For years, niobium was considered an underperformer when it came to superconducting qubits. Now, scientists supported by Q-NEXT have found a way to engineer a… Read More »Niobium qubits rise from the ashes with new design and fabrication
University of Oxford researchers have used a new technique to measure the movement of charged particles (ions) on the fastest ever timescale, revealing new insights… Read More »Memory effect observed in battery Ion flow using novel spectroscopic technique
An international collaboration between researchers from Innsbruck and Geneva has unveiled a groundbreaking thermometry method tailored for measuring temperatures in low-dimensional quantum gases. Surprisingly, their… Read More »New thermometry method reveals cooling effect in compressed quantum gases
Physicists have been captivated by superconductors for decades, yet these materials, facilitating the flawless flow of electrons, typically unveil their quantum marvel only at temperatures… Read More »Harvard’s high-temperature superconductor diode breakthrough
Physics, often referred to as the fundamental science, is a branch of natural science that seeks to understand the fundamental principles governing the behavior of… Read More »Physics
In a recent breakthrough detailed in Nature Communications, a collaborative effort among researchers from Politecnico di Milano, Chalmers University of Technology in Göteborg, and Sapienza… Read More »Quantum clue to high-temp superconductivity
Quantum Field Theory (QFT) stands as one of the cornerstones of modern theoretical physics, providing a powerful framework for understanding the fundamental particles and forces… Read More »How does quantum field theory contribute to our understanding of particles?
Electromagnetism is a branch of physics that deals with the study of electromagnetic forces and their interplay with electric charges and currents. This phenomenon, encompassing… Read More »Electromagnetism
Nathan Goldman and Lucila Peralta Gavensky, along with their Science Faculty colleagues at ULB, unveil a versatile framework in PRX Quantum. This framework offers a… Read More »Controlling nonlinearities in quantum matter
In the bustling world of electrons navigating through a conductive material, it’s like witnessing a rush hour scene in Manhattan. They may bump and jostle,… Read More »Physicists trap electrons in a 3D crystal, achieving electronic flat band for the first time
In a recent study featured in Advanced Science, Professor Zhong Guohua and a team of researchers from the Shenzhen Institute of Advanced Technology (SIAT) at… Read More »Carbon cage networks predicted to enable superconductivity above 100 K
A groundbreaking achievement by researchers at the National Institute of Standards and Technology (NIST) and their collaborators has given rise to a superconducting camera boasting… Read More »Researchers develop superconducting camera with 400,000 pixels
When two lattices with different angles or periodicities intersect, they create something fascinating: a moiré superlattice. This unique realm is where extraordinary phenomena like superconductivity… Read More »Robust Moiré flatbands controlled by band offset tuning
MIT scientists and their collaborators have unveiled a groundbreaking study that may rekindle interest in the mysterious realm of quasicrystals. Their research, recently published in… Read More »Scientists discover new way to create quasicrystal materials with exotic properties
In a recent research paper published in the journal Matter, a team led by Professors Yang Zhaorong and Hao Ning from the Hefei Institutes of… Read More »Pressure-induced multiple CDW orders and superconductivity in CuTe
Physicists have been grappling with a complex quantum phenomenon that occurs within a class of superconducting materials, referred to as “strange metals.” These materials exhibit… Read More »Physicists explain origin of Planckian scattering in PdCrO2
Researchers at Boston College have recently reported in Nature Physics that they have observed a standalone phase of electronic nematic order in a titanium-based Kagome… Read More »Electronic nematic order observed without charge density waves in titanium-based kagome metal
Triplons present a fascinating challenge in experimentation due to their elusive nature. Detecting them is incredibly tough, often requiring tests on larger materials, yielding averaged… Read More »Designer quantum materials could help observe tricky triplons
A team led by Prof. He Junfeng from the University of Science and Technology of China (USTC), along with collaborators from the Chinese Academy of… Read More »Van hove singularity at fermi level found to enhance superconductivity in kagome materials
For nearly four decades, ‘strange metals’ have baffled quantum physicists due to their perplexing behavior, which defies conventional rules of electricity. A groundbreaking study led… Read More »New theory explains strange metal behavior