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THIS IS THE MOVEMENT OF THOUSANDS OF NANOMOTORS, EACH MOVING INDEPENDENTLY, ON A CONFINED TRACK. THE NANOMOTORS START AT THE CENTRE, AND RANDOMLY CHOOSES A DIRECTION. THE TWO MODES MOVING LEFT AND RIGHT ILLUSTRATE HOW THE NANOMOTORS BEGIN BY RANDOMLY CHOOSING A DIRECTION AND CONTINUE MOVING IN THAT DIRECTION. THE…
Scientists have developed a remarkable new molecular motor that spins when electricity passes through it. Inspired by an ancient invention, the tiny machine can even reverse its direction when the electrical voltage is switched.…
A key focus of the discussion was the potential integration of MIT CBI’s portable electrochemical reader with NANOTEC’s disposable electrochemical sensor strips. This integrated approach aims to enable rapid and convenient…
To evaluate the reaction energies of the HIR and WFR in oxide materials, several atomic reactions were considered. The HIR refers to the reaction of an interstitial H atom binding with lattice oxygen to form a lattice OH with: where R is the gas constant; T is the temperature. The…
Chemistry PhD candidate Kate Fraser won 3rd place in the 2022 Young Persons’ World Lecture Competition (YPWLC) with her presentation on the untapped potential of highly conductive plastics in addressing the global energy crisis.…
As the world faces new and often untreatable viral threats, Simon Fraser University researchers have found a way to cut years off the time it takes to discover antiviral drugs. The research enables scientists to quickly create large libraries of nucleoside analogs (NAs), compounds that mimic the building blocks of…