Advanced materials synthesis and nanotechnology

For femtosecond pulse interactions in precision nanoscale material processing

femtosecond lasers nanoscale fabrication precision engineering ultrafast optics material science

Using nanoscale mixing for targeted drug delivery in cancer immunotherapy

nanoparticle synthesis combination therapy tumor microenvironment controlled release immunomodulation

With glacier stabilization nanomaterials to mitigate ice sheet collapse

cryoengineering geoengineering materials ice preservation climate intervention supramolecular hydrogels

In nanoradian angular precision: Advancing gravitational wave detection with quantum metrology

nanoradian precision gravitational waves quantum metrology LIGO entanglement

In yoctogram mass measurements: detecting ultralight particles with nanomechanical resonators

yoctogram nanomechanical resonators ultralight particles mass spectrometry quantum sensing

Blending ancient materials science with nanotechnology: reverse-engineering Roman concrete for modern applications

Roman concrete nanotechnology ancient materials sustainable construction reverse-engineering

Revolutionizing spinal cord repair through magnetically guided nanorobots and neurostimulation

nanorobots neuroregeneration spinal injury magnetic guidance medical robotics

Using nanoscale mixing to enhance catalytic efficiency in heterogeneous reactions

nanoscale mixing heterogeneous catalysis fluid dynamics reaction efficiency nanoparticle synthesis

Optimizing flow chemistry robots for high-throughput synthesis of pharmaceutical intermediates

flow chemistry robotics pharmaceutical synthesis high-throughput automation

Targeting cellular senescence with CRISPR-based gene editing therapies

CRISPR senescence aging gene therapy telomeres

Harnessing quantum vacuum fluctuations for ultra-low-energy nanoscale sensors

quantum vacuum nanoscale sensors zero-point energy Casimir effect precision measurement

In attojoule energy regimes for nanoscale robotic actuation

attojoule robotics nanoscale actuation energy efficiency medical nanobots precision control