Quantum Computing
Get access to Quantum Computers in Denmark and Abroad through the Q-Access Programme in DeiC.
DeiC provides access to quantum computers and various test and technology platforms for quantum computing, available to universities.
Through the Q-Access Programme, users can connect to different production platforms, integrating with learning environments and resources on quantum computers and high-performance computing (HPC) facilities.
Universities can apply through Q-Access for access to both sandbox environments and specific quantum hardware opportunities as well as consult our quantum experts.
As a researcher at a Danish university, you have various options to get access to quantum computers in Denmark and abroad including various test and technology platforms for quantum computing.
Get Access to Quantum Computers
To accommodate differentiated access demands to different platforms and varying levels of how close to the actual quantum computing hardware this access should be, DeiC has implemented a two-stage model of providing access to quantum computing resources incl. heavy-duty simulator access on classical HPC systems.
Quantum Computing through DeiC
In this video you can hear a Danish presentation of DeiCs work enabling access to Quantum Computers from Dean Marianne Holmer, The University of Southern Denmark, DeiC board member and chairperson of the Q-Access Working Group.
Consult an Expert
DeiC provides consulting with experts in quantum computing, who can understand your computational needs and provide support for leveraging quantum computing systems relevant to reaching your research goals. These services can be utilized by both universities, industry, and public sector.
Furthermore, these experts can provide advice and share technical expertise on porting and optimizing applications for quantum computing environments and offer guidance on software development as needed.
Who can apply for quantum access?
Danish universities can apply.
For universities, the following conditions apply:
Professors, associate professors, and assistant professors can apply for themselves and also on behalf of post docs, PhDs and master’s thesis students.
To promote the use of quantum resources in all scientific fields, DeiC has pre-reserved 10% of the offered resources for possible applications from the area of social sciences and humanities (SSH). If no qualified applications are received, the resources will be transferred to the overall pool.
How much can you apply for?
For sandbox access in Microsoft Azure Quantum via the simple online request form, you can apply for a resource quota ranging from 10.000 DKK to 25.000 DKK.
If your project needs more credits, you can re-apply.
For access to specific quantum hardware and corresponding hardware-specific simulators via one of the calls for quantum access, there is a pool of 11.000.000 DKK.
How is the consulting process?
First, you must fill out the request form for consulting with experts on quantum computing at DeiC. Then, we will respond to your request via e-mail to answer your questions and gather more information. Finally, if more in-depth follow-up is necessary, we will set up a virtual meeting on Zoom.
What kinds of questions can we help you with?
We can enter into a dialogue about a wide range of topics, from which areas of your project quantum computing might impact to comparing the various quantum computing hardware providers and quantum simulators. We can direct you to a plethora of resources on the various libraries and programming languages used in the quantum software development and help you better understand the process of transpiling, testing, and optimizing implementations of quantum algorithms.
Which quantum hardware provider available on Microsoft Azure Quantum is the best?
This is a complex question that depends on each user's specific needs. Microsoft Azure Quantum offers access to a diverse range of quantum hardware providers, each utilizing distinct technologies with its own advantages. Determining the "best" provider depends on specific requirements, such as qubit and gate count, error rates and fidelity required by a given algorithm or application. Additionally, it is crucial to consider compatibility with programming languages and libraries to ensure seamless integration and development.
Can you help me pick a suitable quantum provider?
While we cannot tell you exactly which provider is best for your project, we can help you evaluate the pros and cons of each provider in relation to your project. In addition, we can help you think through questions ranging from compatibility to quota usage and direct you towards the right documentation and resources. Ultimately, our goal is for you to be able to make a well-informed decision.
How far will my quota go and how are costs calculated?
Microsoft Azure Quantum offers access to various quantum hardware providers and simulators, each with distinct pricing models, which might depend on the number of operations and shots in a job or purely job execution time on the quantum processor, etc. For a more detailed breakdown with specific numbers see the pricing plans for Azure Quantum providers.
Get Help
For general information about the Q-Access Programme and the application process, please contact Maria Tammelin Gleerup, project manager of the Q-Access programme through the link below.