Computing with ions

Computing with ions

The Quantum Valley Lower Saxony’s quantum computer is on schedule for completion by 2025. In this case, completed means that dozens of ions are available for computing operations, while optimisation continues in the background. Scientists in Hanover and...
Integrated light as a key to future computers

Integrated light as a key to future computers

Braunschweig and Jena cooperate on optoelectronic components While computer chips are getting smaller and faster every year, one challenge remains unsolved: combining electronics and photonics on a single chip. Although components such as micro LEDs are available as...
Radio report: Qudora´s research on the “quantum computer to go”

Radio report: Qudora´s research on the “quantum computer to go”

Deutschlandfunk reported on the research of our member Qudora in “Forschung aktuell” on February 2, 2024: The start-up also relies on ion traps, but on microwaves instead of lasers to control qubits and store information. You can find out when and why this...
Successfully integrated qubit control in quantum computers

Successfully integrated qubit control in quantum computers

TU Braunschweig researches scaling solution for Quantum Valley Lower Saxony Presseinformation der Technischen Universität Braunschweig 21. Dezember 2023 The biggest challenges in quantum computing currently lie behind the word scalability. The more quantum bits...
QVLS as a driving force at productronica 2023

QVLS as a driving force at productronica 2023

productronica is regarded as the world’s leading trade fair for electronics development and production, making it the sector’s most important biannual meeting place and source of inspiration. At the invitation of the Mechanical Engineering Industry...