Bio-inspired engineering solutions

Via coral reef electro-accretion to accelerate underwater habitat restoration

coral electro-accretion reef restoration marine conservation bio-mineralization underwater habitats

Preparing for 2032 processor nodes with 3D-stacked neuromorphic architectures

neuromorphic computing 3D chip stacking post-Moore's Law advanced nodes memristive circuits

Optimizing neural network training across synaptic time delays in neuromorphic computing

neuromorphic computing synaptic delays neural networks brain-inspired algorithms time-delay optimization

Bridging quantum biology with information theory in photosynthesis efficiency

quantum biology photosynthesis optimization exciton transport information entropy bio-inspired photovoltaics

Employing ruthenium interconnects during circadian rhythm minima for low-power computing

ruthenium interconnects circadian rhythms low-power computing neuromorphic engineering energy efficiency

Optimizing neural network efficiency through axonal propagation delays in artificial intelligence

neural networks axonal delays AI efficiency bio-inspired computing propagation latency

Advancing 3D monolithic integration for next-generation neuromorphic computing architectures

neuromorphic engineering 3D integration memristors AI hardware parallel processing

In plant communication networks for early drought stress detection in crops

phytosensors drought resilience rhizosphere signaling precision agriculture bioelectronics

Across axonal propagation delays in neuromorphic computing for biologically plausible AI

axonal delays neuromorphic computing biologically inspired AI signal propagation spiking neural networks

Using gate-all-around nanosheet transistors for ultra-low-power neuromorphic computing

neuromorphic engineering nanosheet FETs low-power electronics brain-inspired computing transistor design

Combining mitochondrial uncoupling mechanisms with wearable thermoelectric generators

mitochondrial uncoupling thermoelectrics wearable tech bioenergy heat conversion

Using topological insulators for spintronics-based neuromorphic computing architectures

topological insulators spintronics neuromorphic computing edge states non-volatile memory