Developed Organic Bipolar Transistor

Developed Organic Bipolar Transistor

Researchers have created a highly efficient organic bipolar transistor. The research opens up new avenues for organic electronics, including data processing and transmission, as well…
A Quantum Drum that can Store Quantum States Indefinitely

A Quantum Drum that can Store Quantum States Indefinitely

Researchers at the Niels Bohr Institute at the University of Copenhagen have significantly improved the coherence time of a previously developed quantum membrane. The enhancement…
Polarization is used in Ultrafast Photonic Computing Processor

Polarization is used in Ultrafast Photonic Computing Processor

Multiple polarisation channels are used in new research to perform parallel processing, increasing computing density by several orders of magnitude over conventional electronic chips. Light…
Secure Light Particle Communication

Secure Light Particle Communication

Quantum technology and research are creating a slew of new possibilities and opportunities. One of these possibilities involves communication speed, prompting experts to wonder if…
Molecules, Rare Earth, and Light: New Quantum Computing and Communications Platform

Molecules, Rare Earth, and Light: New Quantum Computing and Communications Platform

Future quantum computers will need to be able to communicate across great distances, which is made possible by the capacity to interact with light. Finding…
Long-Distance Quantum Telecommunications Networks Development

Long-Distance Quantum Telecommunications Networks Development

Quantum physics has enabled various technological advancements, including computers, smartphones, and GPS. With the goal of creating extremely secure communication networks, it is already opening…
Three-Way Interaction is Required for Long-Range Quantum Entanglement

Three-Way Interaction is Required for Long-Range Quantum Entanglement

Long-range entanglement can survive at temperatures exceeding absolute zero, according to a theoretical study, if the right conditions are met. Quantum computing has been dubbed…
The ‘Unruh Effect’ of Warp Speed may Now be Tested in Lab Settings, Thanks to a Breakthrough in Research

The ‘Unruh Effect’ of Warp Speed may Now be Tested in Lab Settings, Thanks to a Breakthrough in Research

The inability to test cutting-edge hypotheses in a laboratory setting is a key roadblock for work at the forefront of fundamental physics. However, a breakthrough…
New Magnetism Properties Discovered by Scientists Could Change the Way We Use Computers

New Magnetism Properties Discovered by Scientists Could Change the Way We Use Computers

Our devices are on the edge of overheating because they can no longer shrink. However, researchers at the University of Copenhagen have discovered a fundamental…
Carbon-12, a Building Block for Life, has an Origin Story, According to Researchers

Carbon-12, a Building Block for Life, has an Origin Story, According to Researchers

A multinational team of researchers has theorized how harsh conditions in stars make carbon-12, which they describe as “a vital doorway to the beginning of…
An Ultra-accurate Atomic Clock is Set to Lead to New Physics Findings

An Ultra-accurate Atomic Clock is Set to Lead to New Physics Findings

Physicists have created one of the most accurate atomic clocks ever. Their equipment, known as an optical lattice atomic clock, can measure time differences to…
Secure Light Particle Communication

Secure Light Particle Communication

While quantum computers offer many novel possibilities, they also pose a threat to internet security because these supercomputers render common encryption methods vulnerable. Researchers have…
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