Stay informed on scientific discoveries and technological advancements shaping our world.
Scientists have developed synthetic non-genetic DNA systems that enable precise protein binding in living cells, opening new possibilities for cellular engineering beyond traditional genetic...
Discover how thiazole-conjugated COF membranes deliver exceptional molecular desalination performance and chemical stability under harsh acidic conditions.
China's EAST fusion reactor has surpassed the long-standing plasma density limit, proving tokamaks can achieve higher atom densities and paving the way for breakthroughs in fusion energy.
Discover a streamlined protocol for producing impermeable fluorescent HaloTag ligands, enabling rapid, high-contrast visualization of cell surface proteins for live-cell and super-resolution...
Researchers achieve tunable optical forces—both attractive and repulsive—on metasurfaces by engineering multipolar mode interference in suspended silicon nanomembranes.
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 introduces a powerful tree-structured workflow for single-cell data, enabling detailed cellular hierarchies, advanced clustering, and intuitive visualization for deeper biological insights.
Discover how super-bunching light enables a spectrally encoded parallel LiDAR system, offering crosstalk-free channel division and long-range detection beyond traditional limitations.
Discover how closed-loop optogenetic control and real-time feedback are transforming smart microscopy, enabling adaptive, outcome-driven imaging for advanced cell biology research.
Discover how advanced computational design enhances allulose biosensors, enabling precise auto-inducible protein expression and dynamic CRISPRi-based metabolic regulation.
Meta AI decoded visual thoughts from brain magnetic fields. Could the brain itself use similar mechanisms to coordinate its global state?
Discover how innovative hybrid metasurfaces enable ultrafast, all-optical THz spectrometry and single-pixel imaging, eliminating mechanical delay lines and enhancing spatial-spectral modulation.
Discover how photoswitchable olefins as latent metathesis monomers enable precise, on-demand polymerization, advancing materials science and 3D printing.
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...
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...