IQM Open Source‍ Trademark Policy

IQM Open Source‍ Trademark Policy

IQM Open Source‍ Trademark Policy

IQM Open Source‍ Trademark Policy

IQM Open Source‍ Trademark Policy
IQM Open Source‍ Trademark Policy
01
Empower Innovation

Everything works best when we help the open-source community work better together.

02
Discover the magic

Our wonder, curiosity, and hope drive us to find ways to make everyone’s lives better.

03
Do more with less

We are optimizers, making the most with what we have aGnd not taking more than what we need.

04
Open to any prompt

We don’t know what’s possible until we try.

05
Model stewardship

We build everything with the purpose of benefiting society.

The Future in Quantum is a future in IQM.

IQM is pioneering the next era of computing in speed, efficiency, and intelligence of quantum-powered solutions.

Quantum Meets HPC

Quantum Algorithm Engineer, Fermionic Simulation (m/w/d)
Quantum Solutions (Technology)
Munich, Germany
Senior Quantum Error Correction Engineer (m/w/d)
Quantum Solutions (Technology)
Munich, Germany
Senior Quantum Application Engineer (m/w/d)
Quantum Solutions (Technology)
Munich, Germany
Sales Executive, US
Business
United States
Quantum Service Engineer
Operations
Multiple locations
Press Release
Cineca to house Italy’s most powerful quantum computer IQM Radiance 54

17 Mar
03 min read

Scientific Publications

Blog IQM, Riverlane, and Zurich Instruments join forces to launch world’s first quantum error correction platform

06 Feb
05 min read

Blog

Press Release IQM and DATEV advance quantum solutions for portfolio optimisation

02 Dec
03 min read

Scientific Publications

Press Release South Korean Chungbuk National University to install first quantum computer IQM Spark

02 Dec
03 min read

Blog

Press Release Advancing quantum technology in Japan: AIST and IQM join forces

02 Dec
03 min read

Blog

Blog What is charge-parity switching, and why is it a problem for quantum gates

02 Dec
03 min read

Press Release

Press Release Taiwan Semiconductor Research Institute selects IQM Spark quantum computer to boost research

02 Dec
03 min read

Trusted by industry leaders

History Timeline

IQM’s journey is all about pushing the limits of quantum technology. Dive into our biggest milestones and game-changing breakthroughs that make us who we are today.

The Founding Year

IQM Quantum Computers was founded as a spin-off of Aalto University and VTT Technical Research Centre of Finland. Built by a powerhouse team of top scientists in superconducting quantum computing, we’re on a mission to create scalable quantum processors that redefine the future.

  • Seed funding of €11.4M – the biggest seed funding ever raised by a Finnish startup
  • Espoo office is opened with a state-of-the-art lab
  • Expansion to Germany 
  • Series A1 – €39M 
  • First quantum computer with 5 qubits launched
  • The first 5 qubit quantum computer delivered to a customer.
  • 99% fidelity with 2 qubit gates across all pairs
  • Expansion to France and Spain
  • New fabrication facility and clean room
  • Series A2 €128M
  • Tech Tour Growth Award – for companies most likely to reach 1 billion in valuation
  • First SCA conference  
  • IQM Academy is open
  • Expansion to APAC and US
  • 20 qubit quantum computer delivered to a customer
  • Launched IQM Radiance – our flagship computer
  • Launched IQM Resonance, our cloud platform 
  • First 54 qubit quantum computer delivered
  • Quantum data center in Germany
  • 2024 Technology Fast 50 award by Deloitte – the fastest-growing tech company in Finland
  • Classical computer and quantum computer integration at a high performance computing center (HPC) 
  • 30+ computers manufactured
  • 150 qubit quantum computer delivered in Q4
  • Reached 10+ customer deliveries – #1 in on-premise quantum computer deliveries in the last 12 months
Roadmap

How we will reach fault-tolerant quantum computing

Case Study

Speed & accuracy for portfolio optimization

Roadmap

Our vision for Fault-Tolerant Quantum Computing

Report

State of Quantum Report 2024

Understanding the 2023 Trends and Outlook for 2024

Hardware

Among many physical platforms, superconducting quantum hardware is well-suited for scaling the number of qubits and improving their fidelity while maintaining connectivity.

Software

KQCircuits is a Python library developed by the Aalto University and IQM Quantum Computers for automating the design of superconducting quantum circuits. It uses the KLayout layout design program API.

On Premises

A powerful, ready-to-deploy quantum computer designed for on-premises use, delivering cutting-edge computational capabilities tailored to your needs.

Cloud

A scalable, cloud-based quantum computing platform, providing on-demand access to advanced computational power from anywhere.

Search faster—hit Enter instead of clicking.