Overview

C12 is a company that recently raised €18 million for its groundbreaking work in creating quantum computers based on carbon nanotubes. Let's dive into the world of quantum computing and understand why it is important for the future.

The Need for Quantum Computers

• Traditional computers are based on electronic transistors, but they have limitations when it comes to solving complex problems.
• Quantum computers have the potential to revolutionize industries by performing calculations with low error rates and tackling problems that are impossible for conventional computers.

Advantages of Quantum Computing

• Quantum computers are essential for tasks like simulating chemical reactions for drug discovery, optimizing logistics and manufacturing processes, and reducing energy consumption during AI model training.

Building a Quantum Computer

C12's Approach

• C12 uses carbon nanotubes and a patented nano-assembly process to create quantum computers.
• The company's unique method involves placing carbon nanotubes on a silicon chip, allowing for precise control at a microscopic scale.

Production Process

• C12 operates a production line in Paris, manufacturing carbon nanotubes and integrating them with silicon substrates.
• The company is currently focusing on developing chips with one or two qubits to validate fundamental elements of quantum computing.

Emulating Quantum

Callisto Emulator

• C12 has developed the Callisto emulator, which enables developers to write and run quantum code on classical computers.
• This emulator prepares developers for future quantum computing capabilities and is particularly useful for industries like chemicals and energy.

Business Expansion and Research Goals

Partnerships

• C12 has partnerships with industry leaders like Air Liquide and plans to sign more collaborations to advance quantum computing applications.
• Investors like Varsity Capital, EIC Fund, and Verve Ventures support C12's growth, along with existing backers like 360 Capital and Bpifrance's Digital Venture fund.

Research Focus

• C12 aims to achieve a quantum operation between two qubits located at a significant distance from each other, a crucial step for scaling quantum computing.
• The company's diverse team of 45 professionals from 18 nationalities, including 22 PhDs, highlights its commitment to innovation and excellence.

In conclusion, C12's innovative approach to quantum computing using carbon nanotubes opens up exciting possibilities for solving complex problems and pushing the boundaries of technology. As the company continues to grow and forge partnerships, the future of quantum computing looks promising and full of potential.