Sensor– tag –
-
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 ... -
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... -
First-Principles Framework for Magnetoelastic Coupling in Two-Dimensional Magnets Established Based on Strain-Dependent Heisenberg Model
arXiv (cond-mat.mtrl-sci) International Overview Researchers have developed a first-principles framework describing magnetoelastic coupling in two-dimensional magnetic materials, based on a strain-dependent Heisenberg model. This innovat... -
Quantum Plasmonics and Graphene: SDU Researcher Charts Path for Next-Gen Optical Devices at META 2026
SDU (University of Southern Denmark) Denmark Overview P. André D. Gonçalves of the University of Southern Denmark's POLIMA Centre presented on quantum plasmonics and graphene plasmon applications at the 16th International Conference on M... -
Strontium-Modified BaTiO3 Composite Nanogenerators Achieve 60V Output for Flexible, Self-Powered Human-Machine Interactions
ACS Publications USA Overview This research focuses on strontium-modified BaTiO3 composite nanogenerators for flexible and self-powered human-machine interactions. While lead zirconate titanate (PZT) offers excellent piezoelectric proper... -
Lead-Free KNN Ceramics Achieve Giant Electrostrain of 1068 pm/V via Defect and Domain Engineering, Enabling Low-Cost Actuators
ACS Publications USA Overview Researchers prepared a 200 μm-thick KNN-based ceramic exhibiting a giant electrostrain (d*33 up to 1068 pm/V under 15 kV/cm) by sintering in a reducing atmosphere. This significant electrostrain primarily or... -
High Refractive Index Silver Nanoparticle Metamaterials Achieve 72% of Fundamental Bounds, Advancing Optical Miniaturization
ChemRxiv Unknown Overview This preprint explores dense assemblies of silver nanoparticles as a scalable route to high-index optical metamaterials. Researchers synthesized quasi-spherical silver nanoparticles (17-66 nm diameter) and assem... -
U.S. Space Force Awards $615 Million SB-AMTI Satellite Contracts to Rocket Lab and Two Others, Diversifying Beyond SpaceX
Defense One USA Overview The U.S. Space Force has awarded contracts totaling $615 million to Rocket Lab, STR, and a third company to reduce its reliance on SpaceX for Space-Based Adaptive Moving Target Indication (SB-AMTI) capabilities. ... -
Spatial Computing Integrates AI, AR/VR, and Edge Computing to Merge Digital Systems with Physical Space
EkasCloud USA Overview Spatial computing unifies cutting-edge technologies like AI, computer vision, AR/VR/MR, sensors, cameras, spatial mapping, edge computing, and cloud computing, enabling digital systems to understand and interact wi... -
US DOD Highlights Microgravity’s Superiority in Protein Crystal and Semiconductor Manufacturing
RealClearDefense USA Overview A meta-analysis of microgravity experiments confirms over 70% of protein crystals grown in space surpass Earth-based counterparts in size, structure, and uniformity. Consequently, companies like Space Forge ...
