By combining light-responsive muscle cells with a specially engineered gel film, MIT researchers have developed a miniature swimmer that could open new possibilities for soft robotics.
https://t.co/w83RuCuc55
Pregnancy can temporarily change biological-age measurements, but researchers are investigating whether the time mothers have to recover between births could influence what happens next.
https://t.co/zxFa6CuwvJ
Across five European countries, researchers found a consistent difference in how urban birds respond to approaching people, but the reason behind the behavior remains unclear.
https://t.co/FAP7A33c1X
A surprising signal from oxygen nuclei smashed together at high energies could help scientists determine just how small a collision can be and still recreate the universe's primordial matter.
https://t.co/fkXtwbG3fG
A high-resolution supercomputer simulation reveals how turbulence can rapidly amplify magnetic fields after neutron stars merge, offering new clues about the formation of some of the universe's most extreme objects.
@arxiv
https://t.co/83HZAwHbfC
A precisely controlled positron could help researchers test whether matter and antimatter behave exactly as fundamental physics predicts, potentially opening a new window into the universe's biggest mystery.
@NorthwesternU
https://t.co/scGnxgPxPg
Inspired by magnetic fields in plasma, physicists have identified mathematical constraints that may preserve certain gravitational structures as spacetime evolves, opening a new avenue for exploring extreme cosmic events.
https://t.co/KEzFeileiK
A new theoretical study links the speed of thermalization to fundamental quantum limits, offering fresh insight into how physical systems approach equilibrium.
@UABBarcelona
https://t.co/6H6k4q8kGM
Using @almaobs 's sharpest observations, astronomers have uncovered rings and gaps in compact disks, raising new questions about how planets form close to young stars.
https://t.co/RTKwElby8S
A new evolutionary proposal from @Flinders researchers challenges conventional thinking about the nervous system and raises questions about the gut's ancient role in survival.
https://t.co/EvNuo9GZNd
Computer simulations reveal how seasonal changes and the Sun's magnetic field influence waves at Earth's magnetic boundary, offering new clues about the space weather around our planet.
@UniOulu
https://t.co/GvBE2ypqLH
Three anchors and dozens of ancient storage jars are offering researchers a rare glimpse into maritime trade during a transformative period of Mediterranean history.
https://t.co/TMmxc3TOA9
A Bristol University experiment combines living neural tissue with artificial sensors, revealing how biological networks could help computers process tactile information.
@BristolUni
https://t.co/YvVKTXxGPI
A new control technique helps silicon quantum bits maintain remarkable accuracy when operated together, addressing a major challenge in building larger quantum processors.
@riken_en
https://t.co/Yi3cpYd9jH
A new study reveals how an unexpected connection between invasive animals, seabirds and native forests could influence the future of vulnerable tropical islands.
https://t.co/Shs3eKcZz9
Research laboratories consume substantial energy, but their biggest sources of emissions may not be obvious. A new tool aims to help scientists find out where to act.
https://t.co/6rcHWYkxkd
Researchers are sending lab-grown human brain and cardiovascular tissues into orbit, where an unusual environment could reveal clues about the body's response to stress.
@SpaceX@NASA@MountSinaiNYC
https://t.co/OwQo2LKyBX
Minerals preserved inside a rare rock reveal an unexpected sequence of heating and cooling, raising new questions about how Earth's crust sinks deep into the mantle.
@SyracuseU
https://t.co/fO3vazAL8o