Current Biology

Scientific American's latest science roundup covers the rising energy demands of artificial intelligence, ongoing efforts to detect subatomic particles, and research into an amoeba that thrives at extreme temperatures. The episode ties together the environmental cost of the AI boom with fundamental physics and biology discoveries, offering a snapshot of current conversations across science news.

A survey of 100 scientists sets out what researchers consider the biggest unresolved questions in science today, spanning fields from physics to biology. The piece is drawing attention for its rare, broad snapshot of where leading experts think the frontiers of knowledge currently lie and which problems they most want answered.

Microsoft has introduced Quine, a new AI research system built to handle the complexity of biology. The company positions the system as a tool for scientific research in the life sciences, where data and systems are unusually intricate. Details about its capabilities and availability have not yet been widely reported.

Readers are revisiting Stanisław Lem's 1964 book Summa Technologiae, in which the Polish author argued that machine intelligence would evolve in directions so alien and non-biological that humans might not even recognise it as thinking. Commenters highlight his anticipation of concepts like the evolution of machine systems, drawing parallels to today's discussions about advanced AI developing beyond human comprehension.

A new review examines how reactive oxygen species affect telomeres and telomerase in cancer cells, auditing the current evidence on redox control of chromosome ends. The piece weighs how oxidants can drive telomere shortening and genomic instability, while tumors exploit antioxidant systems to maintain immortal cell division.

Researchers have introduced a new web tool that maps the atomic-level contacts — described as 'atomic handshakes' — that determine how proteins function. By visualizing these fine-grained interactions, the tool aims to help scientists better understand protein behavior and support work in drug design and bioengineering. Coverage is currently limited, with details on the developers and availability not yet widely reported.

Nobel Prize-winning biologist Venki Ramakrishnan has given an interview with India Currents discussing longevity science, what he calls arrogance in the tech industry, and the current frontiers of biological research. The chemist, known for his work on the ribosome, shares his views on whether humans can realistically extend lifespan and where biology is heading next.

Laboratory management professionals are highlighting the need for formal biosafety oversight when artificial intelligence systems direct wet-lab experiments. The concern is that AI-designed protocols could bypass traditional risk review, creating biological safety and security gaps. Discussion centres on updating institutional biosafety committees and lab protocols to cover AI-generated experiment designs before they are carried out in facilities.

An online biology lesson explaining the structure of flowers and sexual reproduction in flowering plants, aimed at Class 12 students, has attracted large engagement under the teaching of Nidhi Ma'am. The lesson covers flower anatomy and reproductive processes from the Class 12 biology syllabus, and is currently drawing significant interest among students preparing for board exams.

Emilia Redolar, a researcher at the Open University of Catalonia (UOC), argues that claims that being trans is a social trend run counter to biology. She says the brain always works to fit the body and identity together, and that framing trans identity as a fashion ignores neuroscience. Her comments come amid ongoing public debate over trans identity and youth.

A new study published in Current Biology reports that the macaque inferior temporal cortex encodes object position in perceptually aligned coordinates, while current artificial vision networks do not. The finding suggests a fundamental gap between primate visual processing and modern computer vision models, and is drawing attention among neuroscience and AI researchers interested in how biological and artificial perception differ.

Nature has published a piece examining what the fossil record reveals about ancient life, drawing together current paleontological findings. The article highlights how fossil evidence continues to reshape scientific understanding of early organisms and Earth's biological history, prompting discussion among researchers and science readers about the evolving picture of life's deep past.

A scientific evidence map summarising research on skull bone channel biology has been released via EurekAlert, the science news release service. The figure compiles what is currently known about tiny channels within skull bone, a topic of growing interest in neuroscience and anatomy. Little further detail accompanies the release, and reaction so far appears limited.

A widely shared optical illusion is being used to demonstrate a surprising gap in how artificial intelligence systems see, mirroring the way the human visual system fills in blind spots. The test shows AI vision models can miss what people perceive, highlighting differences between machine and biological perception and prompting discussion about the limits of current computer vision technology.

Researchers report the identification of a new biological mechanism that drives osteoarthritis, the world's most common joint disease. The finding, covered by science news outlets, could open fresh avenues for treating a condition that currently has few options beyond pain management and, eventually, joint replacement surgery.

Technology Review's weekday newsletter leads with a new biological de-aging contest, in which competitors race to reverse biological age, alongside an examination of why large language models do not genuinely reason. The pairing highlights ongoing debate over longevity science and the limits of current AI systems, both prominent topics in tech circles.

NASA has published issue number 1,218 of its Spaceline Current Awareness List, dated 25 September 2026, compiling recent results in space life science research. The regular digest gathers new findings on how living systems respond to spaceflight, a resource used by researchers studying astronaut health and biology in orbit.

A new industry report examines the U.S. biological buffers market, outlining current trends, innovation activity and future outlook for the sector, which supplies essential reagents used in research, diagnostics and biopharmaceutical manufacturing. The analysis is aimed at companies and investors tracking growth drivers and competitive dynamics in laboratory and life-science consumables.