Let s understand the different processors and how you can pick the best one for your use case.
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Genuinely infuriating. To protect an empty lot that has been sitting unused for 25 years. Mr Singham is the main backer of the PSL, and he is under investigation for operating as an unregistered foreign agent. Full story here: https://www.youtube.com/watch?v=WFKlyO8TV8M PSL not only a China aligned propaganda outlet, but is also an extremist group.
They have Supported the following:
Annexation of Crimea by the terror state of Russia.
PSL supports the Workers’ Party of Korea, the ruling party of North Korea which commits crimes against humanity (ongoing)
Supports Butcher of Syria.
CELEBRATES the war crimes by Hamas Terrorstate against civilian populations in Israel.
On July 1, 2023, the European Space Agency (ESA) launched the Euclid space telescope into space. Its mission: to create the largest and most detailed map of the universe ever made.
“Euclid is a wide-field telescope. It sees more than 100 times as much of the sky in one image as the Hubble or James Webb Space Telescope,” explains Leiden astronomer Koen Kuijken. “It produces around 20 new images every day. Over its six-year mission, it will map a third of the entire sky.”
FENS News, Neuroscience News
Barcelona, Spain: New research presented today (Wednesday) at the Federation of European Neuroscience Societies (FENS) Forum 2026 [1] has discovered some of the genetic changes in brain cells that may help to explain why more men than women develop Parkinson’s disease.
Parkinson’s disease (PD) is a condition in which parts of the brain become progressively damaged over many years. It affects approximately 9.4 million people worldwide and it is becoming increasingly prevalent, especially as populations age. Around 90% of cases are thought to be caused by a combination of genetic variations and environmental and lifestyle factors. PD is 1.5-to 2-fold more common in men than women, but the reasons for this difference are not clear. Men also experience a faster decline in their thinking abilities and faster progression of difficulties with everyday living.
Quantum theory assumes that only the present, not the past, has an influence on the future. Now there are hints that could be wrong, and if so some of theory’s most bizarre implications could make a lot more sense
Philip Goff responds to recent critiques of panpsychism by theoretical physicists Sean Carroll and Sabine Hossenfelder, and explores some implications for the science of consciousness.
Keeping a Quantum Computer’s Memory Safe — Without Breaking It.
Quantum computers are extraordinarily fragile. Their building blocks — qubits — are so sensitive that even a stray glance from the environment can corrupt the information they hold. The leading fix is called quantum error correction: you spread your precious data across many physical qubits so that a few failures here and there can be detected and repaired, like having multiple backup copies of a book where no single page matters.
But there’s a catch. While the data sits “encoded,” you often need to do things with it — flip states, swap values, or transform the information as part of a computation. Every time you touch the encoded data with a physical operation, you risk introducing exactly the kind of errors the encoding was designed to protect against. It’s like trying to edit a book that’s been shredded and filed across a thousand envelopes: every time you open one to change a word, you risk spilling the pieces.
This paper introduces a new mathematical recipe for performing those operations safely and efficiently. The key idea is tailoring each sequence of operations to the specific hardware being used, and compiling entire operations as complete units rather than stitching together generic building blocks. The authors frame the design process as a kind of puzzle-solving exercise: find the sequence of physical gates (a specific two-qubit operation called CZ) that achieves the desired transformation on the encoded data while using as few gates as possible. Fewer gates means fewer chances for errors to creep in.
The approach works well enough to design circuits for quantum memories of up to 16 qubits — a meaningful scale for near-term machines. And because the resulting circuits are so lean, they serve as excellent foundations for “fault-tolerant” versions, which add built-in error checks (dubbed “flag gadgets”) that catch mistakes as they happen. As a proof of concept, the team found remarkably compact circuits for a popular small error-correcting code, using fewer physical two-qubit gates than anyone had managed before.
Alongside the theory, the researchers provide accompanying software, so the whole process can be automated. The broader message: instead of treating quantum error correction as a static storage locker and computation as a risky intrusion, this work makes the two work together — protecting information not just while it’s sitting still, but while it’s being actively used.
# Quantum ErrorCorrection # Quantum Computing # Quantum AI
Researchers and drug developers weigh in on if GLP-1 drugs, like semaglutide, have real potential as longevity medicines.
Signals can be detected in the way people talk years before symptoms of cognitive decline emerge, researchers are finding.
There are other possible explanations. Previous research found that sunlight hitting KY26 and heat escaping from its surface could produce the extra push without buried water.
Another group of researchers, however, has explored a far more unusual possibility.
Harvard astrophysicist Avi Loeb and researchers Adam Hibberd and Adam Crowl have examined whether KY26 could actually be Phobos 1, an unmanned Soviet spacecraft that stopped communicating while traveling to Mars in 1988.
