Improving bioelectronics with Nafion films
25 November 2020Laurie Donaldson
Bio-based, luminescent, water-resistant wood film for lighting
24 November 2020Laurie Donaldson
Environmentally friendly use of mussel shell waste with interesting properties
23 November 2020Laurie Donaldson
Researchers have developed a quick and easy method for assessing new compositions of perovskite materials for use in solar cells.
23 November 2020
framework evaluates how a single nanowire grows and effects of different growth factors
20 November 2020Cordelia Sealy
Anti-reflective coatings inspired by the biostructure of moth eyes
18 November 2020Laurie Donaldson
By adding a sidechain and dopant to spherical carbon molecules, researchers have developed an efficient organic thermoelectric material.
17 November 2020
Researchers have shown they can synthesize nanographene by removing hydrogen from organic molecules with an atomic force microscope.
16 November 2020
By coating self-assembled DNA structures with silica, researchers were able to use them as scaffolds for the construction of 3D nano-superconductors.
13 November 2020
novel approach based on chemical vapor deposition produces forests of nanotubes 14 cm long
13 November 2020Cordelia Sealy
Researchers have developed a lead-free magnetic double perovskite, which raises the possibility of coupling spintronics with optoelectronics.
12 November 2020
Researchers have developed a biomaterial for treating wounds that reduces scar formation by triggering an adaptive immune response.
12 November 2020
Biomaterial approval opens citrate route to medical implants
11 November 2020David Bradley
Scientists have discovered that treating the hard calcium carbonate in mussel shells with acetic acid turns it into a soft, spongey material.
11 November 2020
Researchers have developed a new computational approach, based on Bayesian optimization, to accelerate the design of materials.
11 November 2020
Thursday, Nov. 19, 9am Boston, 2pm London, 3pm Berlin, 6am
San Francisco, Honolulu 4am
4 November 2020
Researchers have developed chemical scissors than can cut transition metal dichalcogenides into thin, catalytic nanoribbons for splitting water.
3 November 2020