A “Light Conveyor Belt” on a Chip Can Steer Nanoparticles on Curvy Routes—Then Bring ’Em Back
A new Nature Communications study shows a chip that uses sculpted light to move nanoparticles along curvy paths—and send them back.
A “Light Conveyor Belt” on a Chip Can Steer Nanoparticles in Loops—No Tweezers Needed
A new Nature Communications study touts a chip-based “light conveyor” that moves nanoparticles along curvy paths—and back—without touching them.
Copper, light, and a chemistry headache: a new way to make the “wrong” alcohol on purpose
Copper catalysts activated by light could finally make anti‑Markovnikov hydration work on plain alkenes—opening cleaner routes to primary alcohols for drugs and materials.
The U.S. Just Dropped More “UAP” Files—And They’re Mostly a Lesson in How Little We Know
The U.S. released new UAP files—photos, videos, reports. No alien proof, just a blunt reminder: lots gets seen, not much gets nailed down.
The U.S. Just Dropped More “UAP” Files—Photos, Videos, Reports, and Plenty of Shrugs
The U.S. released more UAP files—photos, videos, and reports. No alien reveal, just a clearer look at how the government logs what it can’t ID.
Copper, light, and a chemistry hack that finally flips alkene hydration the “wrong” way
Photoactivated copper catalysts aim to crack anti-Markovnikov hydration—making primary alcohols from common alkenes, not just “activated” lab favorites.
