Targeting protein misfolding through mechanochemical reactions for neurodegenerative diseases
protein misfolding
mechanochemistry
neurodegenerative diseases
Alzheimer's
Parkinson's
Integrating knot theory into protein folding prediction algorithms
knot theory
protein folding
biophysics algorithms
topological biology
molecular dynamics
Enhancing spintronic devices with topological insulators for ultra-low-power computing
topological insulators
spintronics
low-power computing
Evaluating telomerase activation through century-long clinical trials for age-related disease prevention
telomerase activation
aging research
clinical trials
age-related diseases
longevity therapeutics
At spin relaxation timescales in topological qubit error correction
spin relaxation
topological qubits
quantum error correction
coherence times
magnetic noise
Combining knot theory with biophysics to model protein folding pathways
knot theory
protein folding
biophysics
topological models
molecular dynamics
Using forbidden physics concepts to achieve room-temperature superconductivity in hybrid materials
exotic superconductivity
quantum anomalies
hybrid materials
room-temperature superconductors
Optimizing viral vector engineering for targeted gene delivery in CRISPR therapies
viral vectors
CRISPR
gene therapy
targeted delivery
bioengineering
Leveraging dynamic token routing for efficient sparse attention in transformer models
dynamic routing
transformers
sparse attention
efficiency
NLP
Probing molecular dynamics at zeptosecond resolution with attosecond laser pulses
zeptosecond resolution
attosecond physics
ultrafast lasers
molecular dynamics
quantum control
Connecting dark matter research with fluid dynamics to model cosmic web formation
dark matter
fluid dynamics
cosmic web
astrophysical simulations
viscosity analogies
Using carbon nanotube vias for ultra-high-density interconnects in quantum computing chips
carbon nanotubes
quantum computing
interconnects
chip design
nanofabrication