Rupendra Brahambhatt

Quantum dots beat traditional photosensitizers at their own game. They tackle reactions once thought too tough for light-based methods.

Now, a new study flips the usual approach. Instead of asking what string theory can explain, a team of physicists searched for what it absolutely can't. This led them to 5-plet, a strange five-member particle group that, if detected through the Large Hadron Collider, could seriously shake string theory, and even offer a clue to the

Scientists have found that they can trigger and control quantum spin currents without magnets by placing graphene on a chosen magnetic material, paving way for ultrathin, next-gen quantum devices.

It's one of the creepiest places you can imagine. The abandoned psychiatric hospital on Poveglia. Image credits: Chris 73 / Wikimedia Commons

Findings from a new study place powerful limits on unknown neutrino interactions—rare events during which neutrinos bump into or affect other particles.

From muon pairs to photon signals, the ATLAS collaboration at CERN is closing in on the rarest Higgs decays—opening new paths to exploring the universe's structure.

A new study suggests dark matter might be quietly powering a hidden population at the center of our galaxy.

Engineers at University of Illinois have developed the first room-temperature, eye-safe, photopumped PCSEL by embedding silicon dioxide into the photonic crystal layer, addressing the challenge faced with special air holes.

No straps, no sockets: MIT team created a true bionic knee and successfully tested it on humans.

What happens when you 3D-print an elephant and a microlaser inside a living cell? Illustration of a 3D-printed elephant inside a cell. Credit: ZME Science/SORA.