News about Quantum physics

Kurt Stokbro Joins CBQS spin-out

Deep-tech investor and entrepreneur Kurt Stokbro joins Magnolia Quantum Sensing as business advisor and first investor, supporting the commercialization of breakthrough quantum sensing technology for MRI.

Longstanding Quantum communication barrier broken

Long standing barrier broken – It is now possible to send single photons that can’t be copied or split and are completely secure – in our ordinary network of optical fibers. The secure internet is within reach.

How to improve the performance of qubits: super-fast fluctuation detection achieved at NBI

Research at NBI pushes the detection speed of changes in qubits 100 times faster than previously possible, revealing previously invisible changes.

Shingo Kono wins a Villum Young Investigator grant

Shingo Kono, leader of the Intra- & Inter- connects team at NQCP, has been awarded a Villum Young Investigator grant from the Villum Foundation! This grant, effective March 2026, will enable recruiting two new PhD…

NBI Scientists Contribute to New Eske Kath Artwork for Grønningen 2025 Exhibition

This week, two researchers from the Niels Bohr Institute, Assistant Professor Sarah Pearson and affiliated Associate Professor Jácome (Jay) Armas, participated in an inspiring collaboration between art and science.

New ERC Synergy Project to Pave the Way for Future Photonic Quantum Technology

Researchers from three European universities join forces to develop scalable quantum hardware based on quantum dots.

Business Collaboration: NQCP and the POEM Technology Center

A collaboration between the Niels Bohr Institute and the French RIBER gives Denmark a place in the supply chain when it comes to the microchips of the future.

NQCP and Japan’s Q-STAR advance industry collaboration

The Novo Nordisk Foundation Quantum Computing Programme (NQCP), based at the Niels Bohr Institute of the University of Copenhagen, has signed a Memorandum of Understanding (MoU) with Japan’s Quantum STrategic industry…

Simulating Nature: A New Quantum Leap in Thermal Physics

Better batteries, cleaner energy and smarter medicine design: This could be the result of a new quantum algorithm that helps computers simulate how materials behave at low temperatures.

The anomalous metal – new light on the strange behavior of quantum fluctuations between competing states of matter

Researchers at the Niels Bohr Institute, University of Copenhagen, steered very thin conductors from superconductivity to insulation – creating an “impossible”, strange state between the two mutually exclusive states.

NQCP Retreat 2025

On the 25th and 26th of September, we had our yearly NQCP Retreat at Helsingør. The NQCP team, including Quantum Foundry, gathered once again at Marienlyst Strandhotel for a two day agenda focusing on covering our…

NQCP celebrates major grant wins driving quantum innovation

r We are excited to share that several researchers at NQCP have recently secured prestigious grants, propelling quantum technology research across multiple…

Quantum Materials Characterisation by Scanning Tunnelling Microscopy

Masters Project Description In this project, you will use advanced microscopy techniques to study prospective materials for quantum computing chips at the atomic scale. Working with researchers as part of NQCP, the goa…

UHV laboratory inauguration

r At NQCP, we’re always seeking opportunities to strengthen the entire programme—bridging scientific research and…

Novel Architectures Based on Superconducting Quantum Circuits and Hybrid Quantum Systems

Master’s Project Description Superconducting quantum computing is among the most advanced quantum platforms. Despite rapid progress driven by major academic and industrial efforts, it remains unclear how current…

Clever algorithm results in a new method to mitigate noise in quantum devices

Quantum researchers have deployed a new algorithm to manage noise in qubits in real time. The method can be applied to a wide range of different qubits, even in large numbers.

Photonics Characterization

In the photonics characterization team, we characterize the optical properties of integrated photonic circuits and components relevant for quantum technologies.

Electronic Characterization

In the electronic characterization team, we characterize the electronic properties of materials and sub-components for qubits.

Qubit Characterization

In the qubit characterization team, we focus on developing protocols and methods for characterization of superconducting and spin qubit components and processors. Our Maybell dilution refrigerator is equipped with a…

Structural and Materials Characterization

The Structural and Material Characterization team is dedicated to comprehensive analysis of structural features and material properties.

Denmark can now contribute to producing world-class chips

For the first time, Denmark is establishing production of microchip wafers at the leading standard. This makes Denmark a global player in chip production. The new “wafer factory,” which will be part of the University of…

Denmark can now contribute to producing world-class chips

For the first time, Denmark is establishing production of microchip wafers at the leading standard. This makes Denmark a global player in chip production. The new “wafer factory,” which will be part of the University of…

Denmark can now contribute to producing world-class chips

For the first time, Denmark is establishing production of microchip wafers at the leading standard. This makes Denmark a global player in chip production. The new “wafer factory,” which will be part of the University of…

Tycho supercomputer gets new green superpowers

With a new expansion of the Tycho supercomputer, the University of Copenhagen will get its first water-cooled and green supercomputer, that will be a virtual laboratory that supports research of the University.