Science Advances

A new study published in Science Advances examines the mechanics and physics behind the extraordinary flexibility and dexterity of octopus arms. Commenters are sharing the paper while praising octopuses for their intelligence and skill, with some taking the opportunity to criticise Prevagen, the memory supplement marketed with jellyfish ingredients that regulators have challenged. The research is drawing attention for its insights into soft-body movement and potential robotics applications.

Physicist Jia Leo Li has been selected as a 2026 Experimental Physics Investigator by the Gordon and Betty Moore Foundation, a program that supports leading experimental researchers with substantial, flexible funding. Announced by the College of Natural Sciences, the honor recognizes Li's contributions to experimental physics and will help advance his research program.

Students in McDonald County High School's advanced biology class in Missouri are analyzing algae found in sediment samples taken from the Gulf, according to the McDonald County Press. The project gives the class hands-on field science experience, connecting their rural classroom to marine ecosystems far from their community. The local paper highlighted the coursework as an example of advanced science education in the district.

Researchers have made exciton wavefunctions directly visible in an experimental advance reported by Physics World. Excitons — bound pairs of electrons and holes that govern optical properties of semiconductors — have until now been characterised indirectly. Being able to image their wavefunctions could improve understanding of light-matter interactions and support development of optoelectronic and quantum materials.

Life science real estate markets are showing signs of improvement as landlords convert excess laboratory and office space to advanced technology tenants. Industry analysts say the shift is absorbing vacancy left by a slowdown in biotech demand, easing pressure on markets such as Boston and San Francisco while supporting growth in data center and AI-related facilities.

Researchers report the development of a new qubit that could be up to 100 times less error-prone, based on a superfluid approach to quantum computing. Error rates remain the biggest obstacle to building practical quantum computers, so a design that dramatically reduces errors would mark a significant step toward machines capable of running complex, reliable calculations. The announcement is drawing attention across the science and technology press.

PLOS, the open-access publisher, has announced a partnership with the Chinese Academy of Sciences to run a joint open science programme. The collaboration aims to advance open access publishing and open research practices in China, one of the world's largest producers of scientific research. Details of funding, scope and timeline have not yet been made public.

A physicist at the University of California, Riverside has received five years of funding from the Gordon and Betty Moore Foundation to advance quantum research. The award is being described as a significant boost for quantum science at the university, providing long-term support for the physicist's work in the field.

Researchers at Northwestern University report a breakthrough in controlling the structure of supramolecular materials, achieving a new level of precision in how their molecular components assemble. The advance could matter for fields ranging from medicine to materials science, and is being picked up across science news coverage.

The University of Arizona College of Medicine – Phoenix is highlighting Julie E. Bauman, MD, MPH, in its Women in Medicine and Science feature. Bauman, a physician-leader known for her work in cancer care and research, is presented as an example of women advancing in academic medicine and science, drawing attention to their contributions in the field.

Research published in Science describes aerial-aquatic robots designed to exceed what biological animals can do when moving between air and water. The work draws on principles from animals such as diving birds and flying fish, but pushes performance past natural limits in speed, endurance or transitions between the two environments. It points to possible uses in environmental monitoring, search and rescue, and exploring hard-to-reach coastal or marine areas.

AFCEA International highlights how foundational quantum research and development is expanding what is technologically possible. The piece frames basic quantum science as the groundwork for future advances in computing, communications and sensing, arguing that early-stage research now will shape military and civilian capabilities later. It reflects growing government and industry investment in quantum technologies worldwide.

California has signed new fusion energy legislation and announced a $30 million investment in quantum technology. The dual move signals the state's intent to build on its leadership in advanced energy and computing research, supporting commercialization efforts in both fusion power and quantum science. The announcement was reported by The Quantum Insider.

South Korean biotech Qurient announced that its research has been published in Science Advances, showing that its selective CDK7 inhibitor Q901 works synergistically with TOP1 inhibitor-based antibody-drug conjugates. The finding supports combining Q901 with established cancer treatments and may strengthen the company's position in oncology drug development, drawing attention from investors and the biomedical research community.

Kean University in New Jersey has been awarded a $500,000 grant from the National Science Foundation to advance education and research in CyberAI. The funding will support the university's efforts to combine cybersecurity and artificial intelligence in its academic programs. The announcement was made by the university and covered by regional news outlets in New Jersey.

The Alabama School of Mathematics and Science has been rated one of the top 25 best public high schools in the United States. The Mobile-based residential school, which serves talented students from across the state, earned the recognition in a new national ranking. It is a notable milestone for the specialty STEM school, which has long focused on advanced math and science education for Alabama students.

The University of Vermont will lead a $19 million national observatory for advanced biological imaging. The funding establishes a hub for cutting-edge microscopy and imaging technologies serving researchers nationwide, positioning UVM as a national leader in biological sciences infrastructure. Further details about the observatory's partners, location and research priorities have not yet been widely reported.

Insilico Medicine says it will take part in three major international summits in early October, presenting its work on AI-driven drug discovery and longevity science. The Hong Kong-based biotech company is known for using generative AI to design drug candidates, and the appearances are part of its effort to showcase research progress and partnerships to the global scientific and investment community.

Researchers at MIT report that an artificial intelligence system constructed its own physics simulator and applied it to redesign graphene, the one-atom-thick carbon material prized for its strength and conductivity. The result suggests AI can go beyond analysis to invent new tools for scientific simulation, a step with potential implications for materials science and engineering.