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Oct 17, 2022

Two vulnerabilities affecting Dell EMC PowerStore Family Operating System

Posted by in category: robotics/AI

Dell Technologies is a leading provider of IT storage hardware solutions to promote data backup and recovery and accelerate the journey to cloud computing. Dell EMC PowerStore achieves new levels of operational simplicity and agility, utilizing a container based architecture, advanced storage technologies, and intelligent automation to unlock the power of your data. Based on a scale-out architecture and hardware-accelerated advanced data reduction, PowerStore is designed to deliverenhanced resource utilization and performance that keeps pace with application and system growth.

Oct 17, 2022

New PHP information-stealing malware targets Facebook accounts

Posted by in categories: business, cybercrime/malcode

Threat analysts have spotted a new Ducktail campaign using a new infostealer variant and novel TTPs (tactics, techniques, and procedures), while the Facebook users it targets are no longer limited to holders of business accounts.

Oct 17, 2022

Incredible Recent Discoveries in Antarctica!

Posted by in category: space

The Moon rotates around the Earth at about the same speed, as it does around its axis, that’s why we can only see one side of it. It means that 41% of its surface hasn’t been explored yet! This fact surprises many people, as we are used to thinking that we know everything about all things in the world. While even our own planet remains a mystery to us.

Oct 17, 2022

Changing direction: Research team discovers switchable electronic chirality in an achiral Kagome superconductor

Posted by in categories: biological, chemistry, quantum physics

An international research team led by the Department of Microstructured Quantum Matter at the MPSD reports the first observation of switchable chiral transport in a structurally achiral crystal, the Kagome superconductor CsV3Sb5. Their work has been published in Nature.

Whether or not an object is indistinguishable from its mirror image has important consequences for its physical behavior. Say you watch a basketball player in a mirror. The ball, the player and their surroundings are, at first glance, just the same in the mirror as in real life. But if observed closely, some details are different. The ball in the player’s now appears in their left hand in the mirror. While the mirror image still shows the same hand, it has clearly changed from a left to a right hand or vice versa. Many other physical objects also have that differ in a key aspect, just like hands, which is why scientists call them handed or chiral (from Greek χϵρι = hand). Others, like the ball, cannot be distinguished from their mirror image, which makes them achiral.

Chirality is one of the most fundamental geometric properties and plays a special role in biology, chemistry and physics. It can cause surprising effects: One version of the carvone molecule, for example, produces a spearmint smell but its chiral—mirrored—equivalent smells of caraway.

Oct 16, 2022

Developer combines Stable Diffusion, Whisper and GPT-3 for a futuristic design assistant

Posted by in categories: futurism, robotics/AI

How will we interact with computers in a few years? Probably very differently than we do today. One developer gives a taste by linking three AI systems for a digital design assistant.

For his AI-based design assistant, Twitter user Progen links three AI systems: the open-source image AI Stable Diffusion for image generation, OpenAI’s Whisper, also open source, for translating spoken words into English, and GPT-3 for dialogs with the assistant.

Continue reading “Developer combines Stable Diffusion, Whisper and GPT-3 for a futuristic design assistant” »

Oct 16, 2022

Artist uses AI to generate color palettes from text descriptions

Posted by in categories: internet, robotics/AI

A London-based artist named Matt DesLauriers has developed a tool to generate color palettes from any text prompt, allowing someone to type in “beautiful sunset” and get a series of colors that matches a typical sunset scene, for example. Or you could get more abstract, finding colors that match “a sad and rainy Tuesday.”

DesLauriers has posted his code on GitHub; it requires a local Stable Diffusion installation and Node. JS. It’s a rough prototype at the moment that requires some technical skill to set up, but it’s also a noteworthy example of the unexpected graphical innovations that can come from open source releases of powerful image synthesis models. Stable Diffusion, which went open source on August 22, generates images from a neural network that has been trained on tens of millions of images pulled from the Internet.

Oct 16, 2022

Nodes are going to dethrone tech giants — from Apple to Google

Posted by in category: futurism

Related: The feds are coming for the metaverse, from Axie Infinity to Bored Apes

That isn’t to say we’ve yet reached a decentralized utopia. Though decentralized systems are also ostensibly “trustless” systems, it is ironically trust that still must be built up in these systems for both developers and users. Whatever the disadvantages of relying on companies like Amazon, Google, Microsoft and Apple, they have banked decades’ worth of that trust, credibility and familiarity that makes it difficult for both developers and users to switch to an entirely new way of doing things.

Oct 16, 2022

Scientists Spliced Human Brain Tissue Into The Brains of Baby Rats

Posted by in categories: biotech/medical, neuroscience

Self-organizing lumps of human brain tissue grown in the laboratory have been successfully transplanted into the nervous systems of newborn rats in a step towards finding new ways to treat neuropsychiatric disorders.

The 3D organoids, developed from stem cells to resemble a simplified model of the human cortex, connected and integrated with the surrounding tissue in each rat’s cortex to form a functional part of the rodent’s own brain, displaying activity related to sensory perception.

This, according to a team of researchers led by neuroscientist Sergiu Pașca of Stanford University, overcomes the limitations of dish-grown organoids, and gives us a new platform for modeling human brain development and disease in a living system.

Oct 16, 2022

He had apparently disproved the existence of hidden variables in the experiment that he had proposed to test bell’s Theoram

Posted by in category: quantum physics

Oct 16, 2022

Simulating quantum critical dynamics in a D-Wave quantum annealer

Posted by in categories: computing, quantum physics

The best examples are simple. This is especially true in quantum computing, where complexity can get out of hand pretty fast. A team of researchers at D-Wave, with collaborators from USC, Tokyo Tech, and Saitama Medical University, recently explored a quantum phase transition — a complex subject by anyone’s standards — in a very simple 1D chain of magnetic spins. Our work, published today in Nature Physics, studies quantum critical dynamics in a coherently annealed Ising chain. Here are a few things we learned along the way.

Programmable quantum phase transitions, as ordered

Phase transitions, such as water to ice, are commonly attributed to changes in temperature. But there is another type of phase transition —-a quantum phase transition (QPT) —-where quantum effects determine the properties of a physical system, in the absence of thermal effects. In a 1D chain, spins at the end of the simulation are either “up” or “down”, and we get “kinks” separating blocks of up spins and down spins (during the simulation, spins can be in a superposition of up and down). The density and spacing of kinks depend on, among other things, the speed and “quantumness” of the experiment. In this work we guided the programmable system of spins through a QPT and investigated the effect of varying parameters such as speed, system size, and temperature.