Metaoptics Enable Precise Control of Optical Forces on Silicon Nanomembranes
Researchers achieve tunable optical forces—both attractive and repulsive—on metasurfaces by engineering multipolar mode interference in suspended silicon nanomembranes.
Revolutionary Bulk-Cusp Microstructure Enables Programmable Multi-Directional Liquid Spreading
Discover how innovative bulk-cusp microstructures allow precise, energy-free control of liquid spreading in up to four directions, advancing wetting technology for science and engineering.
CellScope: Revolutionizing Single-Cell Analysis with Tree-Structured Cellular Hierarchies
CellScope introduces a powerful tree-structured workflow for single-cell data, enabling detailed cellular hierarchies, advanced clustering, and intuitive visualization for deeper biological insights.
Revolutionizing LiDAR: Spectrally Encoded Parallel Systems Powered by Super-Bunching Light
Discover how super-bunching light enables a spectrally encoded parallel LiDAR system, offering crosstalk-free channel division and long-range detection beyond traditional limitations.
Revolutionizing Cell Biology: Closed-Loop Optogenetic Control Powers Outcome-Driven Microscopy
Discover how closed-loop optogenetic control and real-time feedback are transforming smart microscopy, enabling adaptive, outcome-driven imaging for advanced cell biology research.
Computational Engineering of Allulose-Responsive Biosensors for Auto-Inducible Protein Expression and Dynamic CRISPRi Metabolic Control
Discover how advanced computational design enhances allulose biosensors, enabling precise auto-inducible protein expression and dynamic CRISPRi-based metabolic regulation.
Can the Brain Decode Its Own Signals? Exploring Meta AI’s Breakthrough in Brain-Wide Magnetic Field Reading
Meta AI decoded visual thoughts from brain magnetic fields. Could the brain itself use similar mechanisms to coordinate its global state?
Revolutionizing Imaging: Ultrafast All-Optical Hybrid Metasurfaces for THz Spectrometry and Single-Pixel Imaging
Discover how innovative hybrid metasurfaces enable ultrafast, all-optical THz spectrometry and single-pixel imaging, eliminating mechanical delay lines and enhancing spatial-spectral modulation.
Photoswitchable Olefins Unlock Precision in Controlled Polymerization
Discover how photoswitchable olefins as latent metathesis monomers enable precise, on-demand polymerization, advancing materials science and 3D printing.
Faceted Manganese Oxide Nanoarrays Enable Selective Ethylene Electro-Oxidation to Ethylene Glycol in Water
Discover how (111)-rich Mn2O3 nanoarray electrodes drive efficient, selective ethylene electro-oxidation to ethylene glycol, offering a sustainable, non-precious-metal catalyst solution for green...
Breakthrough Silicon Electro-Optic Platform Achieves 100+ GHz Bandwidth for Next-Gen Optical Communications
IHP researchers unveil a silicon photonic platform with monolithically integrated >110 GHz Ge-Si modulators and >200 GHz fin photodiodes, setting new standards for ultra-fast optical...
Emerging 'Brain Weapons': Scientists Warn of Real-World Threats Beyond Science Fiction
Experts urge global action as neuroscience, AI, and pharmacology make 'brain weapons' a plausible threat, highlighting gaps in current arms treaties.
Eco-Friendly, Fully Recyclable Ionic Thermoelectrics Revolutionize Human–Machine Interfaces
Discover how non-toxic, recyclable ionic thermoelectric hydrogels are transforming sustainable human–machine interfaces with superior flexibility and performance.
Revolutionary Synthetic Tongue Accurately Measures Chilli Heat, Protecting Human Tasters
A gel-based artificial tongue inspired by milk's cooling effect now safely evaluates chilli spiciness, eliminating the need for human testers.
The Evolution of String Theory: Where Does It Stand Today?
Once hailed as the key to unlocking the universe's mysteries, string theory's journey has taken unexpected turns. Discover its current status and future prospects.