Condensed Matter & Superconductors

1+ hour, 33+ min ago   (1443+ words) Enter to search English articles · Esc to close · ↑↓ to move Translated from the Japanese original The experiment ran on ibm_fez, an IBM Heron r2 processor with 156 physical qubits. The team selected up to 100 qubits connected in a line. In other words, 100 qubits…...

13+ hour, 40+ min ago   (307+ words) The University of Washington-led Center for Integration of Modern Optoelectronic Materials on Demand is expected to receive $22 million from the U.S. National Science Foundation over the next five years to continue research involving advanced optoelectronics and semiconductor materials. Known as NSF…...

15+ hour, 19+ min ago   (449+ words) Stretching a crystal by less than 1% has allowed scientists to separate two distinct superconducting states in a material that has puzzled physicists for years. The experiment also increased the temperature at which superconductivity begins, without substantially changing another form of…...

16+ hour, 35+ min ago   (638+ words) A laser gave diamond’s atomic defects a makeover, revealing new light signals while its existing quantum centers barely flinched. Deep inside a diamond, a misplaced atom or an empty spot in the crystal lattice could hold the key to better…...

20+ hour, 4+ min ago   (252+ words) Columbia physicist Sebastian Will is recognized as a 2026 American Physical Society Fellow for realizing a Bose-Einstein condensate of dipolar molecules and developing a microwave shielding technique. Will and his team achieved the first molecular BEC in 2024, building on the first…...

2+ day, 22+ hour ago   (1619+ words) By Supat Charoensappuech, in collaboration with Gemini 3.8 Flash in Google AI Studio (September 26, 2026) (Generated by Grok 4) Introduction: The Integer and the Remainder Yet, this triumph soon revealed a deeper puzzle. In 1947, precision experiments by Polykarp Kusch and Henry Foley demonstrated…...

21+ hour, 24+ min ago   (455+ words) A remarkably small adjustment to the stacking of two-dimensional materials can dramatically alter how they interact with light. Researchers at City University of Hong Kong and collaborating institutions demonstrate that a one-degree change in the twist angle of an atomically…...

21+ hour, 23+ min ago   (268+ words) This approach allowed for a more accurate determination of structural phase boundaries and the identification of the LQD phase itself. The researchers determined the true phase transition point by examining the curvature of the free energy surface, which fully accounts…...

17+ hour, 59+ min ago   (72+ words) Researchers report that cerium and indium co-substitution keeps the YIG garnet phase intact while increasing bulk density and dielectric constant and narrowing the ferromagnetic resonance linewidth, at the cost of reduced saturation magnetization. Subject of Research: Effects of cerium and…...

1+ day, 3+ hour ago   (246+ words) Berkeley researchers have used extremely short pulses of ultraviolet light to investigate the beginning of a transformation in a quantum material, rather than observing only the state left behind. The university reported the work on October 8 and linked it to…...