Science
Quantum entanglement of electrons using heat – theinformant.co.nz
False-color electron microscope image of the sample, the green layers being graphene on top of the gray superconductor. Blue metal electrodes are used to
False-color electron microscope image of the sample, the green layers being graphene on top of the gray superconductor. Blue metal electrodes are used to extract entangled electrons. Credit: Aalto University
Quantum entanglement is key to the next generation of computing and communications technology, and Aalto researchers can now reproduce it using temperature differences.
A joint group of scientists from Finland, Russia, China and the USA demonstrated that temperature differences can be used to…
-
General11 hours agoARIA Awards 2025 winners: Amyl & The Sniffers and Ninajirachi dominate
-
Noosa News20 hours agoChild, 15, arrested over death of another child, 8, after shocking e-bike crash in Queensland
-
General17 hours agoCrowe toasts talkback titan for platforming ‘voiceless’
-
Noosa News18 hours agoDeath of German shepherd Arnie prompts Brisbane community action to protect pets caught up in crime