Quantum Science News

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Quantum Teleportation is Key to Future Quantum Information Technology

Yokohama National University scientists have achieved secure teleportation of quantum information within the bounds of a diamond. The research is highly significant for quantum information technology—the prospect of sharing and storage of sensitive information is.

1 Jul 2019

New Explanation for Observed Distribution of Supermassive Black Hole Masses

Evidence for the direct formation of black holes that do not have to develop from a star remnant has been found by astrophysicists from Western University.

1 Jul 2019

A New Direction to Search for Higher Tc Superconductors

One of the most inexplicable phenomena in nature is superconductivity because the materials can conduct electrical current with no resistance.

28 Jun 2019

Researchers Report Curious Multi-State Transitions of Superconductors

Traditionally, it was considered that when sufficiently large magnetic fields were applied, it leads to the interruption of superconducting states in materials even at dramatically low temperature, thus altering them directly into insulators.

28 Jun 2019

Astronomers Determine the Exact Location of One-Off Burst of Cosmic Radio Waves

For the first time, the exact location of a powerful one-off burst of cosmic radio waves has been established by an Australian-led international team of astronomers. This breakthrough finding was made with CSIRO’s latest Australian Square Kilometer Array Pathfinder (ASKAP) radio telescope installed in Western Australia.

28 Jun 2019

Comprehensive Study on Topologically Protected Magnetic Quasiparticles

A team of scientists from Tohoku University, J-PARC, and Tokyo Institute of Technology conducted a comprehensive study of magnetic quasiparticles known as “triplons”.

27 Jun 2019

Astrophysicists Use Artificial Intelligence to Generate 3D Simulations of the Universe

Using artificial intelligence techniques, astrophysicists have successfully created intricate 3D simulations of the universe for the first time.

27 Jun 2019

Research Sheds New Light on the Nature of Electron Interactions in Quantum Systems

Scientists from Columbia and Brown Universities have revealed formerly unidentified states of matter that occur in double-layer stacks of graphene—a two-dimensional nanomaterial.

26 Jun 2019

Scientists Demonstrate the Behavior of Interacting Electrons at Atomic Level

For the last century, materials like silicon and gold have been channels to the force which has fueled civilization—electronics. The electrons’ behavior in all such traditional materials is simple, that is, they mostly ignore one another.

26 Jun 2019

New Technique for Directly Tracking Precession of Single Nuclear Spins

Nuclear magnetic resonance (NMR) spectroscopy has enabled the capture of the spatial structure of biochemical and chemical molecules in recent decades. Currently, scientists from ETH have discovered a technique to use this measurement principle for individual atoms.

25 Jun 2019

New Protocol to Store and Release Single Photon in Embedded Eigenstate

Quantum computers hold the potential for a new age of studies where the time required to achieve new technologies and lifesaving drugs will be considerably reduced. These computers use light particles, or photons, rather than electrons to transmit and process information.

25 Jun 2019

Closest-Known Starburst Galaxy Spotted by Hubble

IC 10, which is an amazing celestial object, is the closest-known starburst galaxy. This means that it is experiencing a violent spell of star formation boosted by abundant supplies of cool hydrogen gas.

24 Jun 2019

Physicists Measure Ultra-Small Motion by Supersizing “Quantum Squeezing”

By harnessing the phenomenon of “quantum squeezing,” physicists at the National Institute of Standards and Technology (NIST) have successfully amplified and determined trillionths-of-a-meter motions of a single trapped magnesium ion, that is, electrically charged atom.

21 Jun 2019

Machine Learning Technique Reveals the Secrets of Quantum Physics

Interpreting the complex behavior of electrons has resulted in discoveries that have considerably redefined society; for example, the invention of transistors has revolutionized computing.

21 Jun 2019

Researchers Manage to Develop Protocol to Prepare Remote Quantum State

Mikel Sanz from the Physical Chemistry Department of UPV/EHU has led a theoretical team for an experiment reported in Nature Communications, a renowned journal.

20 Jun 2019

Quantum Science News

Quantum Teleportation is Key to Future Quantum Information Technology

New Explanation for Observed Distribution of Supermassive Black Hole Masses

A New Direction to Search for Higher Tc Superconductors

Researchers Report Curious Multi-State Transitions of Superconductors

Astronomers Determine the Exact Location of One-Off Burst of Cosmic Radio Waves

Comprehensive Study on Topologically Protected Magnetic Quasiparticles

Astrophysicists Use Artificial Intelligence to Generate 3D Simulations of the Universe

Research Sheds New Light on the Nature of Electron Interactions in Quantum Systems

Scientists Demonstrate the Behavior of Interacting Electrons at Atomic Level

New Technique for Directly Tracking Precession of Single Nuclear Spins

New Protocol to Store and Release Single Photon in Embedded Eigenstate

Closest-Known Starburst Galaxy Spotted by Hubble

Physicists Measure Ultra-Small Motion by Supersizing “Quantum Squeezing”

Machine Learning Technique Reveals the Secrets of Quantum Physics

Researchers Manage to Develop Protocol to Prepare Remote Quantum State

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Using Indium Deposition for Superconducting Interconnects

IRTracer-100 FTIR Spectrophotometer with Improved Detector Design from Shimadzu

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The Preparation of Superconducting Qubits

Satellites in Space are Mapping the Wind

Applications of Nuclear Physics

Quantum Science News

News Categories

1 A New Limit on Quantum Computing Found

2 Study Presents Experimental Evidence for First-Ever 3D Quantum Spin Liquid

3 Study Shows Quantum Interference Enables Faster Processing of Large Datasets

4 Method for Making Ion to Display Exact Quantities of Quantum-Level Motion

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