New Technology– category –
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Aggregation-Engineered Loss-Tolerant Strong Coupling Achieved in Metallic Microcavities
arXiv (physics.optics, cond-mat.mtrl-sci) International Overview Researchers have achieved loss-tolerant strong coupling in metallic microcavities through aggregation engineering. This groundbreaking accomplishment not only provides new ... -
Spatially Heterogeneous Relaxational Dynamics and Recoverable Strain Evolution Uncovered in Ductile Nanocolloidal Glasses Following Flow Cessation
arXiv (cond-mat.soft) International Overview Researchers have thoroughly elucidated the spatially heterogeneous relaxational dynamics and the accompanying evolution of recoverable strain in ductile nanocolloidal glasses following the ces... -
Scientists Develop First Gold Metacrystal Capable of Separating and Transporting Quantum States at Room Temperature, Eliminating Cryogenic Needs for Quantum Tech
ScienceDaily (referencing Nature) International Overview Scientists have developed the first ultrathin 'metacrystal,' a quantum material capable of separating and transporting different quantum states of light at room temperature. Compos... -
Penn Engineers Develop MRI-Compatible Soft Robotic Microballoons to Observe Earliest Moments of Stroke in Mice
University of Pennsylvania USA Overview Engineers at the University of Pennsylvania, in collaboration with the University of Maryland School of Medicine, have developed small, MRI-compatible elastic microballoons for soft robotics applic... -
CuspAI Forms AI Materials Foundry Network with 45 Organizations Including Meta and Nvidia to Rapidly Discover Functional Materials, Overcome Synthesis and Manufacturing Challenges
Chemistry World UK Overview Computational chemistry firm CuspAI has established an 'AI Materials Foundry' network with 45 organizations, including Meta and Nvidia, to accelerate the discovery of new functional materials by combining AI w... -
Lipid-Controlled Non-Monotonic Assembly and Rheology of Egg Yolk Protein at Water-Soybean Oil Interface Elucidated
arXiv (cond-mat.soft) International Overview Researchers have elucidated a mechanism where lipid content non-monotonically controls the assembly behavior and rheological properties of egg yolk protein at the water-soybean oil interface. ... -
Unraveling the Impact of Weak Non-Conservative Dynamics on Pattern Formation in Scalar Active Matter
arXiv (cond-mat.soft) International Overview Research has been published detailing how weak non-conservative dynamics affect pattern formation in scalar active matter. This study deepens the fundamental understanding of self-organization... -
Onset of Transitional Flux-Avalanche Regime in Bulk NbTi Superconductors Precisely Controlled by Thermal Boundary Conductance
arXiv (cond-mat.stat-mech) International Overview The onset of the transitional flux-avalanche regime in bulk NbTi (niobium-titanium) superconductors has been found to be precisely controlled by thermal boundary conductance. This researc... -
New Concept of ‘Entanglement Mpemba Effect’ in Statistical Mechanics Offers Novel Insights into Thermodynamic Behavior of Quantum Systems
arXiv (cond-mat.stat-mech) International Overview A new concept, the 'Entanglement Mpemba Effect,' has been proposed in the field of statistical mechanics. This research provides groundbreaking insights into the thermodynamic behavior of... -
Polymer Glasses Under Stress-Induced Overaging Exhibit Accelerated Segmental Dynamics Despite Increased Yield Stress
arXiv (cond-mat.soft) International Overview A new phenomenon has been discovered in polymer glasses: overaging under stress can lead to accelerated segmental dynamics despite an increase in yield stress. This finding challenges conventi...
