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- 1Scientists Building World's First Biological Computer in Australia●Scientists Are Creating The World’s First Biological Computer In Australia | 10 News +
Scientists in Australia are developing what is being described as the world's first biological computer, a machine built using living biological components rather than conventional silicon circuits. The project, covered by 10 News, has drawn wide attention as researchers explore how DNA, proteins or living cells could one day perform computations with far lower energy use than traditional chips.
- 2Penn State Altoona to Hold Biology Major Information Session October 9▼Biology Major Information Session Oct. 9
Penn State Altoona will host an information session about its biology major on October 9. The session is aimed at students considering or planning to pursue the biology degree, offering details on coursework, requirements and opportunities within the program. Interested students are expected to attend to learn more about the major and ask questions of faculty or advisers.
- 3Arjun Krishnan on Designing Networks of Understanding▼Designing Networks of Understanding with Arjun Krishnan
Arjun Krishnan has been featured by the University of Colorado Anschutz in a piece titled 'Designing Networks of Understanding'. The profile highlights his work in the biological sciences, focusing on how networks can be used to make sense of complex biological data. Details of the specific projects and his current role have not been widely reported, and response to the feature has so far been limited.
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New reporting highlights how engineered enzymes could enable biological recycling of plastics that are currently difficult to process, offering a potential alternative to incineration and landfill. The approach suggests certain enzymes can break down stubborn plastic polymers into reusable components. Observers see it as a promising step for waste management, though questions remain about scaling and cost.
- 5Penn State to Hold Biology Major Information Session on October 26▼Biology Major Information Session Oct. 26
Penn State, through its Altoona campus, is holding an information session about its biology major on October 26. The session is aimed at students considering the major, offering details on coursework, requirements and career paths. Announcements have been circulated across Penn State channels in the run-up to the event.
- 6Machine Learning Reveals Hidden Danger in Low-Risk Prostate Cancer▼Hidden Aggression: Machine Learning Exposes Dangerous Biology in Low-Risk Prostate Cancer
Researchers have applied machine learning to uncover dangerous underlying biology in prostate cancers that were previously classified as low-risk. The analysis suggests some tumours considered slow-growing may in fact carry aggressive characteristics that standard assessment misses. The findings could change how patients are monitored and treated, helping doctors identify which low-risk cases actually need more urgent intervention.
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The Biohub network is expanding its artificial intelligence-driven biology data initiative, with the effort now valued at $1.8 billion. The funding scale-up signals a major commitment to building large-scale biological datasets to power AI research in medicine and life sciences, drawing attention to how heavily major research funders are now betting on AI-driven biology.
- 8100 Scientists Name the Biggest Questions in Science Today▼What Are the Biggest Questions in Science Today? 100 Scientists Weigh In.
The New York Times asked 100 scientists to identify the biggest open questions in science today, publishing their answers in a single feature. The responses span the major unsolved problems across fields, from fundamental physics and biology to climate and medicine, offering a snapshot of where researchers think the frontiers currently lie and what may define the next decades of discovery.
- 9Steven Gygi opens day two of covalent drug discovery meeting●The 2nd day of # CovModDrugDiscov gets on the way with an inspiring talk by Steven Gygi. He talked about the power of TM
The second day of the CovModDrugDiscov conference opened with an invited talk by Steven Gygi, a leading figure in proteomics. He presented how TMT multiplexing technologies enable high-throughput, residue-specific chemoproteomics, a method relevant to identifying targets of covalent inhibitor drugs. Attendees described the talk as inspiring, and the meeting continues to draw discussion across chemistry and chemical biology communities.
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New reporting suggests regular physical activity may slow biological aging in breast cancer survivors. The claim points to exercise potentially reducing markers of cellular aging in women who have completed treatment. Coverage in cancer nursing publications is highlighting the finding as encouraging news for survivorship care, though no study details are provided in the current reports.
- 11Nobelist Venki Ramakrishnan Explains Why We Die●Nobelist Dr. Venki Ramakrishnan On Why We Die & Our Quest For Immortality
Nobel Prize-winning biologist Venkatarese 'Venki' Ramakrishnan is discussing why humans age and die, and whether science can ever push back against mortality. Speaking around the themes of his work on the science of aging and longevity, he addresses current quests for immortality, from anti-aging research to the hype surrounding life-extension claims, offering a scientist's skeptical perspective on what biology does and does not allow.
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The University of Pennsylvania is highlighting a creative approach to teaching biology, according to a feature in Penn Today. The piece spotlights new methods aimed at making biology education more engaging, though the available information does not detail the specific techniques, instructors, or outcomes involved. Little beyond the headline is currently known about the initiative or the reaction to it.
- 13NASA releases latest space life science research update▼NASA Spaceline Current Awareness List #1,219 2 October 2026 (Space Life Science Research Results)
NASA has issued edition number 1,219 of its Spaceline Current Awareness List, dated 2 October 2026, a regular digest covering recent results in space life science research. The roundup compiles new findings relevant to human spaceflight, biology in space and astrobiology, serving as a reference resource for researchers tracking developments in how living systems respond to space environments.
- 14Current Biology Publishes Feature on Microplastic Ecology●this week's feature in # CurrentBiology is about the # ecology around # Microplastics and # plasticPollution : https://
Current Biology has published a feature article this week examining the ecology of microplastics and plastic pollution. The piece is being shared among science and environment readers, who highlight it as covering one of the major environmental problems facing humanity. The feature focuses on how plastic waste interacts with ecosystems.
- 15Hundreds of Groups Oppose Endangered Species Attacks in Permitting Bill●Hundreds of Organizations Oppose Endangered Species Attacks in Permitting Legislation
Hundreds of conservation and environmental organizations have signed on to oppose legislation they say includes attacks on the Endangered Species Act through permitting reforms. The opposition campaign, organized around the Center for Biological Diversity, argues the bill would weaken protections for imperiled wildlife under the guise of speeding infrastructure approvals. Critics are urging lawmakers to strip the endangered species provisions from the permitting legislation.
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A Johns Hopkins News-Letter opinion piece argues for a sober assessment of the risk that artificial intelligence could enable biological weapons. Rather than alarmism or dismissal, the article calls for a realistic weighing of what current AI systems can and cannot do when it comes to designing or acquiring bioweapons. The debate reflects wider concern among scientists and policymakers about how AI tools might lower barriers to dangerous biology.