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Archive for the ‘innovation’ category: Page 112

Oct 6, 2021

SES CEO thinks satellite industry consolidation likely

Posted by in categories: innovation, satellites

The CEO of SES says consolidation of the satellite industry is more likely than ever to improve its overall return on investment.


MOUNTAIN VIEW, Calif. — The chief executive of satellite operator SES says consolidation of the satellite industry is more likely than ever to improve its overall return on investment, but that the structure of the industry might hinder such deals.

Speaking at the Satellite Innovation conference here Oct. 5 Steve Collar addressed growing perceptions that the industry is ready for a wave of deals like the unsolicited proposal by telecom magnate Patrick Drahi last week to acquire Eutelsat for $3.2 billion. While Eutelsat rejected the deal, it appeared to leave the door open for a revised, higher offer.

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Oct 5, 2021

Straight Out of Science Fiction: Scientists Create a Crystal Made Solely of Electrons

Posted by in categories: innovation, particle physics

It’s not often that messing around in the lab has produced a fundamental breakthrough, à la Michael Faraday with his magnets and prisms. Even more uncommon is the discovery of the same thing by two research teams at the same time: Newton and Leibniz come to mind. But every so often, even the rarest of events does happen. The summer of 2021 has been a banner season for condensed-matter physics. Three separate teams of researchers have created a crystal made entirely of electrons — and one of them actually did it by accident.

The researchers were working with single-atom-thick semiconductors, cooled to ultra-low temperatures. One team, led by Hongkun Park along with Eugene Demler, both of Harvard, discovered that when very specific numbers of electrons were present in the layers of these slivers of semiconductor, the electrons stopped in their tracks and stood “mysteriously still.” Eventually colleagues recalled an old idea having to do with Wigner crystals, which were one of those things that exist on paper and in theory but had never been verified in life. Wigner had calculated that because of mutual electrostatic repulsion, electrons in a monolayer would assume a tri-grid pattern.

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Oct 2, 2021

A New Kind of Concrete Can Repair Itself

Posted by in categories: innovation, materials

A new kind of concrete can self-repair without sacrificing durability! It’s undergoing tests in a structure, to prepare for aggressive environments.

Sep 30, 2021

Did Japan Just Invent How We Will Travel Into Deep Space? | Unveiled

Posted by in categories: innovation, space travel

Japan may have just changed the future of space technology! Join us… to find out more!

Subscribe for more from Unveiled ► https://wmojo.com/unveiled-subscribe.

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Sep 26, 2021

UK Court Confirms That AI Has No Rights, Cannot Own Patents

Posted by in categories: innovation, robotics/AI

What is your take on this Chris Smedley?


Please be sensitive to any artificial intelligence you encounter today. A UK appeals court just ruled that AI systems cannot submit or hold patents, as software is not human and therefore lacks human rights. Several courtrooms around the world have come to the same conclusion, despite the efforts of a very enthusiastic inventor.

Dr. Stephen Thaler has repeatedly filed patents on behalf of his AI, called DABUS. He claims that this AI should be credited for the inventions that it’s helped to produce. But patent offices disagree. After Dr. Thaler refused to resubmit his patents under a real name, the UK Intellectual Property Office pulled him from the registration process.

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Sep 25, 2021

In a First, Scientists Track 1 Million Neurons Near-Simultaneously in a Mouse Brain

Posted by in categories: innovation, neuroscience

The key is an innovation that’s being called ‘light beads microscopy’. It improves on current two-photon microscopy, using lasers to trigger introduced fluorescence in living cells. As the cells are lit up, scientists can see how they’re moving and interacting.

With light beads microscopy, scientists can get the speed, scale, and resolution required to map a mouse brain in detail as its neural activity changes. The near-simultaneous tracking can last for as long as the light beads are able to stay illuminated.

Sep 24, 2021

Spicy Tomatoes, Hangover-proof Wine: Is There Anything CRISPR Can’t Do?

Posted by in categories: biotech/medical, innovation

CRISPR is the genius behind innovations that seemed impossible a decade ago. Could you grow tomatoes with the kick of hot sauce or ferment wine that doesn’t cause a hangover? That’s just two of the things scientists are looking into.

Sep 20, 2021

Abductive inference: The blind spot of artificial intelligence

Posted by in categories: innovation, robotics/AI

Welcome to AI book reviews, a series of posts that explore the latest literature on artificial intelligence.

Recent advances in deep learning have rekindled interest in the imminence of machines that can think and act like humans, or artificial general intelligence. By following the path of building bigger and better neural networks, the thinking goes, we will be able to get closer and closer to creating a digital version of the human brain.

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Sep 20, 2021

Major prostate cancer breakthrough could see patients cured within a week

Posted by in categories: biotech/medical, innovation

A clinical trial is beginning tomorrow to discover if it is safe to give radiotherapy in two large doses.

If successful, it would mean treatment for prostate cancer could take days instead of weeks.

Sep 17, 2021

Scientists Realize Noiseless Photon-Echo Protocol — Key to Long-Distance Quantum Communication

Posted by in categories: innovation, quantum physics

Prof. Chuanfeng Li and Prof. Zongquan Zhou from University of Science and Technology of China (USTC) of the Chinese Academy of Sciences (CAS) innovatively raised and realized noiseless photon echo (NLPE) protocol. The research of entire originality reduced the noise by 670 times compared with previous strategies and achieved solid quantum memory with high fidelity. The results were published in Nature Communications.

First observed by Erwin Hahn in 1,950 photon echo is a fundamental physical interaction between light and matter as well as an essential tool for the manipulation of electromagnetic fields. However, the intense spontaneous noise emission generated has the same frequency as the signal, it is impossible to separate them in principle. Previous protocols, such as atomic frequency comb and the revival of silenced echo, failed to eliminate the spontaneous noise emission as much as needed.

In this study, the researchers implemented NLPE protocol in Eu3+:Y2SiO5 crystal to serve as an optical quantum memory and applied a four-level aromic system to suppress the noise.