An interview with Professor Sabina Jeschke about the current state in the area of quantum supercomputers and what doors this fascinating technology is going to open: from Qphones to Edge AI to autonomous driving.

The city in an all-new role: as a producer of big data. Professor Gesa Ziemer, PhD, director of the global CityScienceLab, describes the wide range of opportunities resulting from this role.

Time is in scarce supply – all the more reason to use it efficiently. These tricks help you make more time for yourself on the job and after hours.

I can see what you see too: Mixed Reality applications accelerate processes and facilitate remote communications.

8,000 times faster than 5G: From 2030 on, the 6G network is supposed to push open the gates to a new communications universe.

A network of quantum computers would be epochally more powerful and absolutely secure.

Innovative technologies create new opportunities for athletes. An interdisciplinary overview – from chessboards to race tracks.

Some gamers rise to the highest spheres of electronic sports as celebrated heroes. Sim-Racing, in which Schaeffler is involved, is one of the increasingly professional e-sports disciplines.

Google and IBM are working on quantum computers that can perform complex computations a lot faster than the world’s fastest supercomputers. Now, what’s in it for us?

Artificial intelligence suddenly seems to be all around us – it will radically change our jobs and everyday lives. Even so, machines are far from truly understanding the world.

Route planning seems to be a problem that has long been resolved. Yet traffic jams, blocked roads and the combination of various means of transportation can turn this simple task into a complex one.

Europe’s digital powerhouse is in the north. Denmark, Norway, Sweden and Finland are the global benchmarks in the field of information and communication technologies (ICT). Why is this the case?