Advanced materials for next-gen technology

Through solvent selection engines: accelerating drug polymorph discovery via machine learning

drug polymorphism solvent selection machine learning crystallization pharmaceuticals

At spin relaxation timescales for fault-tolerant topological quantum memory

spin relaxation quantum memory topological materials coherence time fault tolerance

Through failed experiment reanalysis: uncovering hidden superconductivity pathways in metallic hydrides

superconductivity metallic hydrides high-pressure physics data reanalysis materials discovery

For stratospheric aerosol injection calibration: developing microphysical models from volcanic eruption analogs

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Reengineering Leonardo da Vinci’s Flight Mechanisms Using Modern Aerodynamic Simulations

historical engineering CFD analysis aerodynamics Leonardo da Vinci biomimicry

For next-generation smartphone integration of quantum dot-based micro-displays

quantum dots micro-displays smartphone screens energy efficiency nanotechnology

At spin relaxation timescales in room-temperature qubits

spin relaxation room-temperature qubits coherence times solid-state physics quantum materials

Through failed experiment reanalysis using adversarial machine learning

failed experiments adversarial ML data reanalysis scientific discovery pattern recognition

Enhancing neutrino detection sensitivity using quantum metamaterial absorbers

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Fusing origami mathematics with robotics for photonic quantum memory

origami robotics quantum memory photonics foldable nanostructures quantum computing

Probing dark matter distributions through nanoradian angular precision in gravitational lensing

dark matter gravitational lensing nanoradian precision astrophysics cosmology

Decoding quantum gravity effects in Planck-scale approximations using explainability through disentanglement

quantum gravity Planck scale disentanglement explainable AI theoretical physics