Analysis and insight on brain-computer interfaces (BCI). Stay updated as Singularity Hub discusses the most important trends and research related to BCIs.
Brain-computer interface technology is moving fast and Silicon Valley is moving in. Will we all soon be typing with our minds?
https://youtube.com/watch?v=FuzoLdrRX5Q
The technology I want to talk about today is something out of this world, but also a bit controversial There is a startup in Australia who are actually growing live human neurons and then integrating it into traditional computer chips⊠mind-blowing stuff!
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A superconducting ink made through a simple process called chemical exfoliation could be used to print the cold circuits inside quantum computers and MRI machines.
By Leah Crane
US gaming and computer graphics giant Nvidia has joined forces with an Israeli startup to roll out a new hardware system to connect the quantum computer with classical computers.
The new system, Nvidia DGX Quantum, built together with Israelâs Quantum Machines, a developer of a standard universal language for quantum computers, is expected to be first deployed at Israelâs quantum computing research center at the end of this year.
The quantum computing R&D center funded by the Israel Innovation Authority at an investment of NIS 100 million ($27 million), which is headed by Quantum Machines, was established to help Israel build a quantum computer and advance research in the field that would lead to future developments in economics, technology, security, engineering, and science.
Accurately reconstructing how the parts of a complex molecular are held together knowing only how the molecule distorts and breaks upâthis was the challenge taken on by a research team led by SISSAâs Cristian Micheletti and recently published on Physical Review Letters. In particular, the scientists studied how a DNA double helix unzips when translocated at high velocity through a nanopore, reconstructing fundamental DNA thermodynamic properties from the sole speed of the process.
The translocation of polymers through nanopores has long studied as a fundamental theoretical problem as well as for its several practical ramifications, e.g. for genome sequencing. We recall that the latter involves driving a DNA filament through a pore so narrow that only one of the double-helical strands can pass, while the other strand is left behind. As a result, the translocated DNA double helix will necessarily split and unwind, an effect known as unzipping.
The research team, which also includes Antonio Suma from the University of Bari, first author, and Vincenzo Carnevale from Temple University, used a cluster of computers to simulate the process with different driving forces keeping track of the DNAâs unzipping speed, a type of data that has rarely been studied despite being directly accessible in experiments.
A pair of philosophers sounded the alarm on the dystopian applications they see being ushered in by brain-computer interface (BCI) technology.
âThis new advancement would also allow the encoding of data on ultrafast laser pulses.â
A team of international physicists, led by the University of Arizona, was able to switch a light signal optically at attosecond rates in order to achieve hitherto unreachable data transfer speeds: one quintillionth of a second is an attosecond.
Continue reading “Record-breaking optical switch study paves way for ultrafast electronics” »
What if you could control a device, not with your hand, but with your mind? Physician and entrepreneur Tom Oxley talks about the implantable brain-computer interface that can change the way we think.
Madhumita Murgia Hi, my name is Madhumita Murgia, and Iâm one of the presenters of Tech Tonic. Weâre looking for some feedback from our listeners about the show. So if you have a second, please fill out our brief listener survey, which you can find at ft.com/techtonicsurvey.
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In this season of Tech Tonic, weâve been talking about quantum computers and why some people think theyâre so revolutionary. But so far weâve mainly talked about the things quantum computers can do, or at least what they might be able to do in the future that makes them so groundbreaking: performing calculations that should take centuries in minutes, cracking the unbreakable codes of the internet, dramatically speeding up the development of new drugs and materials. But what we havenât done yet is look at why theyâre able to do these things. Whatâs going on inside a quantum computer that makes them so extraordinary, so completely different to any computer thatâs come before.
