The very thought of death puzzles, touches and disturbs us all. One thing we do know for sure is that not one of us will escape death, and so you might as well know how you want to be buried.
A fleeting fleck of electronics smaller than a grain of rice can wirelessly relay critical health information and then gently dissolve away. The transient sensors can measure pressure, temperature, pH, motion, flow, and potentially specific biomolecules that could improve patient care.
James Knight, a 27-year-old coder, recently made an unorthodox career move: quitting a well-paid job writing software for Google to go freelance. No more gold-plated benefits, catered lunches or million-dollar views from the search giant’s Manhattan office. But why?
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A team of scientists from Imperial College London have proposed a laser model that can could heat materials to temperatures hotter than the center of the Sun in just 20 quadrillionths of a second. That’s 10 million degrees Celsius almost instantaneously.
Engineers in Australia have have proven, with the highest score ever achieved, that a quantum version of computer code can be written, and manipulated, using two quantum bits in a silicon microchip. The advance removes lingering doubts that such operations can be made reliably enough to allow powerful quantum computers to become a reality.
A bike path outside Amsterdam was plastered with custom solar panels a year ago and it has been generating more power than predicted—and the designers are convinced that it’s proof that networks of solar-covered roads could eventually be a viable energy source.
With new advancements happening on a regular basis in the world of bioprinting, it’s hard to determine just which company is furthest ahead. Is it Organovo, the publicly traded company already working to create 3D printed mini kidneys with Australian researchers? Or is it one of the many research institutions making advancements in 3D printing ear drums, blood vessels, or carbon composites for bone regeneration? If one had to choose, they might lean towards 3D Bioprinting Solutions, who successfully 3D printed a thyroid gland, classified as an “organ construct”. And, today, news leaked that the Russian company had taken their research one step further, implanting a 3D printed thyroid into mice.
It’s no easy task to learn to walk again after a traumatic accident. One of the hardest things for motor-impaired patients is to generate the correct brain signals to help them recover efficiently.
A paralyzed man is able to move using his brainpower thanks to a ‘neural-bypass procedure’ that has been heralded a world first. Neurosurgeons achieved the world first by transmitting signals from the 26-year-old American’s brain to electrodes placed around both knees.
Futurist Thomas Frey: A few weeks ago I was asked to appear on CCTV, the Chinese-American television channel for an interview about the topic of border walls.
With the crisis in Syria deepening, affecting bordering countries and virtually all of the European Union, the show’s moderator asked me a series of tough questions about immigration trends and whether border walls, like the one proposed in Hungary, would become a growing trend.
In retrospect, the thoughts I conveyed on-air to this complex situation were not as crystallized as they could have been, forcing me to rethink my responses.
Disruptive technology in the medical profession provides a much cheaper and more comfortable way of providing care. There have been articles about what we can print out in 3D today from equipment and casts to biomaterials and drugs. The 3D4MD team just demonstrated a perfect example of how such a technology can deliver care in regions where the lack of resources is an everyday problem.
Chapultepec Avenue slices through Mexico City splitting part of the city in two. With 10 lanes of chaotic traffic, it’s hard to cross the street, hard to bike, and generally not a place where people want to spend time. (Video)