At least 15 out of 23 died?Monkeys are used for all kinds of experiments, but in most cases, the research they are subjected to is humane.
The Olympics in Beijing will be the first to rely entirely on artificial snow which has been used since 1980.
We can’t make transistors any smaller, is this the end of Moore’s Law?
There has been a lot of talk about the end of Moore’s Law for at least a decade now and what kind of implications this will have on modern society. Since the invention of the computer transistor in 1947, the number of transistors packed onto the silicon chips that power the modern world has steadily grown in density, leading to the exponential growth of computing power over the last 70 years. A transistor is a physical object, however, and being purely physical it is governed by laws of physics like every other physical object. That means there is a physical limit to how small a transistor can be. Back when Gordon Moore made his famous prediction about the pace of growth in computing power, no one was really thinking about transistors at nanometer scales. But as we enter the third decade of the 21st century, our reliance on packing more transistors into the same amount of silicon is brushing up against the very boundaries of what is physically possible, leading many to worry that the pace of innovation we’ve become accustomed to might come to a screeching end in the very near future.
Full Story:
Scientists tell us that transistors can’t be made any smaller, sounding the end of Moore’s Law. Does this threaten our progress in the future?
Tech titans may have already accepted our doom, but as we create new technologies, it’s not too late to start asking ourselves if there could be another way.
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You’re on the PRO Robots channel and in this video we bring you the latest in high-tech news. Jetpack racing, boots for walking through the meta universe, drones for fruit picking, Tesla and Boston Dynamics, new DARPA competitions and other high-tech news in one issue!
0:00 In this video.
0:20 Cargo hybrid drone.
1:02 Tesla News.
1:50 Transportation to explore the moon and Mars.
2:34 Boston Dynamics News.
3:14 Surgery performed by a robot.
4:07 Meta Company.
4:50 Red Bull 2022 Contest.
5:22 Cost effectiveness of robotaxis.
6:15 Drones for inspection.
6:48 DARPA.
7:58 Drone fruit picking.
8:29 Shoes for the metaverse.
9:15 New type of robotic grippers.
9:44 A submarine with 2 arms.
10:20 A drone that launches with a cannon.
10:49 Company Motorica.
#prorobots #robots #robot #futuretechnologies #robotics.
Increasing solar activity could play havoc with mega-constellations like Starlink in the coming years.
Final Words
Digitization in all its forms is exciting. The development of technology is met with zeal and zest, primarily as it eases people’s lives all over and eradicates several problems. However, in all its glamour, the cybersecurity aspects of these digitizations are often undermined, as evident with the metaverse.
Although the metaverse is a genuinely remarkable concept and could help the world in several ways, it is crucial to realize that it might all fail if the cybersecurity aspect is ignored. Therefore, within all this hype on its development, cybersecurity is a topic that needs a lot more attention than it is getting.
Chile is making its own glaciers
Posted in climatology, futurism
This article is an installment of Future Explored, a weekly guide to world-changing technology. You can get stories like this one straight to your inbox every Thursday morning by subscribing here.
In recent years, mountain communities in Chile have been facing longer and more intense dry spells thanks, in part, to rapidly shrinking glaciers in the Andes. This puts serious stress on local communities that rely on their fresh water.
But a team of Chilean climate experts have come up with a solution. In 2022, they will attempt to DIY their own glaciers, in hopes of supplying fresh water through the dry, summer months.
13 Aug 2021
“The proportions of different isotopes of elements present in the bedrock and water create a unique profile, specific to each place on Earth. This profile remains consistent over the millennia and is a kind of “fingerprint” of a region, which can be found in plants, rocks and even animal remains.” National Geographic Poland.
“One of the mammoth’s tusks became a perfect record of all the places the animal visited in its lifetime — with an accuracy almost to the day.”
An international research team has retraced the astonishing lifetime journey of an Arctic woolly mammoth, which covered enough of the Alaska landscape during its 28 years to almost circle the Earth twice.
Those uncanny valley in eyes effect should be changed.
These medical professionals are delivering babies from a robotic birth simulator to prepare for life-and-death situations in the hospital room.