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Interview & Opinion

The future of quantum computing and artificial intelligence

FWF Editorial staff

Wittgenstein Award winner Hans J. Briegel examines the fundamental potential of quantum information systems and artificial intelligence and how these technologies may interact in the future, while also addressing philosophical questions raised by these highly sophisticated systems. The physicist, who teaches and conducts research at the University of Innsbruck, expects that the way how we […] Continue reading “The future of quantum computing and artificial intelligence”
START Awardee Richard Küng

Interview & Opinion

Building a bridge to the quantum world

Interview: Dorian Schiffer

Unlike conventional computers, quantum computers are based on the strange effects of quantum physics, such as allowing systems to assume different states simultaneously. But there is huge gap between the quantum realm and the everyday world. Quantum computer scientist Richard Küng wants to bridge this gap. He will receive the 2023 FWF START Award for […] Continue reading “Building a bridge to the quantum world”
START Awardee Marcus Sperling

Interview & Opinion

Cross-dimensional quantum theories

Interview: Thomas Zauner

Physicist and START award winner Marcus Sperling is investigating a fundamental theory in physics, quantum field theory. He is developing new mathematical methods to break down its most complicated aspects piece by piece. In the process, he is even climbing to higher dimensions with the aim of contributing to the fundamental understanding of our world. Continue reading “Cross-dimensional quantum theories”
Particle Physics

Projects

On the way to the “quantum steam engine”

The principles of thermodynamics describe large systems. Can they be transferred to the microscopic level of quantum mechanics? Researchers at the Atomic and Subatomic Physics Institute of TU Wien are deliberating new perspectives on quantum systems. The process could lead to “thermal quantum machines” that work much more efficiently than their classical counterparts. Continue reading “On the way to the “quantum steam engine””
START Awardee Máté Gerencsér

Interview & Opinion

Understanding noisy equations

Interview: Thomas Zauner

Mathematician and START Award winner Máté Gerencsér studies a certain kind of mathematical equations called stochastic partial differential equations. These noisy equations and how their solutions behave are not yet fully understood. Finding their complete mathematical foundations and learning how to simulate them effectively using computers would not only advance mathematics, but could also help […] Continue reading “Understanding noisy equations”

Projects

When metals become brittle like glass

The materials scientist Lorenz Romaner and his research group are investigating a better way of simulating processes at boundaries of the crystal lattice of metals in order to improve material properties. For this purpose, the Leoben-based researchers are using methods of artificial intelligence to supplement previous physical simulations and correct errors. The technology sector is […] Continue reading “When metals become brittle like glass”