Electrical fields precisely guide DNA molecules in real time
Researchers have developed a novel device that uses finely tuned electrical fields to trap, steer, and study individual DNA molecules…
Researchers have developed a novel device that uses finely tuned electrical fields to trap, steer, and study individual DNA molecules…
“`html Researchers in Singapore have developed a novel nanomedicine that successfully reduces liver fat, inflammation, and scarring in preclinical models…
Researchers use near-field electrospinning and computer simulations to fabricate and optimize random nanofiber networks, predicting stiffness and strength
Scientists in Denmark have developed a transparent window coating that automatically blocks solar heat without using any power, sensors, or…
Scientists have created a visible-light powered nanoreactor, a self-assembling M6L4 octahedral cage that confines ultra-small gold nanoparticles to drive selective reactions
AI-generated nanomaterial images fooled trained scientists, as a CycleGAN learned from a small set of authentic microscopy pictures to produce convincing fakes
Scientists realize a Floquet Chern insulator in a nonlinear photonic crystal, using laser driving to trigger topological edge states for robust light transport
Caltech researchers demonstrate heat-rechargeable DNA machines powered by heat pulses, a reusable energy solution for nanoscale logic gates and neural nets
Hybrid MXene/PVDF flexible pressure sensor with 0.4% MXene loading delivers 43 pC/N piezoelectric response and 0.0480 V/N sensitivity, enabling self powered wireless sensing for wearables
New filtration membranes built from highly structured, crystalline materials are demonstrating remarkable effectiveness at removing pharmaceutical drugs from water. These…