AI and machine learning applications

Decoding ancient human migrations by merging archaeogenetics with deep learning algorithms

paleogenomics population genetics AI ancient DNA migration patterns

Synthesizing algebraic geometry with transformer architectures for symbolic reasoning tasks

algebraic geometry transformer networks symbolic AI mathematical reasoning geometric deep learning

Decoding neural population dynamics during decision-making with high-density electrophysiology

neural dynamics decision-making electrophysiology population coding cognitive neuroscience

Synthesizing Sanskrit linguistics with NLP models for ancient manuscript machine translation

computational linguistics neural machine translation morphology parsing historical languages knowledge graphs

Merging archaeogenetics with machine learning to reconstruct Pleistocene human migration routes

paleogenomics population genetics convolutional neural networks haplogroup mapping biogeography

Ferroelectric hafnium oxide memristors for neuromorphic computing in edge AI devices

neuromorphic computing hafnium oxide memristors edge AI in-memory computing

Dynamic token routing protocols for scalable blockchain interoperability in decentralized finance

blockchain interoperability token routing DeFi smart contracts cross-chain

Via multimodal fusion architectures for next-generation medical diagnostics

multimodal fusion medical diagnostics AI genomics imaging

Mapping neurotransmitter release dynamics across synaptic time delays in neural networks

neurotransmitter release synaptic delays neural networks spatiotemporal patterns brain circuits

Catastrophic forgetting mitigation in sparse mixture-of-experts models via dynamic synaptic consolidation

catastrophic forgetting mixture-of-experts synaptic consolidation continual learning sparse networks

Decoding ancient human migrations by merging archaeogenetics with machine learning

archaeogenetics machine learning human migration ancient DNA population genetics

Optimizing exascale system integration through bio-inspired neural network architectures

exascale computing neural networks system integration bio-inspired design high-performance computing