Courtney et al. developed a machine, dubbed the “eXfoliator,” which can automate the production of graphene samples using the ...

Solar cells based on perovskites, materials with a characteristic crystal structure first unveiled in the mineral calcium ...

If we can harness the potential of quantum physics, modern computers may come to seem like plodding calculators in comparison with the machines of the future, says Chris Carter ...

Described as thinner than a single atom and capable of operating 100 times faster than current silicon-based devices ... field-effect transistor (GAAFET) structure—a design that wraps the ...

This study presents a breakthrough in carbyne synthesis, utilizing carbon nanotubes to improve stability and production for future technological applications.

One reason why that model needs to be run so many times is that it uses randomly generated guesses for the starting point of the transition state structure ... estimates each atom's position ...

There has been an explosion of interest in the physics of graphene — individual layers of graphite in which each carbon atom is bonded ... uniformly 'coat' 300-mm silicon wafers with a monolayer ...

The rise of emerging sectors, with global aluminum usage in PV reaching 11.4% in 2023, becoming the fastest-growing sector, where EVs use 30%-50% more aluminum per vehicle than traditional cars, and ...

Scientists Find the Oldest Human-Made ‘Impossible’ Crystal Formed Out of One of the Most Violent Weapons The consequences of ...

Semiconductors are the fundamental building blocks of almost all modern electronics, powering everything from smartphones and ...

In the rapidly evolving field of quantum computing, silicon spin qubits are emerging as a leading candidate for building ...

The innovation delivers faster charging, higher energy density, with extreme durability – even in the most challenging ...