The discovery of a new form of magnetism is a significant step toward “spintronic” memory chips, which could improve ...

The coating, if widely adopted, promises to significantly lower upkeep costs and increase the durability of iron-based products in construction, transportation, and manufacturing.

Physicists have demonstrated a new form of magnetism that could one day be harnessed to build faster, denser, and less ...

Tron 1 robot stays upright in a moving truck, showcasing advanced balance and control without external support in real-world ...

Methylene blue donates electrons to (reduces ... Yes, this technique is called double staining. Lugol’s iodine is a solution of potassium iodide with iodine in water. Your doctor may use ...

Chlorine, a powerful oxidant, preferentially strips electrons away from bromides in ... flame-retardant printed circuit boards. Last up is iodine, the halogen that kicked this whole thing off.

But it won't necessarily help with fast charging. The iodine turned out to be a critical component. While the exchange of electrons with sulfur is relatively slow, iodine undergoes electron ...

By employing traceless electrons instead of stoichiometric oxidants as the alternative clean “reagents”, many hypervalent iodine compounds were efficiently electro-synthesized via anodic oxidation ...

and the hole density of aqueous iodine (yellow). Credit: Jinggang Lan/EPFL But shedding light on CTTS could also have implications into a wide range of applications involving charge and energy ...

Many things make 2D materials interesting but a primary one is that they confine the ways that particles like electrons can move within them. Columbia Chemist Xavier Roy used a traffic analogy to ...