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MIT Study Reveals Why a Neutrino Laser May Be Impossible

Physicists proposed a way to focus ghostly neutrinos into a laser-like beam, but new MIT calculations show that violent atomic recoil and the particles’ own quantum nature prevent the effect from taking hold.

Trillions of subatomic particles stream through every square inch of Earth, passing through solid rock, massive stars, and human bodies every second without leaving a trace. These particles, known as neutrinos, carry near-zero mass and interact so weakly with normal matter that physicists have struggled to detect them, much less control them into a focused beam, since their discovery in 1956.

Last year, MIT physics professor Joe Formaggio and Ben Jones, then an associate professor at the University of Texas at Arlington and now at the University of Manchester, proposed a theoretical way around that physical barrier.

This Strange New Magnetism Could Change How Computers Work

An unusual magnetic state detected in a layered material could offer a new route to ultrafast memory and energy-efficient electronics.

Inside a crowded electronic circuit, stray magnetic fields can interfere with nearby components. Researchers developing faster, more efficient computers want to use electron spin, a quantum property, to carry information alongside electrical charge. That requires materials that can handle spin without creating unwanted magnetic interference.

University of Central Florida physicist Madhab Neupane and his collaborators have found a promising candidate in Co₁/₄TaSe₂, a layered material containing magnetic cobalt atoms. Their experiments detected signatures of altermagnetism, a form of magnetism that combines useful properties of ferromagnetism and antiferromagnetism.

Low-cost Android phones ship with residential proxy malware

A malware campaign dubbed ‘Midnight Mimosa’ has been discovered on low-cost Android smartphones that ship with malicious software embedded in their firmware, allowing attackers to silently install apps, perform ad fraud, and turn devices into residential proxies.

The malware is believed to have been introduced somewhere in the device supply chain, but it remains unclear who is responsible for modifying the firmware or at what stage the tampering occurred.

The malware is embedded directly into the firmware of low-cost Android devices using MediaTek chipsets, giving it system-level privileges that allow it to install and remove applications, grant sensitive permissions, and execute remotely downloaded code without user interaction.

FakeGit malware campaign returns with 17,610 malicious GitHub repos

More than 17,000 fake repositories on GitHub are distributing the SmartLoader malware after the FakeGit campaign reactivated earlier this month to push the StealC infostealer.

The operator uses mostly throwaway accounts, but researchers identified at least 700 accounts that appear to belong to legitimate developers.

The malicious repositories use convincing README instructions with a download button pointing to a ZIP archive containing the initial payload, SmartLoader, that is used to distribute other malware.

Cisco warns of critical flaws allowing Nexus switch takeover

Cisco released security advisories for five critical vulnerabilities in its NX-OS data center network operating system that could be exploited to run arbitrary code with root privileges on Nexus switches.

If remote code execution cannot be achieved, an attacker could exploit the vulnerabilities to crash processes and force the vulnerable device to reload, resulting in a denial-of-service condition.

The issues affect the NX-API, Next Generation OAM (NGOAM), and MPLS OAM features in Nexus 3,000 and Nexus 9,000 Series switches.

James Webb Space Telescope helps detect the most distant Fast Radio Burst ever seen — and scientists are surprised by its source

“This is an extraordinary glimpse into the distant universe,” team co-leader Manisha Caleb from the Sydney Institute for Astronomy said in a statement sent to Space.com. “We have caught a fast radio burst from a time when the universe was only about three billion years old, and we have used that brief flash of radio light to learn about the matter it has travelled through over billions of years.”

The team’s research was published on Thursday (Oct. 8) in the journal Science.

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