Atomfair Brainwave Hub: SciBase II / Artificial Intelligence and Machine Learning / AI-driven scientific discovery and automation

AI-driven scientific discovery and automation

Showing 109-120 of 158 articles

During gamma-ray burst afterglows, probing dark matter interactions with high-energy astrophysics

Through failed experiment reanalysis using AI-driven anomaly detection frameworks

Projecting 2040 applications of catalyst discovery algorithms in carbon capture

Employing spectral analysis AI for real-time monitoring of single-molecule systems

Decoding magnetar magnetic field decay through X-ray polarization measurements

Detecting biosignatures in exoplanet atmospheres via high-resolution transmission spectroscopy

Tracing Ediacaran biota development through computational paleogenomics and 3D fossil reconstruction

Connecting medieval alchemy with modern materials discovery using AI

Targeting plastic-eating enzyme evolution with collaborative robot cells for waste bioremediation

Employing spectral analysis AI to decode hidden patterns in exoplanetary atmospheric spectra.

Bioinspired soft robot locomotion control employing proprioceptive feedback loops from octopus tentacles

Via high-throughput catalyst screening for electrochemical ammonia synthesis