Intel is planning to launch its next-gen Arc Battlemage desktop GPUs next month, competing in the mid-range segment against Intel & AMD.
Intel Expected To Reveal Decisive Information Around Arc Battlemage “Desktop” GPUs Next Month, Setting The Tone For Next-Gen GPU Markets
Although Intel’s first-gen Arc Desktop GPUs saw little success in the gaming segment, the next-gen is now planned for an unveiling next month.
Aiming to rival global tech hubs, Saudi Arabia’s new AI project targets innovation, infrastructure, and talent development.
A research team from the University of Basel has succeeded in synthesizing simple, environmentally sensitive cells complete with artificial organelles. For the first time, the researchers have also been able to emulate natural cell-cell communication using these protocells—based on the model of photoreceptors in the eye. This opens up new possibilities for basic research and applications in medicine.
Researchers at the University of São Paulo (USP) in Brazil have developed a novel nanotechnology-based solution for the removal of micro-and nanoplastics from water. Their research is published in the journal Micron.
After 20 years, the biggest experiment in history is ready: This is what it will show. It is called the ALICE experiment which is set to operate soon.
For example, enhancers (DNA segments that promote gene expression) and gene promoters (regions that initiate transcription) can interact more readily in open, accessible regions of chromatin.
On the other hand, DNA in tightly packed chromatin regions remains less active. Through analyzing these contact points, researchers have developed models to map chromatin configurations across various species, such as humans, mice, birds, and more recently, turtles.
In a recent paper published in the journal Genome Research, Valenzuela’s team described the chromatin arrangement in the genomes of two turtle species, the spiny softshell and northern giant musk turtles, uncovering a structure previously unobserved in other organisms.
Researchers found that neural crest stem cells are uniquely capable of reprogramming, challenging current reprogramming theories and opening possibilities for stem cell-based treatments.
A research team from the University of Toronto has identified that neural crest stem cells, a group of cells found in the skin and other parts of the body, are the origin of reprogrammed neurons previously found by other scientists.
Their findings refute the popular theory in cellular reprogramming that any developed cell can be induced to switch its identity to a completely unrelated cell type through the infusion of transcription factors. The team proposes an alternative theory: there is one rare stem cell type that is unique in its ability to be reprogrammed into different types of cells.
Carbon is a gregarious little atom, bending over backwards to link with a wide variety of elements in what is collectively referred to as organic chemistry. Life itself wouldn’t be possible without carbon’s knack for making connections.
Yet even this friendly fellow has its limits. Take Bredt’s rule for instance, which says stable two-laned connections known as covalent double bonds won’t form adjacent to any V-shaped bridges that happen to form across ‘bicyclic’ molecules.
Now a team of chemists from the University of California, Los Angeles has uncovered a solution that violates Bredt’s century-old rule. This encourages future drug research to explore the use of molecules that we thought could not exist.
Google DeepMind has unexpectedly released the source code and model weights of AlphaFold 3 for academic use, marking a significant advance that could accelerate scientific discovery and drug development. The surprise announcement comes just weeks after the system’s creators, Demis Hassabis and John Jumper, were awarded the 2024 Nobel Prize in Chemistry for their work on protein structure prediction.
AlphaFold 3 represents a quantum leap beyond its predecessors. While AlphaFold 2 could predict protein structures, version 3 can model the complex interactions between proteins, DNA, RNA, and small molecules — the fundamental processes of life. This matters because understanding these molecular interactions drives modern drug discovery and disease treatment. Traditional methods of studying these interactions often require months of laboratory work and millions in research funding — with no guarantee of success.
The system’s ability to predict how proteins interact with DNA, RNA, and small molecules transforms it from a specialized tool into a comprehensive solution for studying molecular biology. This broader capability opens new paths for understanding cellular processes, from gene regulation to drug metabolism, at a scale previously out of reach.
The unexpected discovery of a geometric phase shows how math and physics are tightly intertwined.
I didn’t find math particularly exciting when I was in high school. To be honest, I only studied it when I went to university because it initially seemed quite easy to me. But in my very first math lecture as an undergraduate, I realized that everything I thought I knew about math was wrong. It was anything but easy. Mathematics, I soon discovered, can be really exciting—especially if you go beyond the realm of pure arithmetic.
