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Nanotechnology Now - Press Release: Putting a new theory of many-particle quantum systems to the test: Experiments show that generalized hydrodynamics accurately simulates an out-of-equilibrium quantum system

Nanotechnology Now - Press Release: Putting a new theory of many-particle quantum systems to the test: Experiments show that generalized hydrodynamics accurately simulates an out-of-equilibrium quantum system
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Nanotechnology Now - Press Release: Experiments cast doubts on the existence of quantum spin liquids

Nanotechnology Now
Home > Press > Experiments cast doubts on the existence of quantum spin liquids
Arrangement of the spins in a triangular lattice: Two spins each form a pair, whereby their magnetic moments cancel each other out when viewed from the outside.
CREDIT
University of Stuttgart, PI1
Abstract:
When temperatures drop below zero degrees Celsius, water turns to ice. But does everything actually freeze if you just cool it down enough? In the classical picture, matter inherently becomes solid at low temperatures. Quantum mechanics can, however, break this rule. Therefore, helium gas, for example, can become liquid at -270 degrees, but never solid under atmospheric pressure: There is no helium ice. ....

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Nanotechnology Now - Press Release: Physicists propose a new theory to explain one dimensional quantum liquids formation

Nanotechnology Now
One dimensional quantum lattice liquids.
CREDIT
I. Morera et al. Phys. Rev. Lett
Abstract:
Liquids are ubiquitous in Nature: from the water that we consume daily to superfluid helium which is a quantum liquid appearing at temperatures as low as only a few degrees above the absolute zero. A common feature of these vastly different liquids is being self-bound in free space in the form of droplets. Understanding from a microscopic perspective how a liquid is formed by adding particles one by one is a significant challenge.
Physicists propose a new theory to explain one dimensional quantum liquids formation ....

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Nanotechnology Now - Press Release: Stevens creates entangled photons 100 times more efficiently than previously possible: Ultra-bright photon source brings scalable quantum photonics within reach

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Home > Press > Stevens creates entangled photons 100 times more efficiently than previously possible: Ultra-bright photon source brings scalable quantum photonics within reach
Yuping Huang and his colleagues at Stevens Institute of Technology demonstrated a quantum circuit that can readily be integrated with other optical components, paving the way for high-speed, reconfigurable, and multifaceted quantum devices.
CREDIT
QuEST Lab, Stevens Institute of Technology
Abstract:
Super-fast quantum computers and communication devices could revolutionize countless aspects of our lives but first, researchers need a fast, efficient source of the entangled pairs of photons such systems use to transmit and manipulate information. Researchers at Stevens Institute of Technology have done just that, not only creating a chip-based photon source 100 times more efficient that previously possible, but bringing massive quantum device integration ....

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Nanotechnology Now - Press Release: CEA-Leti Papers at IEDM 2020 Highlight Progress in Overcoming Challenges to Making GaN Energy-Saving, Power-Electronics Devices: Gallium Nitride Seen as Highly Efficient Replacement for Silicon In Wide Range of Consumer and Industrial Uses

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Home > Press > CEA-Leti Papers at IEDM 2020 Highlight Progress in Overcoming Challenges to Making GaN Energy-Saving, Power-Electronics Devices: Gallium Nitride Seen as Highly Efficient Replacement for Silicon In Wide Range of Consumer and Industrial Uses
Abstract:
Two complementary research papers from CEA-Leti confirmed that the institutes approach to gallium-nitride (GaN) technologies is on track overcome challenges in the architecture and performance of advanced GaN devices embedding a MOS gate, and targeting the fast-growing global market for power-conversion systems.
CEA-Leti Papers at IEDM 2020 Highlight Progress in Overcoming Challenges to Making GaN Energy-Saving, Power-Electronics Devices: Gallium Nitride Seen as Highly Efficient Replacement for Silicon In Wide Range of Consumer and Industrial Uses ....

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