Running Quantum Chemistry on IQM Hardware with Qrunch by Kvantify

How can quantum chemistry calculations be executed on real quantum hardware today?

Kvantify and IQM Quantum Computers are teaming up to demonstrate a complete workflow for running a quantum chemistry calculation on a quantum processor.

In this session, Daniel Bulmash (Education Lead, IQM) and Patrick Ettenhuber (Quantum Innovation Manager, Kvantify) will show how to compute the ionization potential of ammonia (NH₃) using Qrunch, Kvantify’s quantum chemistry technology, and execute the calculation natively on IQM Resonance, IQM’s cloud quantum computing platform.

Participants will follow the full workflow from molecular definition to hardware execution, demonstrating how quantum chemistry problems can be prepared and run on state-of-the-art quantum systems.

You will learn how to:

• define a quantum chemistry problem in Qrunch
• prepare the calculation for hardware-native execution
• run the job on IQM Resonance
• interpret the quantum chemistry results

By focusing on a well-known molecular system, the session highlights how quantum software and hardware can work together in practical research workflows today.

The webinar is intended for quantum developers, computational chemists, and researchers interested in running quantum chemistry calculations on real quantum devices.

The webinar will take place April 9 at 15:00–16:00 CEST / 16:00–17:00 EEST.

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Participation is free. Register now for webinar.