Control of spin qubits at near absolute zero a game changer for quantum computers
World-First Semiconductor Control System Integrated with Qubits
Quantum Entanglement and the Importance of Technology-Grade Grown Diamonds
Quantum Memory & Transmission in a Nutshell
Scientists Have Finally Measured How Fast Quantum Entanglement Happens
Quantum Entanglement Explained
New Diamond Magnetometer Paves the Way for GPS-Free Navigation
Quantum computers, meanwhile, could one day help us to discover new drugs by providing representations of atomic structures with greater accuracy and by speeding up calculations to identify potential drug reactions. But what other technologies and projects are out there? How can we forge new applications of quantum physics in healthcare and how can we help discover new potential use cases for the technology?
How quantum sensors could improve human health and wellbeing
Quantum computers, meanwhile, could one day help us to discover new drugs by providing representations of atomic structures with greater accuracy and by speeding up calculations to identify potential drug reactions. But what other technologies and projects are out there? How can we forge new applications of quantum physics in healthcare and how can we help discover new potential use cases for the technology?
After 50 years of trying, science has created the toughest diamond on Earth in a laboratory
Lonsdaleite has attracted attention for decades due to its reported strength. Now, a dedicated group of researchers has manufactured this rare form of diamond in a laboratory.
Major Breakthrough: New Diamond Sensor Solves Old Quantum Riddle
Some of the most advanced and powerful quantum sensors can be made from tiny pieces of diamond. However, this presents a major challenge: inserting a diamond into a cell and getting it to function properly is extremely difficult.
Major Breakthrough: Diamond Nanoparticles Get a Quantum Upgrade Inspired by QLED TVs
Researchers at the University of Chicago have developed a novel method to enhance the quantum properties of diamond nanoparticles by encasing them in a specially engineered siloxane shell, drawing inspiration from QLED television technology. This approach addresses the challenge of diminished quantum coherence in nanodiamonds, which are promising tools for biosensing within living cells. The siloxane shell not only improves spin coherence by up to four times but also boosts fluorescence and charge stability, making these nanoparticles more effective for early disease detection and cellular monitoring.
Major Breakthrough: A New Era for Electronics
While it’s the theoretically ideal semiconductor, diamond hasn’t yet made its mark in transistors and other components. Researchers have built a diamond field-effect transistor (JFET) with a current conduction of 50 mA. According to the work published in the journal IEEE Electron Device Letters, this is 5 times the previous record for a transistor with full-volume conduction.
Convert CVD Diamond Growing Reactors from Gem to Tech
We strongly encourage this process because Grown diamond improves the functionality, longevity, safety, and sustainability of everything it touches in Tech.
