Quantum Science News

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Manipulating Josephson Vortices to Create Superconducting Quantum Computers

Physicists from MIPT have found a way to achieve local control of Josephson vortices. The finding can be applied for next-generation quantum processors and quantum electronics superconducting devices.

4 Nov 2019

Patterns of Light Used to Build Light-Based Quantum Network

Structured light is not just a great way to elucidate patterns or pictures of light. It is rightfully the ideal way as it has the potential to power future communications that will be both more secure and faster.

31 Oct 2019

New Magnetic Instability Could Play Vital Role in Creating Sun’s Magnetic Field

In the rotating plasma of the sun, a hitherto unnoticed mechanism is at work: a magnetic instability that was regarded by scientists as physically improbable under such conditions.

30 Oct 2019

Developing Quantum Imaging Technologies to Create Quantum Enhanced Microscope

Existing microarray laser scanning technology and super-resolution microscopes are known for their very good resolutions and high sensitivities.

25 Oct 2019

Cosmic Mystery Grows with New Measurements of Rate of Expansion of Universe

A team led by astronomers at the University of California, Davis provides new measurements of the rate of growth of the universe, adding to a growing mystery: Estimates of a fundamental constant made with different approaches keep delivering varying results.

24 Oct 2019

Study Shows Quantum Computer can Outperform Classical Computer

A collaborative research group from Google Inc., NASA Ames Research Center, and the Department of Energy’s Oak Ridge National Laboratory has shown that a quantum computer has the ability to outshine a classical computer at specific tasks, a feat called quantum supremacy.

24 Oct 2019

Researchers Use Magneto-Thermal Microscopy to Image Spins in Nickel Oxide

A team of researchers from Cornell University has applied a new twist to measuring and manipulating spins in nickel oxide, with a keen interest toward enhancing the memory capacity and speed of electronic devices.

23 Oct 2019

Astronomers Find New Evidence for Huge Deep Space Objects

The accidental discovery of faint traces of an enormous galaxy, dating from the early universe, which was never observed before has been reported by a team of astronomers from the University of Massachusetts Amherst, including assistant professor Kate Whitaker who is an expert in early galaxy formation and evolution.

23 Oct 2019

Novel Plasma Fusion Concept Possible with Plasma Liner Experiment Nearing Completion

Assembly of the Plasma Liner Experiment (PLX) at Los Alamos National Laboratory is ongoing with the setting up of 18 of 36 plasma guns in a single-minded approach to realizing controlled nuclear fusion.

22 Oct 2019

Microscopic Cavity Used to Create Efficient Quantum Light-Matter Interface

Scientists have used a microscopic cavity and successfully developed an efficient quantum-mechanical light-matter interface. Inside the cavity, an artificial atom emits and absorbs a single photon nearly 10 times.

22 Oct 2019

Scientists Explore How Quantum Knots Tie and Untie Themselves

Researchers show it is possible to tie quantum gas into knots using magnetic fields. The collaborative research team from Aalto University and Amherst College, USA, were the first to produce these knots, and they have currently explored how the knots act over time.

22 Oct 2019

Synthesizing and Trapping Trions Using Chemically Engineered Carbon Nanotubes

In trions, three charged particles are bonded together by very weak bonding energy. In applications like electronics and quantum computing, trions can potentially carry more information compared to electrons.

17 Oct 2019

NASA's Hubble Telescope Captures Sharpest Image of Confirmed Interstellar Comet

The image of an interstellar visitor, comet 2I/Borisov is the latest offering from NASA's Hubble Space Telescope to astronomers. The speed and trajectory of comet 2I/Borisov show it has come from outside the solar system. The image taken on October 12th, 2019 is the sharpest view of the comet ever to be captured.

17 Oct 2019

New Ultrafast Spectroscopy Method to Perceive Decoherence Process on Femtosecond Scale

Information is nothing but energy. Therefore, for quantum information development, the main objective is to increase the time during which a system can retain energy before it is lost to the local environment.

17 Oct 2019

New Integrated Method for Observing Eigen Modes of Skyrmions

The small magnetic vortices called skyrmions that form in certain magnetic materials, like Cu2OSeO3, can be controlled by applying low-level electrical currents, promoting more energy-efficient data processing.

16 Oct 2019

Quantum Science News

Manipulating Josephson Vortices to Create Superconducting Quantum Computers

Patterns of Light Used to Build Light-Based Quantum Network

New Magnetic Instability Could Play Vital Role in Creating Sun’s Magnetic Field

Developing Quantum Imaging Technologies to Create Quantum Enhanced Microscope

Cosmic Mystery Grows with New Measurements of Rate of Expansion of Universe

Study Shows Quantum Computer can Outperform Classical Computer

Researchers Use Magneto-Thermal Microscopy to Image Spins in Nickel Oxide

Astronomers Find New Evidence for Huge Deep Space Objects

Novel Plasma Fusion Concept Possible with Plasma Liner Experiment Nearing Completion

Microscopic Cavity Used to Create Efficient Quantum Light-Matter Interface

Scientists Explore How Quantum Knots Tie and Untie Themselves

Synthesizing and Trapping Trions Using Chemically Engineered Carbon Nanotubes

NASA's Hubble Telescope Captures Sharpest Image of Confirmed Interstellar Comet

New Ultrafast Spectroscopy Method to Perceive Decoherence Process on Femtosecond Scale

New Integrated Method for Observing Eigen Modes of Skyrmions

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The Preparation of Superconducting Qubits

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Quantum Science News

News Categories

1 Studying the Emergence of Generalized Thermal Ensembles in Quantum Systems

2 Spatial Quantum-Coherent Oscillation of Electron Within Nanoscale Trap Unveiled

3 Researchers Develop Simulations to Explain Black Hole Mergers

4 Embracing Patterns of Light to Create a Light-Based Quantum Network

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