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AI and machine learning in scientific discovery

Showing 61-72 of 74 articles

Exoplanet atmosphere analysis via synchronized spectral mapping during stellar flare events

During gamma-ray burst afterglows, how do magnetic fields influence particle acceleration mechanisms?

Via exoplanet atmosphere analysis: detecting biosignatures with next-gen space telescopes

Predicting stellar evolution timescales for low-mass red dwarfs

During neurotransmitter release events: mapping synaptic vesicle dynamics in real-time

Probing electron dynamics within attosecond timeframes using high-harmonic generation

During gamma-ray burst afterglows to probe extreme relativistic jet physics

During gamma-ray burst afterglows with next-generation neutrino detectors

Reanalyzing failed experiments in quantum computing to uncover hidden error-correction mechanisms

Via exoplanet atmosphere analysis using next-generation space telescopes

Via exoplanet atmosphere analysis using next-generation space-based spectrometers

Analyzing gamma-ray burst afterglows to probe interstellar medium composition