The Thinq Qrisp Community

We are excited to announce that starting in April, we will offer exclusive access to the Thinq Qrisp Community and its many benefits. If you are interested in becoming a member, please reach out to us to discuss the next steps.

What to Expect in the Community:

• Regular Webinars: Participate in webinars showcasing new developments related to Qrisp, along with introductory and programming tutorials. Here are the next four scheduled webinars:
• April 8th, 4 PM: Introductory Programming Course in Qrisp
• April 22nd, 3 PM: Designing a Meta-Model for Qrisp
• May: Solving Systems of Linear Equations via HHL using Qrisp and Catalyst
• June: Hamiltonian Simulations for Chemistry with Qrisp

• Exclusive Access: Catch up on previously conducted webinars at your convenience.
• Additional Learning Materials: Access resources on Qrisp and quantum computing that extend beyond the information available on our website.
• Member Exchange Meetings: Engage in regular meetings with fellow members and Qrisp developers.
• Networking Event: Join us for a networking event at Fraunhofer FOKUS this autumn, similar to last year’s kickoff event.

We would be thrilled to have you as a part of our community. Together, we can advance the fields of quantum software and quantum computing.

For information on pricing and further details, please contact us.

Quantum computers are associated with the hope of achieving enormous leaps in computing power. However, Quantum programming remains inaccessible to most classical developers. 
In addition, the limited number of developers means that there is not enough exchange between them.

This will change with the Thinq Qrisp Community: 

An ecosystem is being created in which developers can work on new ideas for programming quantum computers with the goal to quickly integrate these newly developed technologies into the open-source project Qrisp. 

The Thinq Qrisp Community is the central meeting place for all those who want to play a leading role in developing quantum technology.