Quantum Optics News

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Researchers Develop Simulations to Explain Black Hole Mergers

Researchers report that they have detected gravitational waves from 10 black hole mergers until now. However, they are still making efforts to elucidate the origins of the mergers.

11 Nov 2019

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

Structured light offers an extravagant way to elucidate pictures or patterns of light, but this is absolutely justified because it promises upcoming communications that would be faster, and at the same time, would be more secure.

6 Nov 2019

Plasma Density Jump Confirms Entry of Voyager 2 into Interstellar Medium

In the interstellar space, Voyager 1 now has a companion.

5 Nov 2019

Researchers Discover New Exoplanet Using Microlensing Technique

Telescopes across the globe have been used by scientists to confirm and characterize an exoplanet orbiting an adjacent star, by means of a rare phenomenon called gravitational microlensing.

5 Nov 2019

New Theory Offers Insights into Detonation Formation in Supernovae Explosions

The thermonuclear explosion of Type Ia supernovae, which are luminous and powerful stellar explosions, can only be understood using theoretical models. Previously, such models were unable to account for the mechanism that initiated the explosion.

5 Nov 2019

Astronomers Provide a New Way to Identify an Entire Class of Black Holes

For astrophysicists, black holes represent an integral part of how they interpret the universe. Black holes are so significant that researchers have been attempting to develop a census of all the black holes present in the Milky Way galaxy.

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

Quantum Optics News

Researchers Develop Simulations to Explain Black Hole Mergers

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

Plasma Density Jump Confirms Entry of Voyager 2 into Interstellar Medium

Researchers Discover New Exoplanet Using Microlensing Technique

New Theory Offers Insights into Detonation Formation in Supernovae Explosions

Astronomers Provide a New Way to Identify an Entire Class of Black Holes

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

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 Optics News

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

2 Studying the Emergence of Generalized Thermal Ensembles in Quantum Systems

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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