Nanoparticles

Illustration depicting MPsomes nanoparticles that compete with macrophages for adhesion to inflamed blood vessels in a tumor, thus altering the tumor microenvironment and inhibiting cancer progression.

Drug-free nanoparticles halted aggressive breast cancer tumors in preclinical trial

New nanoparticles developed at the Technion do not release a drug, but rather affect the immune system around the tumor. In a preclinical trial, they inhibited aggressive triple-negative breast cancer.
Figure: Spin-locking effect of photons scattered from nanoparticles in a fluid moving randomly due to Brownian motion. Courtesy of Prof. Erez Hasman, Technion

Order from Chaos: Brownian Motion “Locks” the Spin of Photons in a Liquid

A study in Nature Materials from the Technion and China presents a new phenomenon in which light scattering from randomly moving nanoparticles creates measurable order – and may enable particle characterization and new optical methods.
A laser beam strikes glass particles. Credit: Lorenzo Dania (ETH Zürich)

Room-temperature quantum breakthrough shakes physicists

Scientists have achieved a breakthrough in quantum research by showing that nanoparticles can exhibit quantum rotational oscillations even at room temperature—without cooling them to near absolute zero.