News about Quantum physics

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.

A quantum leap in sensing the quietest signals in nature

By combining two strange quantum effects – light that is entangled and atoms that act as if they have negative mass – scientists have built a new kind of sensor that cancels out quantum noise, even at room temperature.

Vitor Cardoso Elected President of ISGRG

The International Society on General Relativity and Gravitational (ISGRG) has elected Professor Vítor Cardoso for President during the 2028-2031 triennium.

NQCP establishes a new collaboration on digital twins for quantum device development with Prineha Narang

As quantum devices grow ever more complex, modeling and predicting their behavior becomes both more challenging and more essential. To address this, NQCP is partnering with a new research group at the Niels Bohr…

Quantum leap in precision sensing across technologies

Researchers at the Niels Bohr Institute have developed a tunable system that paves the way for more accurate sensing in a variety of technologies, including biomedical diagnostics.

Sound Signals in Computer Chips – Almost Without Signal Loss

Assistant Professor Xiang Xi and Professor Albert Schliesser at the Niels Bohr Institute have managed to get vibrations to travel around a membrane with almost no loss. In fact, so little loss that it is far better than…

Our 2025 Summer Party

Great weather, good food, and even better company.

A 1960s idea inspires NBI researchers to study hitherto inaccessible quantum states

Scientists have created a new way to study the highly volatile quantum states in superconducting vortices, whose existence has been known since the 1960s, but it has been very difficult to verify them directly, until…

Top Researchers Receive Multi-Million DKK Grants from Villum Foundation

How can we recycle plastic more effectively? And how can we transmit data using less energy? Eleven top researchers receive more than DKK 300 million from Villum Foundation for research that may help answer those…

Quantum Sensing

On January 20–21, a group of CBQS researchers from DTU — Sarah, Luca, Chu-Dan, and Alex — participated in a workshop on solid-state quantum sensing and hyperpolarization in Ulm. The event addressed both experimental and…

Clara Celeste Qvotrup

Nanomechanical Slot Waveguide Phase Shifters for Integrated Quantum Photonics Supervisor: Ass. prof. Leonardo Midolo

Quantum sensor for MRI mentioned by Erhvervsstyrelsen in new publication

Quantum sensor for MRI mentioned by Erhvervsstyrelsen in new publication

Carlos F. D. Faurby

FUSION-BASED QUANTUM COMPUTING WITH QUANTUM EMITTERS AND PHOTONIC INTEGRATED CIRCUITS Supervisor: Prof. Peter Lodahl

Single atom control at European Health Summit

PhD student Jacob Thorndeldt Hansen from the CBQS-QUANTOP group led by Jean Baptiste Beguin has presented a live demonstration of a lattice of ultra-cold and trapped atoms at the European Health Summit.

NQCP Photonic Pilot Line

The Photonic Pilot Line team here at the Novo Nordisk Foundation Quantum Computing Programme (NQCP), led by Associate Professor Stefano Paesani, is dedicated to advancing the development of quantum photonic components…

Sho Tamaki

Optomechanical Crystals with Gallium Phosphide Supervisor: Prof. Dr. Albert Schliesser

NQCP Education & Outreach Group

Building the Quantum Workforce: A profile of the Education and Outreach team at NQCP.

Jonas Bundgaard Mathiassen

Design and Fabrication of Suspended Si3N4 Photonic Crystal Devices For Use With Cold Atoms Supervised by Professor Eugene S. Polzik, Assistant Professor Jean-Baptiste Béguin

Julian Curry Robinson-Tait

Cavity Enhanced Phase Measurements and Continuous Atomic Clocks Supervisor: Jörg Helge Müller

Spin Qubits

Spin Qubits: Characterization and Integration of Low-noise Building Blocks

Master Project Description At NQCP, we aim at developing quantum technology that can enable solving life-science relevant problems. Practical quantum computing will require millions of interacting and high-quality…

Superconducting Resonators and Quantum Bits: Simulation and/or Cryogenic Measurements

Bachelor/Masters Project Description Quantum computing is receiving much attention these years with various platforms competing to demonstrate superior properties. This project focuses on the superconducting platform an…

Characterization of Quantum Bits and Their Building Blocks

Bachelor/Masters Project Description At NQCP we are developing quantum bits. Besides characterizing the qubits themselves, a big part of that work is to characterize the materials and components which together make the…

Engineering High-Performance Microwave Resonators for Superconducting Quantum Computers

Masters Project Description Superconducting quantum computers hold immense potential but rely on microwave resonators for qubit control. These resonators, which are made up of superconducting material on silicon, use…