NANOTECHNOLOGYRead on to know how planktons and nanoparticles would help keep excess carbon dioxide in the ocean. An international study showed there might be a pressing need to enlist some of our planet's tiniest residents in the urgent effort to remove excess carbon dioxide from the atmosphere.
A new physical theory for advanced materials creates effective visualization of optimal structure for nanodevices. Get to know more about the Extended Landau Free Energy Model here. Read now!
Read on to know what chiral selectivity means as experts make 3D flower corollas. Hanyang University researchers have recently developed a dynamic chirality selection three-dimensional (3D) microarray.
A novel kind of nanoparticle that can support identifying an ectopic pregnancy was developed by scientists from Oregon Health and Science University. Know more about this developing news here, read now!
Growing nanotubes can guide a 'holy grail' of raising batches in a single chirality like a giraffe reaching for the leaves in a tree. Know more about this discovery here, read now!
Finely dispersed nanocrystals can store light energy and conduct chemical reactions according to the newest developed study by the Chinese Academy of Sciences. Know more about this news here.
Read on to know how nanotechnology would send “eat me” signals to cancer cells. Using nanotechnology, researchers have created a platform that can alter how the immune system perceives solid tumor cells, making them more susceptible to immunotherapy.
Researchers developed a magnetic material that can replicate how synapses of neurons work, and mimic learning that occurs in the brain during deep sleep. Read the article to learn more.
Physicists have developed a clever way of separating nano-components by immersing them in a solvent near their critical point. Read the article to find out more.
Read on to know how artificial intelligence and nanosensors could detect and monitor cancer cells. New sensors may provide doctors and cancer researchers with new capabilities by examining enzyme activity at the organism, tissue, and cellular sizes.
Scientists explore how nanoparticles would interact with human cells to improve nanomedicine and develop next-generation personalized biomedical technologies. Read the article to learn more details.
Researchers explore how nanoparticles would interact with cells in humans and offers fundamental knowledge to help enhance nanomedicine. Read to know more.