Synthesizing algebraic geometry with neural networks to improve topological data analysis
algebraic geometry
neural networks
topological data analysis
machine learning
mathematical modeling
With embodied active learning in quantum chemistry simulation environments
quantum computing
chemical education
virtual reality
molecular dynamics
STEM training
Targeting cellular senescence with CRISPR-based gene editing interventions
CRISPR
senescence
aging
gene therapy
epigenetics
Synthesizing algebraic geometry with neural networks for topological data analysis
algebraic geometry
neural networks
topology
machine learning
manifolds
Bridging quantum biology with information theory to model enzyme tunneling effects
quantum biology
enzyme dynamics
information theory
biophysics
catalysis
Developing next-generation smartphone thermal management via existing manufacturing infrastructure
thermal management
smartphones
graphene
manufacturing scalability
consumer electronics
Capturing electron dynamics at zeptosecond resolution to unravel quantum tunneling mechanisms
zeptosecond physics
electron dynamics
quantum tunneling
attosecond science
ultrafast imaging
Femtosecond pulse interactions with exotic quantum materials for ultrafast computing
femtosecond lasers
quantum materials
ultrafast computing
photonics
condensed matter physics
Paleomagnetic reversals as a proxy for ancient climate change patterns
paleomagnetism
climate proxies
geomagnetic reversals
Earth history
sediment analysis
For femtosecond pulse interactions in non-linear optical metamaterials
femtosecond optics
metamaterials
non-linear photonics
plasmonics
optical computing
Synthesizing algebraic geometry with neural networks for 3D protein structure prediction
algebraic geometry
neural networks
protein folding
3D modeling
computational biology
For femtosecond pulse interactions with 2D materials to achieve attosecond control
femtosecond lasers
2D materials
attosecond physics
electron dynamics
ultrafast spectroscopy