Biotech and nanomedicine innovations

For immediate pandemic response via high-throughput catalyst screening of antiviral compounds

pandemic preparedness catalyst screening antiviral drugs high-throughput automation emergency response

Extending cryogenic preservation durations for organ storage using millisecond pulsar intervals

cryopreservation pulsar timing organ banking vitrification ischemia prevention

Bridging fundamental and applied research in quantum biology for disease diagnostics

quantum biology medical diagnostics biomolecular sensors quantum coherence early detection

Integrating neutrino detector arrays with proton therapy for real-time beam verification in cancer treatment

particle therapy neutrino detection hadron therapy beam verification medical physics

Through autonomous lab assistants for accelerated drug discovery pipelines

autonomous labs drug discovery AI robotics high-throughput screening pharmaceutical synthesis

Highlighting understudied applications of picocubic reaction chambers in enzymatic catalysis

picocubic chambers enzymatic catalysis microfluidics chemical synthesis nanoreactors

Integrating neutrino physics with medical imaging for early cancer detection

neutrino imaging cancer diagnostics particle physics medical technology early detection

For biodegradable electronics using silk-protein substrates

biodegradable electronics silk-protein substrates transient electronics e-waste reduction medical implants

Enhancing medical imaging resolution through neutrino-based tomography techniques

neutrino tomography medical imaging high-resolution diagnostics particle physics non-invasive scanning

Advancing yoctogram-scale mass measurements for single-molecule chemical reaction monitoring

yoctogram measurement nanomechanical sensors single-molecule chemistry mass spectrometry reaction dynamics

In yoctogram mass measurements for single-molecule chemical reaction monitoring

yoctogram mass spectrometry single-molecule chemical reactions ultrasensitive detection

Automated retrosynthesis for accelerating drug discovery in rare disease treatments

automated retrosynthesis drug discovery rare diseases AI chemistry synthetic pathways