Advanced semiconductor and nanotechnology development

Employing germanium-silicon strain engineering for ultra-efficient thermoelectric energy harvesting

thermoelectrics strain engineering germanium-silicon energy harvesting heterostructures

Through EUV mask defect mitigation using AI-driven nanoscale repair techniques

EUV lithography mask defects AI repair semiconductor manufacturing nanoscale correction

Via self-assembled monolayer doping for next-generation semiconductor devices

self-assembled monolayers semiconductor doping nanotechnology electronics fabrication

Harnessing attojoule energy regimes in nanoscale sensors for ultra-low-power IoT devices

attojoule energy nanoscale sensors ultra-low-power IoT devices energy-efficient electronics

Mitigating EUV mask defects through advanced computational lithography techniques

EUV lithography mask defects computational correction semiconductor fabrication nanoscale patterning

With ferroelectric hafnium oxide for non-volatile memory in edge AI devices

ferroelectric memory hafnium oxide edge computing AI hardware non-volatile storage

Through femtosecond laser ablation in precision nanoscale material patterning

femtosecond lasers nanofabrication laser ablation surface patterning photonic devices

Leveraging plasma-enhanced atomic layer deposition for next-gen semiconductor coatings

ALD semiconductor coatings plasma-enhanced thin films nanoelectronics

Through EUV mask defect mitigation for next-generation semiconductor lithography

EUV lithography mask defects semiconductor manufacturing nanofabrication photomask repair

Employing germanium-silicon strain engineering for high-performance quantum dot solar cells

strain engineering quantum dots photovoltaics germanium-silicon heterostructures

Uniting glacier physics with semiconductor design for next-generation smartphone integration

glacier physics semiconductor design smartphone cooling thermal management biomimicry

Probing spin relaxation timescales in quantum dots for fault-tolerant qubit design

spin relaxation quantum dots qubit stability coherence times semiconductor qubits