C12 Quantum Electronics

About C12 Quantum Electronics

This company develops quantum hardware by utilizing carbon-based materials and novel architectures to create higher-quality, more scalable qubits. Their approach addresses common connectivity and quality issues found in other quantum computing modalities. The resulting technology aims to enable advancements in materials design, drug discovery, and industrial optimization.

```xml <problem> Current quantum computing technologies face limitations due to frequent errors that hinder their viability and scalability. These errors stem from the inherent instability of existing qubit modalities, making it difficult to perform complex calculations reliably. </problem> <solution> C12 Quantum Electronics is developing quantum processors that leverage carbon nanotubes as the core building block to address the error challenges in quantum computing. By utilizing ultra-pure carbon materials combined with semiconductor manufacturing techniques, C12 aims to create a scalable and more reliable platform for quantum computation. This approach seeks to improve qubit stability and coherence, enabling more accurate and complex quantum algorithms. C12's technology offers a pathway to overcome the limitations of current quantum hardware and unlock the full potential of quantum computing. </solution> <features> - Carbon nanotube-based qubits for enhanced stability and coherence - Scalable architecture utilizing semiconductor manufacturing techniques - Callisto quantum emulator available in the cloud for circuits up to 13 qubits - Focus on material purity to minimize errors </features> <target_audience> C12's primary target audience includes researchers, developers, and enterprises seeking to leverage quantum computing for complex problem-solving across various industries. </target_audience> ```

What does C12 Quantum Electronics do?

This company develops quantum hardware by utilizing carbon-based materials and novel architectures to create higher-quality, more scalable qubits. Their approach addresses common connectivity and quality issues found in other quantum computing modalities. The resulting technology aims to enable advancements in materials design, drug discovery, and industrial optimization.

Where is C12 Quantum Electronics located?

C12 Quantum Electronics is based in Paris, France.

When was C12 Quantum Electronics founded?

C12 Quantum Electronics was founded in 2019.

How much funding has C12 Quantum Electronics raised?

C12 Quantum Electronics has raised $32.9M.

Who founded C12 Quantum Electronics?

C12 Quantum Electronics was founded by Matthieu Desjardins and Pierre Desjardins.

  • Matthieu Desjardins - Co-Founder/CEO
  • Pierre Desjardins - CEO
Location
Paris, France
Founded
2019
Funding
$32.9M
Employees
52 employees
Investors
VarsityVerve Ventures

C12 Quantum Electronics

10
Relative Traction Score based on online presence metrics compared to companies in the same age group.

Executive Summary

This company develops quantum hardware by utilizing carbon-based materials and novel architectures to create higher-quality, more scalable qubits. Their approach addresses common connectivity and quality issues found in other quantum computing modalities. The resulting technology aims to enable advancements in materials design, drug discovery, and industrial optimization.

c12qe.com7K+
Founded 2019 – Paris, France

Funding

No specific funding rounds found.

Total Funding

$32.9M

Backed by

VarsityVerve Ventures

Team (50+)

Matthieu Desjardins

Co-Founder/CEO

Pierre Desjardins

CEO

Company Description

Problem

Current quantum computing technologies face limitations due to frequent errors that hinder their viability and scalability. These errors stem from the inherent instability of existing qubit modalities, making it difficult to perform complex calculations reliably.

Solution

C12 Quantum Electronics is developing quantum processors that leverage carbon nanotubes as the core building block to address the error challenges in quantum computing. By utilizing ultra-pure carbon materials combined with semiconductor manufacturing techniques, C12 aims to create a scalable and more reliable platform for quantum computation. This approach seeks to improve qubit stability and coherence, enabling more accurate and complex quantum algorithms. C12's technology offers a pathway to overcome the limitations of current quantum hardware and unlock the full potential of quantum computing.

Features

Carbon nanotube-based qubits for enhanced stability and coherence

Scalable architecture utilizing semiconductor manufacturing techniques

Callisto quantum emulator available in the cloud for circuits up to 13 qubits

Focus on material purity to minimize errors

Target Audience

C12's primary target audience includes researchers, developers, and enterprises seeking to leverage quantum computing for complex problem-solving across various industries.

Sources:

1
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