Mass spectrometry has grown and been used to study and produce data for numerous applications at a remarkable rate. Very sensitive, high-performance mass spectrometry is now being utilized using ion trap quantum sensors.
By Ilamaran Sivarajah
28 Nov 2023
Quantum computers promise immense processing power by tapping into unique quantum mechanical phenomena like superposition and entanglement. This critical need for extreme cold has made the specialized field of quantum cryogenics indispensable for manifesting quantum computing's transformational potential.
Quantum computers are the next-generation computing devices that leverage quantum effects to perform calculations that are either not feasible or extremely time-consuming on current digital supercomputers.
By Ilamaran Sivarajah
21 Nov 2023
The National Quantum Strategy, which was released in March 2023, pledges an additional £2.5 billion to the development of quantum technologies in the UK over a ten-year period beginning in 2024. The program's goal is to attract at least an additional £1 billion in private investment.
By Ilamaran Sivarajah
17 Nov 2023
In a new feature on AZoQuantum, we speak with Associate Professor Kate Brown and Theoretical Physicist Harsh Mathur about their research investigating Modified Newtonian Dynamics and its implications for the Ninth Planet theory.
By Skyla Baily
15 Nov 2023
This article will briefly explore Orca Computing’s contribution to the field of quantum computing, a highly exciting emerging technological field.
Quantum computing promises to revolutionize computing and unlock solutions to many intractable problems. But realizing this vast potential rests on building reliable quantum bits, or qubits, that can serve as the basic units of quantum information. The rare earth metal Ytterbium is an emerging candidate that shows unique promise for creating scalable and robust qubits.
Silicon nitride (Si3N4) in recent years has gained significant attention because of its advantageous properties and is being incorporated into quantum computer architecture. Specifically, for quantum qubits, quantum integrated photonics, and waveguides, silicon nitride is a preferred choice, enabling quantum computers to reach new levels of efficiency and computational powers.
By Ibtisam Abbasi
10 Nov 2023
In a new interview feature, AZoQuantum speaks with Dr. Samuli Autti about his new research investigating the tactile sensation of superfluid 3He.
By Skyla Baily
7 Nov 2023
In the 20th Century, physics witnessed a profound shift from the simplicity of reductionism to the complexities of chaos theory and complexity science. These disciplines have transformed our understanding of intricate phenomena, from turbulent weather patterns to the complexities of quantum physics.