Microscope photograph of a device that could jumpstart work toward the quantum internet. The horizontal lines are diamond waveguides, each about 1,000 times smaller than a human hair. Credit: Atatüre…
Category: Quantum Physics
First tetratomic supermolecules realized at nanokelvin temperatures
Two diatomic molecules sit in an intermolecular potential, here represented by iron powder indicating the field lines through which two molecules are bound. Credit: © Christoph Hohmann, MCQST A team…
Physicists present new way to predict magnetic alloy properties with machine learning
Magnetic structure of a material. The colored spheres represent atoms and the arrows stand for their magnetic moments. The curved surface illustrates how the atoms assume the most energetically favorable…
New study validates method for guided discovery of 3D flat-band materials
Rice University postdoctoral research associate Jianwei Huang with the laboratory apparatus he used to conduct angle-resolved photoemission spectroscopy experiments on a copper-vanadium alloy. The experiments showed the alloy is the…
Observing a new clock systematic shift
Atomic dipoles on a lattice interact to produce an observable spatially varying frequency shift (shown as blue to red). Credit: Steven Burrows/Ye Group In a new study published in Science…
Shaping the dawn of the quantum age
At the Garching campus, TUM researchers are helping to shape the era of quantum technology. Credit: Kai Neunert / BAdW Electrons that spin to the right and the left at…
Scientists show that quantum infrared spectroscopy can achieve ultra-broadband spectroscopic measurements
Quantum infrared spectroscopy using ultra-broadband entangled photons. Credit: KyotoU/Shigeki Takeuchi Our understanding of the world relies greatly on our knowledge of its constituent materials and their interactions. Recent advances in…
