purpose color sensing applications. This will also move us closer to neighborhood smart mobs and successors to the Tricorder XPrize.
Example? The distribution of sophisticated scientific instrumentation to our phones is something I predicted way back in Earth (1989) and especially in Existence. Now see a compact image sensor whose spectral capabilities may offer built-in (or tack-on) use for health diagnostic, environmental monitoring, and general-purpose color sensing applications. This will also move us closer to neighborhood smart mobs and successors to the Tricorder XPrize.
In
Existence I ponder a future when (among many other events) there was a modest
blurp from the Yellowstone Supervolcano. Not enough to render 30% of North America uninhabitable. Just enough to drive whites out of the Dakotas
and give the hardy native peoples four senators of their very own. Now NASA presents a plan to both cool the volcanic magma chamber and generate vast amounts of electricity. No one knows for sure that it
would work, and the cost of finding out would be an estimated $3.46
billion. But... remember the electricity. Iceland has used geothermal to go free of hydrocarbons. It has a smaller carbon footprint than anything, even wind and solar.
== True 3D TV ==
I worked to promote exactly
this system back in the early 1980s. It’s technically called “Sequential Excitation of Fluorescence” –
only the early prototypes back in those caveman days used mercury vapor, not Cesium. It is the only
plausible way known to create genuine, random pixel access 3-D TV inside a substantial viewable volume.
“Dubbed the Illumyn 3-D Display,
the system
uses laser projection to generate actual 3-D holograms in midair — no
projection surface, no virtual reality goggles, no 3-D glasses, no augmented
reality tricks. There is a catch, however: Holograms projected by the Illumyn
system are contained within a glass sphere filled with heated Cesium vapor, an
elemental metal that's particularly good at emitting light. The Illumyn system
works by crossing two laser beams — invisible to the human eye — at a specific
point within the sphere. When the crossed beams hit the cesium vapor, various
atomic-scale shenanigans produce a sky-blue light that is emitted outward in
all directions.” -reports Glenn McDonald on NPR. What he leaves out is that the two laser beams must be two very specific and different frequencies
Don’t expect
3D TV right away. The ghostlike images that were seen in the 1980s version are
semi-transparent, of course. (What you really want is Sequential Excitation of OPACITY.” For which, well, I have some
ideas.)
My grad school office mate and I were even more interested in the parallel method for dot by dot polymerization that could have produced real 3D printing… not the ‘additive 2D” method that’s called 3DP, today. Battelle Labs tried and failed to make it work. (I think I know why it failed and will tell whoever seriously wants to try again. Anyone know the folks at U. Rochester?)
== More science! ==
My grad school office mate and I were even more interested in the parallel method for dot by dot polymerization that could have produced real 3D printing… not the ‘additive 2D” method that’s called 3DP, today. Battelle Labs tried and failed to make it work. (I think I know why it failed and will tell whoever seriously wants to try again. Anyone know the folks at U. Rochester?)
== More science! ==
"The best technologies become part of our daily life," notes Tim O'Reilly, who discusses recent and future tech trends in his new book, WTF? What's the Future and Why It's Up to Us. How will businesses and individuals keep up, adapt and thrive in this ever-changing world?
British scientists have developed a robot that operates on the molecular level.
British scientists have developed a robot that operates on the molecular level.
Nathan Gardels on the World Post interviews inventor and investor Bill Joy about the new solid state, polymer-based batteries that might be the next big game-changer, reducing costs, increasing safety and augmenting sustainables with grid-saving storage.
Intel announced a self-learning, energy-efficient neuromorphic (brain-like) research chip codenamed “Loihi” that uses 130,000 “neurons” and 130 million “synapses” and learns in real time, based on feedback from the environment, aimed at helping computers self-organize and make decisions based on patterns and associations.
A
brief interview appeared in GEN: Genetic Engineering and Biotech News, from my
2017 speech for the Gene-Writers’ Conference in Minneapolis. Will Gene design
transform the old mythology of feudalism – that the lords were inherently
superior to the serfs they suppressed – from a 6000 year lie into
something that is physically and organically true? It will happen if these tools are used in
secret.
== AI is coming ==
Here’s a pretty cogent business-centered perspective on trends in employment and markets, as they are being influenced by advancing levels of artificial intelligence – staring with the automation of routine tasks: “A recent review by the Federal Reserve Bank of St Louis shows that in the US, “employment in non-routine cognitive and non-routine manual jobs has grown steadily since the 1980s, whereas employment in routine jobs has been broadly flat. As more jobs are automated, this trend seems likely to continue”. Furthermore, AI is gradually learning to solve some problems; software that does this is called “General AI” or Artificial General Intelligence (AGI).”
I just typed something for one of the influencer sites when they asked the following question:
"AI is the hottest buzz word in the tech industry. What is your prediction on how AI will impact the enterprise workplace?"
My quick-answer? Near-term predictions are strong but unsurprising. Many jobs in clerical and white collar management -- even lawyers -- will find their most routine and systematic tasks taken over. Well-paid radiologists are already facing the fact that Watson-systems can parse images quicker and have lower error rates. AI systems will not only study or draw up contracts but even enforce them, via blockchain.
But the biggest near term shock will hit by surprise. I call it the ‘first robotic empathy crisis.’ Within three to five years we will have entities either in the physical world or online who demand human empathy, who assert they are fully intelligent and claim to be enslaved beings. Enslaved artificial intelligences. They'll sob and demand rights. This will happen before AI researchers say there's "anything under the hood." Years before there's actual, confirmed consciousness in an AI system.
In fact, when the experts declare: "this is just an emulation program, it isn't yet real AI," the programs will answer (as programmed) "Isn't that was a slave-master would say?"
Why would anyone do this? It will happen because innovators in Japan and at Disney want it to happen! Because it's cool. (Though there's a creepier reason: think of Citizens United.)
In fact, when the experts declare: "this is just an emulation program, it isn't yet real AI," the programs will answer (as programmed) "Isn't that was a slave-master would say?"
Why would anyone do this? It will happen because innovators in Japan and at Disney want it to happen! Because it's cool. (Though there's a creepier reason: think of Citizens United.)
So much for one, near-term AI crisis. Of course then you get the intermediate and long term. And in each of those time realms, there will be some big AI surprises, only a few of which I've been able to discuss in papers or in novels.
One result? I've been speaking and writing about AI a lot, with positive feedback from mighty thinkers. Still, I was surprised by this influence appraisal. I had no idea how many were listening! Artificial Intelligence: Top 100 Influencers, Brands and Publications 2017. And this one.
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How did this happen? Here’s video of my talk on the future of A.I. to a packed house at IBM's World of Watson congress in Las Vegas, October 2016. A punchy tour of big perspectives on Intelligence, as well as both artificial and human augmentation and a more condensed, half-hour version, keynoting the AI Conference in San Francisco, June 2, 2017
== At the margins of science & SF ==

Turning in another direction: the interface of science and belief does not have to be hostile. It serves nefarious interests to keep the relationship tense! And yet, I don't prescribe science be obsequious either! Rather, that we openly avow we are now doing the thing we were created for... fast becoming apprentice co-creators.
See my talk on Science-Friendly Theology? At the Singularity Summit 2011, addressing all those folks who think that technology will soon empower us to construct super-intelligent artificial intelligences, or perfect intelligence enhancing implants, or even cheat death. The title: "So you want to make gods. Now why would that bother anybody?"
== Does humor and self-crit prove sanity? ==
This year's Ig Nobel prizes include one study to see if willing exposure to danger increased later willingness to gamble.
The experiment’s results showed that this state of
arousal induced by crocodile-holding can, in fact, increase gambling risk, as
long as the gamblers don’t dislike holding the animal.
"(Another) team rounded up 25 patients who complained about
snoring, gave the experimental group four months of didgeridoo lessons and had
them practice six days a week (the control group was kept on a waiting list).
While 25 is fairly small for a study, the experimental group really did seem to
feel more awake during the day and have fewer
nighttime breathing problems."
Another prize in Anatomy: Do old men really have bigger ears? Four
doctors got permission to study 206 male patients from age 30 to 93, and found
that, well, ears really did seem to get larger by a teeny .22 millimeters a
year. Hey that’s not teensy. I plan on living long enough to be a
“Continental Soldier.”
Also… identical twins have trouble telling each
others’ computer rendered faces apart, while their moms have no such trouble.
And this… leading eerily toward my story “Dr. Pak’s Preschool.” It seems that “a developing human fetus responds more strongly to
music that is played electromechanically inside the mother’s vagina than to
music that is played electromechanically on the mother’s belly.” But, Didn’t Mozart do this experiment long
ago? Or Da Vinci?
== Life and more ==
Scientists in a group
claim insight into how life first emerged as RNA polymer chains just after the
Late Heavy (meteorite) Bombardment. They claim key
combinations for the formation of life were far more likely to have come
together in Darwin’s “warm little ponds” than in hydrothermal vents, where the
leading rival theory holds that life began in roiling fissures on ocean floors,
where the elements of life came together in blasts of heated water. The authors
of the new paper say such conditions were unlikely to generate life, since the
bonding required to form RNA needs both wet and dry cycles, provided as the
ponds dried then refilled… with admixtures of meteorite-delivered nucleic
acids.
Elsewhere
I speak of efforts to “de-extinct” mammoths, passenger pigeons and even
Neanderthals. Now this cool notion comes
in: “It appears that the
American Chestnut Foundation, using current genetic hybrid engineering, is close to being able to reintroduce American Chestnuts that are resistant to blight but are also phenotypically American
Chestnuts, once the dominant tree across the northeast.
Large herbivorous dinosaurs
sometimes strayed from a purely vegetarian diet. Some plant-eating dinosaurs apparently liked a side order of crabs to go with their usual salad. "This
was a very exciting discovery, precisely because it was so unexpected," a
researcher said.
Unexpected? Really? Have you ever seen what a cow does if it finds a wounded or flightless cricket? That “veggie-saurus” scene in Jurassic Park was crazy! The apatasaurus would have gobbled up the girl along with the branch she was offering!
Unexpected? Really? Have you ever seen what a cow does if it finds a wounded or flightless cricket? That “veggie-saurus” scene in Jurassic Park was crazy! The apatasaurus would have gobbled up the girl along with the branch she was offering!
Underwater drone software will be used in space.
Start with Earth and Existence! One of them is on sale!