Periodical publishing
Researchers at Foshan University in Foshan, People's Republic of China, have investigated the influence of bidirectional shear loads and stud corrosion on the shear performance of stud connectors in steel-concrete composite track beams of straddle-type monorail transit systems. The study employed push-out tests and numerical simulations to examine
Periodical publishing
Researchers from Hunan University of Technology have published a review of the reaction mechanism and mechanical properties of chemically solidified silt, highlighting the challenges associated with direct engineering application of dredged silt. The study focuses on the chemical reaction mechanisms of varied solidification agents, the quantitative effects of key factors
Periodical publishing
Researchers at Osaka University have proposed a novel method to introduce built-in strain into nano-thin films deposited on flexible substrates. This innovative approach, detailed in a recent study, enables the tuning of functional properties in materials while expanding material selection options. By mechanically stretching the substrate during film deposition, a
Periodical publishing
Researchers at Tianjin University conducted a comprehensive study on grid-type university campuses, exploring their planning concepts, module selection criteria, and spatial efficiency. According to the study, the grid-type campus has gained attention due to its modular characteristics, horizontal expandability, and flexible organization. The research team performed a typological analysis on
Northwestern University
Researchers at Northwestern University have identified a significant factor in the operational performance of superconductors in quantum computing and sensing applications: quasiparticle dynamics. To study these dynamics, the team performed measurements of quasiparticle transport in a superconductor engineered to enhance quasiparticle relaxation. The study found that a thin, highly disordered
Emory University
Researchers at Emory University have made significant progress in achieving room-temperature superconductivity, a state where materials can conduct electricity with zero resistance without losing energy. According to a study published in the journal npj Computational Materials, the team has proposed a novel strategy to potentially raise the transition temperature (Tc)
Periodical publishing
Research conducted by scientists at the University of Chicago has led to a deeper understanding of the physics behind light-induced "superconductivity." According to the study, strong pairing correlations present in the normal state are a common factor among the materials that exhibit this phenomenon. The researchers found that
Periodical publishing
A team of researchers from Northwestern Polytechnic University has made a significant discovery in the field of applied physics, exploring the properties of noncentrosymmetric superconductors (NCSs) in the ZrNiAl family. Through a systematic high-throughput crystal structure screening and electronic property study, the researchers identified 11 candidate materials with superior stability
Atoms
Researchers at the Federal University Sao Carlos have published a study on the two-qubit quantum Rabi model (2QQRM), a crucial component in developing quantum technologies. The study investigates the persistence of quantum correlations and non-classical states in the 2QQRM at thermal equilibrium, revealing remarkable resilience in ultrastrong and deep strong
Periodical publishing
Scientists at the Weizmann Institute of Science have proposed a mechanism for generating supercurrents in spin-orbit coupled superconductors with charged magnetic inclusions. This breakthrough has the potential to revolutionize our understanding of quantum materials and their applications. The research, funded by prominent organizations such as the Zuckerman Stem Leadership Program
Periodical publishing
A recent research study from the University of Catania, Italy, has made significant contributions to the understanding of superconductive phases of quantum chromodynamics. The study, led by Fabrizio Murgana and his team, has been peer-reviewed and published in Physical Review D. By using the high-density effective theory and the two-particle
Periodical publishing
Researchers at Dartmouth College have made a groundbreaking discovery in the field of physics, proposing a novel candidate for cold dark matter based on an analogy with superconductivity. This study presents a theoretical framework for understanding the behavior of dark matter, which comprises approximately 27% of the universe's
