Science Central

A new opinion column asks where life actually begins, arguing that the conventional biological definition deserves reconsideration. The piece weighs scientific criteria for life against long-standing assumptions, touching on questions that overlap with debates over embryology and reproductive policy. It invites readers to separate biological evidence from moral and legal conclusions, prompting discussion about how science should define the starting point of life.

The Second Conference on Attribution Science and Climate Law is underway, with Day Two's third session continuing discussions on how scientific attribution of extreme weather and climate impacts can be used in legal proceedings. The event, organized by the Sabin Center for Climate Change Law, brings together experts exploring how evidence linking emissions to specific harms is shaping climate litigation and liability.

The Second Conference on Attribution Science and Climate Law is underway, with Day Two Session 2 discussions led by the Sabin Center for Climate Change Law. The event brings together experts examining how climate science can attribute extreme weather events to emissions, a question increasingly central to climate litigation and liability claims worldwide.

Meteorologist Shel Winkley, with the nonprofit research group Climate Central, has released a video explaining the interaction between climate change and the El Nino weather pattern, dated 2026. The explainer breaks down how rising global temperatures influence El Nino's effects on rainfall, drought and heat around the world. It forms part of Climate Central's ongoing effort to connect climate science to everyday weather for general audiences.

A lesson covering the human central and peripheral nervous systems is circulating among science enthusiasts, presented as part of a full course on the study of cognition. The material introduces how the brain, spinal cord and nerves interact, and is tagged for audiences interested in psychology, neurology and brain science.

A University of Central Florida-led study finds that coastal flooding tends to occur at predictable times, a finding that could help communities better anticipate and prepare for flood events. The research offers a clearer framework for forecasting when nuisance and tidal flooding are most likely to strike vulnerable shorelines.

Cultural resource management firms, often overlooked in discussions of archaeology, carry out the bulk of archaeological work in the United States. Some observers estimate these companies conduct up to 90% of the archaeological research performed in the U.S. each year, making them a major source of archaeological data. The article highlights their central role in documenting and preserving cultural heritage.

WIRED examines optogenetics, the technique of controlling neurons with light that earned a Nobel Prize in Physiology or Medicine in 2013. The piece explains how light-sensitive proteins allow researchers to switch specific brain cells on or off, a method now central to neuroscience research into brain circuits, behaviour and potential treatments for neurological conditions.

Attribution science, the field that links specific extreme weather events and damages to fossil fuel emissions, is being explained in a new piece highlighting its growing role in climate litigation. The field is increasingly used in lawsuits against oil companies, which is why industry-funded skepticism targets it. Supporters call it critical evidence; critics funded by fossil fuel interests dispute its findings.

A science minister has declared that 'transformation is our central priority', signalling that reform of the research and higher-education system is at the top of the government's science agenda. The statement suggests significant policy changes may be ahead for universities, funding bodies and researchers, and it is drawing attention from the scientific and academic communities watching for concrete details.

A new European initiative dedicated to theistic perspectives on science has been launched, positioning itself as a central hub for scholars and thinkers exploring the relationship between faith and scientific inquiry. Observers see it as part of a broader effort to strengthen dialogue between religion and science in Europe, where such debates often receive less institutional support than in North America.

A new physics study reported via EurekAlert! examines how predictability can emerge within systems that are fundamentally chaotic or unpredictable. The research explores the conditions under which order and reliable patterns arise from randomness, a question central to chaos theory and complex systems science. Details of the research team and findings remain limited in the available coverage.

Researchers at the University of California, Davis report that a male-specific structure in flies offers new insight into how evolution generates entirely new body parts. The work, highlighted by UC Davis's College of Biological Sciences, suggests such organs can arise from the repurposing of existing genetic and developmental programs rather than from scratch, shedding light on one of biology's central questions.

A new analysis argues that artificial intelligence works more like a human brain than a database, and traces the reason back to the field's origins. The article points out that cognitive science played a central role in AI's founding, shaping systems that model human thinking rather than simply storing and retrieving information. Commentators say the piece offers useful context for ongoing debates about whether AI truly understands language or merely simulates comprehension.

A New York Times opinion piece argues that new scientific findings are rattling oil companies as a case heads to the US Supreme Court. The science in question is expected to play a central role in litigation over fossil fuel companies' climate liability. Commenters are sharing the article widely, debating how attribution science could reshape the legal exposure of major oil producers.

A new technical explainer is making the rounds on how copy-on-write works in operating systems. The article walks through how a process can 'copy' memory lazily: both processes share the same physical pages until one writes to them, at which point the kernel duplicates only that page. The piece covers why this technique is central to fork, virtual memory efficiency, and overall system performance.