Science Advances

Singapore's Agency for Science, Technology and Research (A*STAR) and the National University of Singapore have jointly launched a new laboratory dedicated to advancing synthetic biology. The initiative, announced with the support of the Singapore Economic Development Board, aims to strengthen research capacity and drive innovation in the field, supporting Singapore's ambitions in biotechnology and the bioeconomy.

Researchers have proposed a chemistry-based early warning system to detect harmful algal blooms before they become dangerous. The approach relies on chemical cues released by the bloom-forming organisms, potentially giving coastal communities and aquaculture operators advance notice of toxic events. A Phys.org article covers the work and links to the underlying open-access paper, which has drawn interest among ocean and pollution researchers.

A quadruped robot dog has run a full 42.2-kilometre marathon on a single battery charge, finishing faster than the average human runner. The feat, reported by Popular Science, highlights rapid progress in legged-robot endurance, battery efficiency and locomotion control, prompting discussion about how soon such machines could handle real-world delivery, inspection and rescue work.

Washington State University researchers report that citizen science projects are advancing understanding of how grasses adapt to their environments. By drawing on observations contributed by volunteers, scientists can gather data on grass populations across wide geographic areas that would be difficult to collect alone. The findings highlight the growing role of public participation in ecological and climate-related research.

Estonia has announced a partnership with French AI biotech company Owkin to advance sovereign AI capabilities in biology and health research. The collaboration aims to develop AI tools for biological data while keeping control of national data and infrastructure. The two governments and media outlets in the region reported the deal, highlighting it as a step toward technological independence in life sciences.

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.

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.

Researchers report a breakthrough in controlling supramolecular materials with unprecedented precision, allowing molecular building blocks to be assembled with far greater accuracy than before. Announced via Northwestern University news outlets, the advance could influence fields ranging from drug delivery to self-healing materials and nanotechnology, drawing attention from materials scientists seeking finer control over how complex molecular structures form and behave.

NASA reports that research conducted aboard the International Space Station by the Crew-13 mission is advancing work in human health, food production, and deep-space science. The findings are being highlighted as part of the agency's effort to show how station experiments support future long-duration missions and benefit life on Earth.

Researchers report that they have pushed superconductors past their usual current limit, a benchmark that has long constrained practical applications of the technology. The advance could matter for fields that rely on carrying large currents without resistance, such as magnets, power transmission and quantum devices. Details of the method and how broadly it can be applied remain to be seen as the work circulates among science readers.

CellsBin has raised a Series A round led by 108 BioCapital to advance its rare-cell intelligence platform, which focuses on the analysis and detection of rare cells. The funding is expected to support the company's technology development and commercialisation efforts in the life sciences sector.

Life science real estate markets are showing signs of recovery, with excess laboratory and office space being converted to meet demand from advanced technology tenants. The shift suggests a rebalancing of the commercial life sciences property sector, which had been weighed down by surplus space, as advanced tech manufacturing and research drive new occupancy.

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.

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.

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.

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 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.

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.

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.

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.

A Popular Science report highlights that octopuses can use mirrors, adding to growing evidence of their unusual intelligence among invertebrates. Mirror self-recognition has long been considered a marker of advanced cognition, previously demonstrated mainly in mammals, birds and fish. The finding is drawing interest from scientists and marine biology enthusiasts discussing what it reveals about the evolution of intelligent behavior.