Advanced materials synthesis and nanotechnology

Accelerating drug discovery through accidental nanoparticle self-assembly pathways

accidental discovery nanoparticle self-assembly drug delivery bioavailability enhancement serendipitous chemistry

Updating Cold War research on atmospheric ionization using modern sensor arrays

atmospheric science ionization sensors Cold War research nanotechnology geophysics

Enhancing drug delivery precision using nanoscale mixing and targeted liposomes

nanoscale mixing liposomes drug delivery targeted therapy pharmacokinetics

With flow chemistry robots for rapid drug discovery pipelines

flow chemistry drug discovery automated synthesis AI robotics pharmaceuticals

Optimizing drug discovery pipelines using computational retrosynthesis and AI-driven reaction prediction

computational retrosynthesis AI-driven synthesis drug discovery reaction prediction cheminformatics

Optimizing urban heat island mitigation strategies for megacity-scale solutions using reflective nanomaterials

urban heat island reflective nanomaterials megacity planning thermal regulation climate adaptation

Engineering viral-resistant crops via directed self-assembly of block copolymers and CRISPR

agricultural nanotechnology plant virology block copolymers CRISPR-Cas9 biomimetic coatings

Blending ancient Roman concrete formulations with carbon nanotube reinforcement for ultra-durable infrastructure

Roman concrete carbon nanotubes durable infrastructure ancient materials nanocomposites

Through stellar nucleosynthesis cycles using waste-heat thermoelectrics

nucleosynthesis thermoelectrics waste heat recovery astrophysics material science

Developing automated retrosynthesis pipelines for femtosecond pulse interactions in photochemistry

retrosynthesis femtosecond lasers photochemistry AI automation reaction pathways

Glacier stabilization using programmable nanomaterials to combat climate-induced ice loss

climate engineering ice preservation smart materials glacial hydrology nanoscale reinforcement

Extending human lifespan via telomerase activation and proteostasis network modulation

longevity telomerase proteostasis aging biogerontology