AI-driven scientific discovery and automation

Employing retrieval-augmented generation for real-time scientific literature synthesis in biomedicine

retrieval-augmented generation biomedical NLP real-time synthesis knowledge extraction AI-assisted research

Reanalyzing failed experiments with controversial but promising approaches in catalysis

failed experiments catalysis data reanalysis unconventional methods reaction mechanisms

Targeting cellular senescence using explainability through disentanglement in AI models

cellular senescence AI explainability disentanglement biomarkers aging

Directed self-assembly of block copolymers with human-in-the-loop adaptation for nanofabrication

block copolymers self-assembly nanofabrication human-in-the-loop adaptive manufacturing

Mapping electron transfer pathways within attosecond timeframes using XFEL pulses

attosecond physics XFEL imaging electron dynamics ultrafast chemistry coherent control

Accelerating catalyst discovery via multi-modal embodiment and real-time crystallization control

catalyst discovery multi-modal robotics crystallization control AI-driven synthesis high-throughput experimentation

Investigating galactic rotation periods through high-resolution radio telescope arrays

galactic dynamics radio astronomy dark matter interferometry spiral galaxies

Developing autonomous lab assistants for high-throughput chemical synthesis optimization

lab automation chemical robotics catalyst discovery machine learning high-throughput screening

Measuring galactic rotation periods using variable star synchronization techniques

astrophysics Milky Way stellar variability galactic structure

Deploying collaborative robot cells for precision assembly of flexible electronics

collaborative robots flexible electronics precision assembly automation roll-to-roll manufacturing

Reanalyzing failed exoplanet detection experiments for hidden atmospheric biosignatures

exoplanets biosignatures data reanalysis atmospheric chemistry false negatives

Via exoplanet atmosphere analysis to detect biosignatures in tidally locked worlds

exoplanet atmospheres biosignatures tidal locking astrobiology spectroscopy