The Braunschweig research area, with TU Braunschweig being the scientific hub, has been ranked as the most R&D intense region in Germany in 2017. “Metrology” is one out of four core research areas of TU Braunschweig with a strong focus on quantum and nanometrology, building on a strategic collaboration with PTB, the second largest national […]
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Lower Saxony: First quantum computer to be unveiled in 2025, over 1.5 billion euros to be invested in quantum technologies by 2030 The first prototypes of a quantum computer are already being tested in the Hannover-Braunschweig region and are being further developed at a rapid pace. By 2025, the first quantum computer in the country
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Our understanding of physics evolves hand in hand with advances in our ability to measure and control the properties of light and matter. Isolated atoms and molecules have long served as one of the most controllable systems to study and answer fundamental questions in physics. Recent developments in metrology, such as optical clocks with an
The master plan initiated by the Braunschweig-Hannover research region is a new way of ensuring that the participating universities are future-proof in national and international competition. The corresponding cooperation agreement between TU Braunschweig, Leibniz Universität Hannover and the Ministry of Science and Culture of the German State of Lower Saxony came into force on 01.01.2016. The funding of the three research lines was
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In the QuantumFrontiers research program, we explore light and matter at the quantum frontier. This means that we are using quantum metrology and nanometrology to improve the sensitivity and precision of measurements, i.e., the fundamentals of metrology. These advances in the fundamentals of metrology enable new precision measurements and measurement technologies that allow us to
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Our goal is to realize a 50-qubit quantum computer based on ion traps by the end of 2025. This technology is currently considered one of the world’s most promising approaches for scalable quantum computers, as it allows operation at room temperature and with the lowest error rates. 5 Years 25 Mio. Euros 50 Qubits For
QVLS-Q1: The Quantum Computer Made in Lower Saxony Read More »
QubeDot hat einen starken Fokus auf die Technologie von GaN und GaN-basierter microLED-Technologie. Das Ziel von QubeDot ist es, als führendes Unternehmen bei der Anwendung der Mikro-LED-Technologie in Europa anerkannt zu werden und als erstes Unternehmen diese Technologie einer größeren Anzahl von Kunden zugänglich zu machen. Dabei geht es QubeDot nicht darum, die Technologie einfach
QubeDot has a strong focus on the technology of GaN and GaN-based microLED-technology. The goal of QubeDot is to be recognized as the leader in applications of microLED-technology in Europe and being the first to bring this technology to a wider range of customers. QubeDot is not doing this by simply promoting the technology e.g.
NiedersachsenMetall ist eine starke Gemeinschaft von Unternehmern für Unternehmer mit dem Ziel die gemeinsamen Interessen von rund 300 Betrieben mit ca. 110.000 Beschäftigten zu formulieren und koordinieren. In den tarifpolitischen, arbeits- und sozialrechtlichen sowie arbeitswissenschaftlichen Fragen stellt NiedersachsenMetall die Weichen für die Zukunft der Branche. Das starke Netzwerk bietet eine Plattform für den offenen Austausch
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NiedersachsenMetall is a strong community of entrepreneurs for entrepreneurs formulating and coordinating the common interests of around 300 companies with approximately 110,000 employees. NiedersachsenMetall sets the course for the future of the industry in matters of collective bargaining policy, labor and social law, and labor science. The strong network offers a platform for open exchange
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