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- 1Paper-thin robot powered by muscle cells swims through mazes▼Powered by muscle cells, a paper-thin robot swims through watery maze
MIT researchers have built a paper-thin swimming robot that moves using living muscle cells rather than motors. The soft robotic swimmer can navigate through watery mazes, demonstrating precise control of biohydraulic movement in a device thin enough to be flexible like paper. The work highlights growing progress in biohybrid robotics, where engineered living tissue is combined with synthetic materials to create machines that move in ways conventional robots cannot.
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Researchers have developed the most accurate atomic clock ever built, according to a report published by Phys.org. The new clock advances precision timekeeping, a field that underpins GPS navigation, telecommunications and tests of fundamental physics. Details of the team behind the device and its exact performance figures were not included in the available information.
- 3AI in Schools: A 'Wild West' With Little Research▼Welcome to the 'Wild West' of AI in schools: Research is scarce, but experiments abound
Schools across the country are rapidly adopting artificial intelligence tools for teaching and administration, but experts warn the technology is being deployed with almost no rigorous research behind it. NPR describes the current landscape as a 'Wild West,' with experiments abound while evidence on how AI affects learning remains scarce, leaving educators and parents to navigate unproven tools largely on their own.
- 4World's most accurate atomic clock passes a crucial test▼World’s most accurate atomic clock passes a crucial test
The world's most accurate atomic clock has passed a crucial test, confirming the precision and reliability of the timekeeping technology. Atomic clocks underpin GPS, telecommunications and fundamental physics research, so any advance in accuracy is closely watched by scientists. The result is being reported as a milestone in precision measurement, though details of the test and the team behind it are not specified.
- 5US reef robot finds coral pillar with 25 times more fish▼In 2026, a US reef robot found one coral pillar hiding nearly 25 times more fish and followed reef sounds
A US underwater robot has located a coral pillar hiding nearly 25 times more fish than surrounding reef, using reef sounds to navigate and identify hotspots. The 2026 finding suggests acoustic monitoring could transform how scientists survey reefs and prioritize conservation of dense fish habitats.
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New analysis from the Centre for Economic Policy Research examines how geoeconomic risk—tensions over trade, sanctions and geopolitics—shapes US stock market behaviour. The work looks at how investors price and navigate these risks, and what they mean for asset returns and portfolio decisions at a time of heightened global economic uncertainty.
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New survey findings indicate that Alaskans are growing more negative in their views of the economy and of President Trump, according to Navigator Research. The polling suggests cooling sentiment in the state on economic conditions and on the president's performance more broadly. The results add to a wider picture of shifting public opinion on the economy heading into the current political season.
- 8Songbirds may share navigation tips mid-flight, research suggests●🕊️ # News : Fascinating # research finds # song # birds 🦉🦅🐦 communicate mid-flight with other species, possibly sharing
New research suggests songbirds communicate with other species while migrating, possibly exchanging navigation information mid-flight. The findings challenge the long-held view of birds as solitary migrants and have sparked interest among birdwatchers and conservationists. The research was shared alongside a campaign urging protection of migratory birds and a boycott of palm oil, which conservationists link to habitat destruction.
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Physics Today is offering guidance on building professional relationships that endure over the course of a career. The piece speaks to scientists and early-career professionals navigating networking, collaboration and mentorship in a field where long-term contacts often shape research opportunities and career advancement.
- 10New book examines political polarization's toll on close relationships▼New book explores how political polarization affects close relationships
A newly released book explores how political polarization strains close relationships, examining how divided political views affect families, friendships and romantic partnerships. The work, published with the involvement of researchers at the University of Illinois Urbana-Champaign, looks at how people navigate disagreement with those closest to them. It comes as political divisions increasingly shape personal life, making the topic one of broad public interest.
- 11NASA's SWOT Mission Maps 100,000 Underwater Mountains From Space▼Mapping 100,000 Underwater Mountains From Space: Inside NASA’s SWOT Ocean Mission
NASA's SWOT satellite mission is being credited with mapping roughly 100,000 previously uncharted underwater mountains, or seamounts, from orbit. By measuring subtle variations in the ocean surface caused by the gravity of undersea peaks, the mission is giving scientists a far more detailed picture of the ocean floor than ship surveys ever managed, with implications for navigation, ocean circulation research and understanding deep-sea ecosystems.
- 12Ohio University professor studies how bats use echolocation▼Modern Science: An Ohio University professor studies the mechanisms behind bats using echolocation
An Ohio University professor is researching the biological mechanisms that allow bats to navigate and hunt using echolocation. The work, featured by WOUB, explains how bats emit sounds and interpret returning echoes with remarkable precision. The research highlights ongoing scientific interest in animal sensory systems and their potential applications.
- 13MIT's Paper-Thin Aquabot Swims Using Living Muscle Cells▼Living Muscle Cells Power a Paper-Thin MIT Aquabot Through a Maze
MIT researchers have developed an aquabot — a paper-thin swimming robot powered by living muscle cells rather than motors or batteries. The cell-driven swimmer can navigate its way through a maze, demonstrating precise, untethered movement at tiny scales. The work highlights how biological actuators could enable soft, miniature robots for medicine or environmental sensing, and it is drawing attention across robotics and biotech communities.
- 14Potsdam conference examines social media's impact on young people●📱 Wie prägt Social Media junge Menschen? Einerseits Chancen für Bildung und Teilhabe, andererseits Risiken der Desinform
The international conference "Youth in a Digital Society" takes place at the University of Potsdam on 8 and 9 October, addressing how social media shapes young people. Organisers highlight both sides of the issue: opportunities for education and participation, but also risks from disinformation and psychological strain. Researchers and practitioners are expected to discuss how societies can support youth in navigating digital platforms.
- 15New GrandTour Dataset Aims to Teach Legged Robots▼Schooltime for Robots: The GrandTour Multi-Modal Legged Robotics Dataset
Researchers have released GrandTour, a multi-modal dataset for legged robotics, described as 'schooltime for robots'. The dataset is intended to help four-legged and other walking machines learn to navigate by combining multiple types of sensor data gathered during real journeys. Details of its contents and the team behind it have not been widely reported yet, but it is being presented as a resource for training more capable walking robots.
- 16Robot that falls like a maple seed can sail on water●Researchers build a robot that falls like a maple seed and sails across water
Researchers have built a small robot that mimics the spinning fall of a maple seed and can glide across the surface of water. The design pairs lightweight rotational descent with sailing capability, drawing attention for its elegant bioinspired engineering and potential uses in environmental monitoring or distributed sensing from the air and water.
- 17Bay Area Manufacturing Labor Market Under the Spotlight●Making It In the Bay: Bay Area Manufacturing Labor Market Analysis
The UC Berkeley Labor Center has released a new analysis of the Bay Area manufacturing labor market, titled 'Making It In the Bay.' The report examines employment conditions, wages, and workforce trends in the region's manufacturing sector, offering data to inform policymakers, workers, and employers navigating an evolving local economy.
- 18MIT Develops Quantum Sensors That Measure Multiple Properties at Once●Multitasking quantum sensors can measure several properties at once
Researchers at MIT have demonstrated quantum sensors capable of measuring several physical properties simultaneously, rather than one at a time. The multitasking approach could make sensing devices more efficient and compact, with potential uses in energy systems, navigation, and fundamental physics research. The work is drawing attention from the scientific community as a step toward more versatile quantum technology.