Archives
Research Reveals Exotic Quantum States in Double-Layer Graphene
Researchers from Brown and Columbia Universities have demonstrated previously unknown states of matter that arise in double-layer stacks of graphene, a two-dimensional nanomaterial. These new states, known as the fractional quantum Hall effect, arising from the complex interactions of electrons both within and across graphene layers.
Latest Research Articles
Crop Pests More Widespread than Previously Known
Sometimes, A Non-Invasive Procedure will Suffice
Thunderbolt of Lightning, Gamma Rays Exciting
'Flying Salt Shakers of Death:' Fungal-Infected Zombie Cicadas, Explained by WVU Research
How Sleep Can Affect Athletic Performance
Retracing Ancient Routes to Australia
Safeguarding Australia's Great Barrier Reef takes a Cultural Shift
How the Dragon Got Its Frill
Settling the Debate on Serotonin's Role in Sleep
Widely Available Antibiotics Could be Used in the Treatment of 'Superbug' MRSA
Columbia Researchers Provide New Evidence on the Reliability of Climate Modeling
Damage to the Ozone Layer and Climate Change Forming Feedback Loop
MOST POPULAR
-
Meet Romulus and Remus: Dire Wolf Pups Resurrected with Ancient DNA, Thanks to Colossal Biosciences
-
Meet The Dire Wolf Trio Remus, Romulus And Khaleesi: How A Texas Lab Revived An Extinct Species
-
Massive New Jersey Wildfire Devastates 8,500 Acres, Threatens Wildlife and Communities Amid Historic Drought
-
Is Yerba Mate Nature's Ozempic? Weighing In Risk Vs. Benefits
-
WATCH: 'Ed the Zebra' Airlifted Home After More than a Week on the Run in Tennessee
