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Spin-Entangled Electrons Produced
Researchers have used quantum dots to create a device that can produce spin-entangled electrons, paving the way for future quantum teleportation.
Stabilizing Quantum Information Via The Middle Man
Tiny crystals of manganese carbonate have helped researchers stabilize the interaction between photons and nuclear spins, paving the way for quantum memory.
Visualizing RNA Interference At Work
A single molecule imaging study has revealed how the RNAi complex cleaves and releases target RNA sequences.
Spintronics Advance: Skyrmions Stablized Above Room Temperature
A magnetic material made of cobalt, zinc and manganese has been shown to host stable and chiral skyrmions, the Holy Grail of spintronics.
Anticoagulant Also Inhibits Diarrhea Bug
The discovery that heparin dose-dependently inhibits Cryptosporidium infection could lead to the development of new anti-cryptosporidial agents.
Why Human Eggs Don’t Age Well
Defective chromosome separation in the egg cells of older women can cause miscarriage and congenital diseases, scientists say.
The Genetic Blueprint For Cartilage Formation
The protein Sox9 can directly regulate the transcription of cartilage-related genes and indirectly promote cartilage formation via basal transcription.
Cheaper & Greener Carbon Bond Formation
Replacing organic halides with aromatic esters could make industrial carbon-carbon bond formation less environmentally polluting.
The Neurons That Enable Strategy Switching
Mice with damaged cholinergic interneurons were able to learn how to get a sugar reward but unable to unlearn their behavior when the rules changed.
