Stay informed on scientific discoveries and technological advancements shaping our world.
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...
Experts urge global action as neuroscience, AI, and pharmacology make 'brain weapons' a plausible threat, highlighting gaps in current arms treaties.
Discover how non-toxic, recyclable ionic thermoelectric hydrogels are transforming sustainable human–machine interfaces with superior flexibility and performance.
A gel-based artificial tongue inspired by milk's cooling effect now safely evaluates chilli spiciness, eliminating the need for human testers.
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.
AI-Newton, a Chinese-developed AI, autonomously uncovers scientific laws from raw data, hinting at future discoveries while still lacking full human reasoning.
UK schools are revamping their computer science GCSE, introducing a broader computing curriculum with an emphasis on AI literacy and exploring new data science qualifications.
A revolutionary microchip survives 1,500°C and intense radiation, enabling real-time data collection from inside nuclear reactor cores.
Discover how sustainable memristors made from shiitake mycelium are transforming neuromorphic computing, offering greener, cost-effective alternatives to traditional semiconductor technology.
OpenFold3 debuts as an open-source AI tool aiming to rival DeepMind's AlphaFold in protein structure prediction, offering researchers free access to cutting-edge molecular modeling.
DIGIT, a Bayesian imaging technique, maps quantum emitters to lattice sites with 0.178 Å precision, introducing an exponential scaling law for ultra-precise, parallel localization in quantum and...
Oxford University scientists have achieved a breakthrough by teleporting information between two separate quantum computers, paving the way for advanced quantum networks.