Levitating Nanoparticles Now Possible, How Did Physicists Do It?

Medicine & Technology Aug 29, 2022

In a newly published paper, physicists revealed that they were able to levitate nanoparticles. To know more about this milestone, continue reading this post.

Quantum ‘Anti-Butterfly Effect’: New Approach to Deal with Complex Computer Performance Developed

Jul 27, 2022

Researchers introduced the ‘anti-butterfly effect’ an approach for benchmarking the performance of quantum computers. Read to know more.

Scientists Built Model of Quantum Entanglement Using Existing Fiber Optic Structure and Atomic Particles for the First Time: Is Quantum Internet Possible?

Jul 10, 2022

Experts from LMU created a model that could perform a quantum entanglement across two separate materials kilometers apart. Learn more about the experiment and the concept it offers to the future of quantum internet.

Photonic Sensors at Quantum Limit Developed for More Practical Applications Like Greenhouse Gas Monitoring, Cancer Detection

Jun 07, 2022

Physicists discovered a new approach for mass manufacturing of photonic sensors at the quantum limit. Find out how this may help in practical applications.

Quantum System: Physicist Develop New Approach Enabling Atoms to Roll Down Like Marbles in a Light Bowl

Dec 27, 2021

The physicists at The University of Bonn and the Technion - Israel Institute of Technology have recently devised a sophisticated experiment to find out which factors identify the speed of a quantum computer in terms of making computations.

Frozen Tardigrade Discovered As World's First-Ever Animal to Enter Quantum State

Dec 21, 2021

A recent study claims that they were able to place frozen tardigrades in a quantum state after suspending them between 2 superconducting quantum bits.

UCF Scientists Develop the First Ever Optical Oscilloscope that Measures the Electric Field of Light

Dec 14, 2021

Scientists from the University of Central Florida have developed the first ever optical oscilloscope that can measure the elcttric field of light in real-time advancing our understanding of chemistry and physics phenomena.

For the First Time Large Hadron Collider FASER Experiment Reveals Ghost Particle Neutrinos

Nov 26, 2021

FASER, an instrument installed in 2018, allowed physicists to detect for the first time neutrino ghost particle interactions at CERN's Large Hadron Collider.

Novel Electronic Component Made of Germanium Bonded With Aluminum Could Be the Key to Quantum Technology

Oct 12, 2021

Researchers from TU Wien in Vienna created a new nanostructure made of pure germanium bonded with aluminum that makes them best suited for complex applications in quantum technology.

Quantum Sensors May Reveal Dark Matter According to NIST Physicists

Aug 06, 2021

National Institute of Standards and Technology physicists have developed a new small crystal that can detect the weak frequencies of dark matter as it interacts with normal matter, revolutionizing our understanding of the universe.

New Material Superconductor To Revolutionize Quantum-Information Based Tech

Aug 05, 2021

Researchers from UC Santa Barbara and Quantum Foundry have developed a new material slated to revolutionize quantum information-based technologies such as quantum computing and sensing because of its innate unique superconducting properties.

University of Sydney Researchers Identify Quantum Error Computing Source with Machine-Learning Techniques

Jul 31, 2021

Researchers from the University of Sydney developed a way for quantum error computing sources to be identified using machine-learning techniques that can detect even the faintest environmental 'noise.'

Quantum Tech One Step Closer With New Single Photon Switch

Apr 29, 2021

Single photon switches, which can turn physical processes on or off by using only a single packet of light, have far-reaching implications for quantum photonic technologies - and a new breakthrough makes it one step closer to realization.

First-ever Ultracold Atom Interferometry in Space Opens Up Possible Breakthroughs in Physics

Apr 14, 2021

Scientists successfully performed the first-ever atom interferometry in space, which would lead to potential breakthrough discoveries in physics.

A New Timekeeping Theory Reconciles Einstein's Relativity and Quantum Clocks

Oct 23, 2020

One property of quantum mechanics is superposition, which explains how a system could be in multiple states at the same time until the instant it is observed or measured. A theoretical study suggests that this phenomenon affects high-precision clocks.