Defect-laden vertical graphene MOF assembly enables simple, sustainable production of chemicals
Researchers develop a scalable process for stable graphene-metal hybrids, enhancing sustainable chemical production with improved fabrication.
Nanotechnology Spotlight – Latest Articles
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Engineered living materials achieve reconfigurable growth
Inspired by morphogenesis, researchers create a reconfigurable living material from magnetic microparticles, yeast cells, and hydrogels. Additive biomanufacturing takes a leap forward.
Spiking photodetectors mimic retina to enable energy-efficient visual recognition
Novel spiking neural network architecture processes images using event-driven photodetector circuits inspired by biological vision. Direct optical-to-spike conversion slashes power needs for visual pattern recognition tasks.
Laser-induced graphene enables smart sensing honeycombs with multifunctional performance
Researchers pioneer smart honeycombs by stacking and morphing laser-induced graphene layers, enabling innovative aerospace materials with integrated responsiveness to flight stresses like excessive heat, turbulence or ice buildup.
Researchers discover how functional nucleic acid nanoparticles can effectively deceive the immune system
Scientists detail technique to camouflage immunostimulatory nucleic acid nanofibers via dna aptamer functionalization, thereby dramatically expanding possibilities for employing structures as vaccine adjuvants or immunotherapy vectors.
Machine learning enables more directed synthesis of specialized nanoparticles
Machine learning methods and data science can uncover hidden patterns in nanoparticle synthesis conditions and property outcomes.
How can nanotechnology transform food safety worldwide?
New scientific review explores five high-potential applications of nanotechnology for combating contamination, spoilage and fraud issues facing the global food supply.
Mussle-inspired coating process enables rapid fabrication of wafer-scale nanoparticle films
Researchers developed an innovative biomimetic technique enabling swift electrostatic assembly of functional nanoparticle monolayers across entire silicon wafers within seconds, over 100-1000 times faster than previous methods.