Vienna sends mini quantum computers into space: a new space milestone!

Vienna sends mini quantum computers into space: a new space milestone!

An innovative project at the University of Vienna is bringing a mini quantum computer into space. The heart of this venture is a satellite carrier that will orbit the Earth at an altitude of 550 km. Equipped with a quantum processor, the satellite measures 150 x 150 x 453 mm and weighs 9.5 kg. The quantum computer took only 1.5 years to develop, which is remarkable since such projects can often take up to ten years to complete. The satellite should send out the first signals after the successful deployment of “ION”.

The mission is scheduled to last six months, but aims to collect valuable data over several years. The functionality of the quantum computer is tested under the extreme conditions of space. The challenges: It has to withstand g-forces, temperature fluctuations from +70 to -30 degrees Celsius and the vacuum. Data processing takes place directly on the satellite using “edge computing”, which promises more efficient use of electricity and faster calculations.

Partners and technologies

The project is supported by an impressive consortium that includes the University of Vienna, the German Aerospace Center (DLR), the National Research Council (CNR) in Milan, the Institute for Quantum Optics and Quantum Information (IQOQI) and the Vienna start-up Qubo Technology. These partnerships demonstrate the interdisciplinary collaboration at the international level that is critical to advances in quantum research.

Photonic systems, i.e. systems that use light particles to process data, are viewed as superior hardware architecture. This could lead to a significant advance in technology as they become better suited to the challenges of computing in space. After its mission, the mini quantum computer will burn up in the atmosphere in a controlled manner, ensuring high safety standards during and after the mission.

Young talents in quantum research

To promote young scientists in the field of quantum technologies, the Quantum Future program was launched in spring 2018. This program aims to make advances in quantum technologies visible and open new career opportunities. It is aimed at schoolchildren, students and young scientists and promotes exchange in the maker, founder and start-up scene. The Federal Ministry of Research, Technology and Space is supporting this project in order to train a new generation of experts in the field of quantum technology.

The future of quantum computing

The future of quantum computing (QC) is seen as revolutionary for many industries, such as aerospace, automotive and medical technology, which are considered early adopters. A recent McKinsey survey showed that over 65% of industry leaders expect fault-tolerant quantum computing to be deployed by 2030. Additionally, 55% of respondents reported that they already have use cases for quantum computing in production.

However, progress also brings challenges, particularly in the area of ​​cybersecurity, which can introduce new threats. Collaboration between industry, academia and government is seen as crucial to building a sustainable quantum research ecosystem. According to McKinsey, clear expectations and realistic communication must be promoted to increase trust in this promising technology.

Overall, the commitment of the University of Vienna and its partners shows that quantum computing can transform not only technology, but also the way we understand the world around us. This project is a step towards a future in which the possibilities of quantum technologies are far-reaching and promising.

For further information on the mission of the mini quantum computer, see the articles Small newspaper, from Quantumtechnologies.de and McKinsey be consulted.