Atomfair Brainwave Hub: SciBase II / Advanced Materials and Nanotechnology / Advanced materials for next-gen technology

Advanced materials for next-gen technology

Showing 553-564 of 796 articles

Yoctogram mass measurements via optomechanical nanosensor arrays in vacuum chambers

Atomic precision defect engineering in diamond lattices for room-temperature quantum memory

Through photoredox chemistry, enabling selective C-H bond activation in complex molecules

At spin relaxation timescales, probing quantum coherence in molecular qubits

Through 2030 materials development for ultra-high-temperature superconducting magnets

Through morphological computation in soft robotics for uneven terrain navigation

For photonic quantum memory enabling ultra-secure long-distance communication networks

Optimizing cryogenic preservation durations for organ transplantation using novel cryoprotectants

Enhancing robotic affordance-based manipulation for unstructured environments

Deploying lattice-based cryptography for secure IoT networks during quantum transition

Reengineering Renaissance designs for modern biomechanical prosthetics

Employing neglected mathematical tools like tropical geometry for optimization in machine learning