Materials Science

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Crystallizing Substrates Drag Supported Nanoparticles

 🔬Deep Tech  Content type: Academic
arxiv.org·

Pick & Place: C12's Carbon Nanotube Nanoassembly Process

 ⚛️Quantum Computing  Content type: News
c12qe.com··Hacker News

Light slows down carbon nanotubes in water

 Energy Tech  Content type: Academic
nature.com
·

How a PVAMU student is helping shape the future of semiconductors

 💡Semiconductors  Content type: Academic  Content type: Blog
pvamu.edu·

Nanoparticles target psoriasis genes, aiming to treat 190 million people worldwide

 🌐Emerging Tech
medicalxpress.com·

Universities Expand R&D Efforts in GAN, Sic, GaO

 💡Semiconductors  Content type: News  Content type: Blog

Acidic nanoparticles target Parkinson's at cellular source

 🩺Health
phys.org·

Inosine incorporation in DNA nanostructures and 3D DNA crystals

 🌐Emerging Tech  Content type: Academic
biorxiv.org·

Chiral nanoparticles drive enantiomer-specific osteogenic differentiation of stem cells and accelerate bone regeneration

 🔬Science
science.org·

Biohybrid microrobots repair spinal cord by combining stem cells with magnetoelectric nanoparticles

 🤖Robotics
rapamycin.news·

Compositional Optimization of CRISPR/Cas9 Lipid Nanoparticles for Efficient Knockdown of Target Genes

 🧬Biotech

India’s 2035 Chip Ambitions Focus on Targeted Design, Manufacturing Leadership

 💡Semiconductors  Content type: News
eetimes.com·

Researcher Targets Parkinson’s With Nanoparticle Therapy

 🩺Health  Content type: Academic
news.syr.edu·

Semiconductors enter 'multi-tasking' era: New device cuts required components by 75% and quadruples processing speed

 💡Semiconductors
techxplore.com·

The Next Computing Revolution May Come From Stacking Chips Like Skyscrapers

 💡Semiconductors
scitechdaily.com·

Deodorant Strictly Forbidden at Intel’s AI Chip Facility

 💡Semiconductors
futurism.com·

Robust AI-Driven Discovery of Electronic Metal Phosphide Semiconductors

 💡Semiconductors  Content type: Academic
arxiv.org·

Intercalated SiBCN‐Mo2C/PyC‐Al2O3 Ceramic Hierarchical Lattice Metastructure: A New Paradigm for Ultrabroad Bandwidth‐to‐Thermal Electromagnetic Absorption

 💡Semiconductors

Hybrid auxetic metamaterial platforms enabling multiscale isotropic expansion for distortion-free stretchable displays

 💡Semiconductors  Content type: Academic
nature.com·

Lighter X-ray aprons could spare health-care workers from chronic pain

 🩺Health
uwaterloo.ca·

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