Materials Science & Nanotech

2D materials, metamaterials, coatings, and nanoscale engineering.

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azonano.com > news.aspx

Can Better Graphene Dispersion Unlock Stronger Aluminum Nanocomposites?

3+ hour, 31+ min ago   (286+ words) Since the discovery of mechanical graphene exfoliation in 2004 and subsequent investigations into Gr/Al composites, considerable effort has been devoted to synthesizing these composites at the nanoscale. The review synthesizes over a decade of research, emphasizing the pivotal role of…...


azom.com > news.aspx

Biointegrated Batteries Turn Energy Storage Materials into Active Therapeutic Devices

2+ hour, 19+ min ago   (148+ words) From flexible electrodes to biodegradable architectures, researchers are redesigning battery materials so that electrochemical reactions can do far more than supply power. Electrical stimulation can support wound healing, nerve regeneration, and bone repair. It can guide cell migration, promote Schwann-cell…...


sciencealert.com > a-100-year-old-physics-effect-doesnt-work-how-we-thought-it-did-study-finds

A 100-Year-Old Physics Effect Doesn't Work How We Thought It Did, Study Finds

17+ hour, 41+ min ago   (278+ words) Non-physicists might hear of 'the Hall effect' and think it relates to the way time elongates when trying to get young children out of the front door, or the phenomenon where you always forget your keys or phone as you…...


bioengineer.org > scientists-uncover-electronic-secrets-behind-magic-magnesium-clusters

Scientists Uncover Electronic Secrets Behind Magic Magnesium Clusters

16+ min ago   (94+ words) Magnesium is one of the most familiar elements in the world, best known for burning with a blinding white flame and for its role in lightweight alloys. Yet at the nanoscale, magnesium behaves in ways that bulk metal never could....


bioengineer.org > spent-lithium-ion-batteries-transformed-into-powerful-catalysts-that-destroy-toxic-air-pollutants

Spent Lithium-Ion Batteries Transformed into Powerful Catalysts That

28+ min ago   (75+ words) Every year, hundreds of millions of lithium-ion batteries reach the end of their working lives, and most of the valuable materials locked inside them are never recovered. At the same time, factories, paint shops and refineries continue to pump volatile…...


bioengineer.org > hidden-charge-states-of-oxygen-vacancies-steer-green-electrocatalysis

Hidden Charge States of Oxygen Vacancies Steer Green Electrocatalysis

1+ hour, 17+ min ago   (504+ words) Defects in metal oxides have long been treated as a single, undifferentiated class of active sites, but a new study suggests that the fine print matters enormously....


medium.com > @sebastianricher > could-salt-help-build-the-batteries-of-the-future-4fbd3130f5b1

Could Salt Help Build the Batteries of the Future?

1+ hour, 52+ min ago   (29+ words) Most rechargeable batteries depend on lithium, but researchers and manufacturers are also developing batteries that use sodium. Sodium is widely …...


nature.com > subjects > biomechanics

Biomechanics - Latest research and news | Nature

2+ week, 6+ day ago   (252+ words) Biomechanics is the scientific study of the mechanics of living structures, or of non-living structures such as silk or nacre that are produced by organisms. The recently extinct thylacine was Australia’s largest marsupial predator and famously likened to dog-family carnivorans…...


bioengineer.org > lensless-x-ray-holotomography-goes-gigavoxel-scale-while-taming-multiple-scattering

Lensless X-Ray Holotomography Goes Gigavoxel Scale While Taming Multiple

2+ hour, 10+ min ago   (54+ words) X-ray imaging has long promised a tantalizing goal: the ability to peer inside intact, three-dimensional objects at nanometre resolution without slicing, staining, or otherwise destroying them. A newly reported advance in lensless holotomography moves that promise substantially closer to routine…...


bioengineer.org > fungal-nanofibers-turn-aspergillus-niger-waste-into-antibacterial-bioplastic

Fungal Nanofibers Turn Aspergillus niger Waste Into Antibacterial

3+ hour, 32+ min ago   (56+ words) A team of researchers at Tianjin University has developed a scalable process that converts the mycelium of the filamentous fungus Aspergillus niger into partially deacetylated chitin–glucan complex nanofibers, a renewable bionanomaterial with potent antibacterial activity and remarkable mechanical performance....