3D Graphene Aerogel Catalyst Shows Promise for Fuel Cells
New research from Rice University shows that graphene nanoribbons formed into a three-dimensional aerogel and enhanced with boron and nitrogen are excellent catalysts for fuel…
New research from Rice University shows that graphene nanoribbons formed into a three-dimensional aerogel and enhanced with boron and nitrogen are excellent catalysts for fuel…
In a newly published study, researchers from MIT detail a new inexpensive approach to generating silicon-core fibers. Scientists have known how to draw thin fibers…
In a newly published study, engineers demonstrate a novel approach to substantially modify orbital occupations and symmetries in electronically correlated oxides. How do you make…
A newly published study from MIT details how certain crystal boundaries can enhance, or reduce, the damaging effects that lead to metal embrittlement. When a…
New research from Rice University details the design and testing of three-dimensional supercapacitors made with laser-induced graphene. Rice University scientists advanced their recent development of…
A team of researchers has discovered the force that makes the organometallic compound palladium hexafluoroacetylacetonate jump. This thermosalient effect could potentially be applied in artificial…
Using sophisticated calculations that show how atomic-level forces affect the mechanical properties of a complex particle-based material, researchers from Rice University reveal new ways to…
Using graphene strips to deliver anticancer drugs sequentially to cancer cells, researchers are able to target the distinct part of the cell where the drug…
A newly published study details how a new MRI probe that pairs a magnetic nanostructure with an antibody can detect Alzheimer’s disease early. Evanston, Illinois…
A newly published study from MIT reveals the mechanism responsible for trapping the light, showing that this trapped state is much more stable than had…
Using a room-temperature magnetoelectric memory device, engineers at Cornell University have made a breakthrough that may lead to instant-start computers. Ithaca, New York – To…
Engineers from Yale University have strengthened solid materials by using very small embedded liquid droplets. Engineers at Yale University have discovered that the stiffness of…
Using an approach called valleytronics, a team of researchers has cleared hurdles toward a new kind of 2D microchip that uses different electron properties. New…
Using minuscule light-sensitive materials known as colloidal quantum dots, scientists from the University of Toronto have developed a new technique for spraying solar cells onto…
A newly published study from Rice University shows that graphene is 10 times better than steel at absorbing the energy of a penetrating projectile. Graphene’s…
A newly published study from MIT details a theoretical analysis showing that a family of two-dimensional materials exhibits exotic quantum properties that may enable a…
New research details how a MIT-based team has made important strides in the concept of using an electrical signal to control a magnetic memory. A…
Using a novel high-pressure precursor process, scientists from the Carnegie Institution for Science have synthesized an entirely new form of silicon. Silicon is the second…