Woods Hole, Mass. (Oct. 28, 2026) — A research vessel more accustomed to supporting science on the open ocean is embarking on ...

These ideas for prioritizing space—both physical and temporal—for science can help teachers give the subject the attention it ...

Simulations show that accelerating biochemical reactions could boost DNA-based particle motor speeds beyond 200 nanometers ...

The ATLAS collaboration found strong evidence that Z bosons produced in Higgs boson decays are quantum-entangled, extending ...

When UC San Diego scientists visited a second grade classroom at Bird Rock Elementary on March 16, they set out to teach the ...

Millions of invisible particles from the sun and distant space stream through our bodies every second. Most pose little risk ...

When an electron meets a positron, both vanish. Their mass turns into energy and nothing is left of either particle. That is the main reason positrons are so hard to study. There is no jar to keep ...

These elusive and reactive particles have been challenging to hold on to and even more challenging to study, but a new method paves the way for tests on the differences between matter and antimatter.

Buried in Antarctic ice, the IceCube detector has captured rare ghost particles from deep space, and shed light on cosmic ...

Presented at the ICHEP 2026 conference, the results investigate rare processes that could offer clues about phenomena beyond ...

Kenan Fellow Kim Smith turned 120 hours with Nutrien into a field lab day for 81 Northeast Elementary School students ...

Northwestern University scientists have trapped a single positron, the antimatter counterpart of an electron, for months ...