To conclude my recent spate of science and technology roundups, I'll do one a final sweep of S&T news...

Let's start with a fascinating rumination on future Infrastructure… major projects -- such as Tube Transportation networks and atmospheric water harvesters -- that might consume (and be well-worth) hundreds of billions of dollars of investment, and returning far, far more in benefits. Take a look at this article 2050 and the Future of Infrastructure by futurist Thomas Frey...though he left out half a dozen that I mention in EARTH, alone!
An article - The Trouble with High-Speed Trains - covers the challenges facing high-velocity maglevs -- as well as Elon Musk's Hyperloop.

Let's start with a fascinating rumination on future Infrastructure… major projects -- such as Tube Transportation networks and atmospheric water harvesters -- that might consume (and be well-worth) hundreds of billions of dollars of investment, and returning far, far more in benefits. Take a look at this article 2050 and the Future of Infrastructure by futurist Thomas Frey...though he left out half a dozen that I mention in EARTH, alone!
An article - The Trouble with High-Speed Trains - covers the challenges facing high-velocity maglevs -- as well as Elon Musk's Hyperloop.
Looking ahead: Five “next” technologies. For example: DARPA researchers have fabricated a prototype with three gyroscopes, three accelerometers and a highly accurate master clock on a chip that fits easily on the face of a penny.
Now, a new catalytic system for converting carbon dioxide (CO2) to methanol — a key commodity used to create a wide range of industrial chemicals and fuels. You still need a source of hydrogen, so energy must be put in, upstream, by splitting water… another area of developing research. Along those same lines, researchers at Brown University use copper foam to turn CO2 into useful chemicals -- including chemicals currently made from fossil fuels.
A new transparent sheet can harvest solar energy -- mounted on windows -- without blocking the view.
A new transparent sheet can harvest solar energy -- mounted on windows -- without blocking the view.
Researchers at NASA‘s Jet Propulsion Laboratory (JPL), California Institute of Technology, and Pennsylvania State University have developed a 3D printing process that transitions from one metal or alloy to another in a single object.
Now here is a cool innovation… literally! A doorless refrigerator that saves energy and reduces food spoilage.
A tech forecast of mine from 20 years ago is coming true today at MIT… a needle table that responds to the user’s motions and emulates him/her in moving objects around. We aren’t yet at the exercise floor I portrayed in my short story, “NatuLife.” But clearly it is coming.
A California startup is developing flexible, rechargeable batteries that can be printed cheaply on commonly used industrial screen printers.
== Programming and SciFi ==
Regarding a longstanding complaint over a lack of reliable-easy access to entry-level (and universal) programming languages… from my famous “Why Can't Johnny Code?” essay… the makers of Scratch have now come up with Scratch Jr, aiming it squarely at kids in the 5-7 year old range. Interesting.
Now here is a cool innovation… literally! A doorless refrigerator that saves energy and reduces food spoilage.
== Ah… more singularity stuff ==
An excellent background article on Programmable Matter, this piece nevertheless commits the typical flaw of ignoring the role that excellent hard science fiction has played in enhancing, exploring and drawing attention to a potentially groundbreaking field.
In this case, I highly recommend the works of my colleague Wil McCarthy, such as Hacking Matter: Levitating Chairs, Quantum Mirages and the Infinite Weightlessness of Programmable Atoms.
In this case, I highly recommend the works of my colleague Wil McCarthy, such as Hacking Matter: Levitating Chairs, Quantum Mirages and the Infinite Weightlessness of Programmable Atoms.
Google Glass hack allows brain wave control. An EEG headset can be used to measure when certain parts of the brain show a greater level of activity. Within Google Glass's "screen" - a small window that appears in the corner of the wearer's right eye - a white horizontal line is shown. As a user concentrates, the white line rises up the screen. Once it reaches the top, a picture is taken using Glass's inbuilt camera. So much for the claim that people will always be warned by: "OK Glass, take a picture" - or by seeing the user tapping and swiping on the side of the device. But seriously, you expected that to last? This is the future.
Can we create Dyson spheres?
Can we create Dyson spheres?
A tech forecast of mine from 20 years ago is coming true today at MIT… a needle table that responds to the user’s motions and emulates him/her in moving objects around. We aren’t yet at the exercise floor I portrayed in my short story, “NatuLife.” But clearly it is coming.
Smart roofs to help NYC Cops fight crime, via ShotSpotter sensors. Now keep the cops professional by watching them.
Microsoft Research introduced “Project Adam” AI machine-learning object recognition software at its 2014 Microsoft Research Faculty Summit. The goal of Project Adam is to enable software to visually recognize any object .
Regarding a longstanding complaint over a lack of reliable-easy access to entry-level (and universal) programming languages… from my famous “Why Can't Johnny Code?” essay… the makers of Scratch have now come up with Scratch Jr, aiming it squarely at kids in the 5-7 year old range. Interesting.
And finally… here are Ten Sci Fi Novels that will make you more passionate about science! Glad to be included -- with my novel, The Practice Effect.
Pessimists are fools.





