Collective Intelligence

The first interactive platform that brings together innovation players around common interest.
My Read Later Facts

< Back to all News

Deep Tech

Google’s Willow chip a milestone in Quantum Computing

Google’s 105-qubit quantum chip Willow demonstrates exponential error correction and performs computations surpassing classical supercomputers. Experts estimate breaking RSA encryption would need at least 4 million qubits, but Willow is far from that, with quantum impacts still years away.

Our comment :

The quantum race balances qubit count and quality. Google leads with high-quality qubits and error correction, the more qubits are used in Willow, the more errors are reduced. This is crucial for complex problems; a strategy IBM also pursues for real-world quantum applications.
Regis Hamelin, CTO and deep tech expert
  • Source :
  • Link :
  • Google

Hopes Rise of a Cheap Cure for Rare Genetic Diseases

  • The Times

The First CRISPR Treatment for Patients with Sickle Cell Disease

  • Wired

Deep Tech

Google’s Willow chip a milestone in Quantum Computing

Google’s 105-qubit quantum chip Willow demonstrates exponential error correction and performs computations surpassing classical supercomputers. Experts estimate breaking RSA encryption would need at least 4 million qubits, but Willow is far from that, with quantum impacts still years away.

BLUMORPHO comment :

The quantum race balances qubit count and quality. Google leads with high-quality qubits and error correction, the more qubits are used in Willow, the more errors are reduced. This is crucial for complex problems; a strategy IBM also pursues for real-world quantum applications.
Regis Hamelin, CTO and deep tech expert
  • Source :
  • Link :
  • Google

Hopes Rise of a Cheap Cure for Rare Genetic Diseases

  • The Times

The First CRISPR Treatment for Patients with Sickle Cell Disease

  • Wired

Deep Tech

Google’s Willow chip a milestone in Quantum Computing

Google’s 105-qubit quantum chip Willow demonstrates exponential error correction and performs computations surpassing classical supercomputers. Experts estimate breaking RSA encryption would need at least 4 million qubits, but Willow is far from that, with quantum impacts still years away.

BLUMORPHO comment :

The quantum race balances qubit count and quality. Google leads with high-quality qubits and error correction, the more qubits are used in Willow, the more errors are reduced. This is crucial for complex problems; a strategy IBM also pursues for real-world quantum applications.
Regis Hamelin, CTO and deep tech expert
  • Source :
  • Link :
  • Google

GenAI’s Energy Consumption at Stake

  • Goldman Sachs Insights

Net-Zero Emissions: Small Modular Reactors to the rescue of Oracle’s Data Centers

  • Data Center Dynamics

Advocacy of the Nobel Prize in Physics for Ethical AI

  • Le Monde

Success Story: IOST raised $50M for its consensus algorythm

  • Blockchain Reporter

Google’s AMIE AI Rivals Human Doctors in Medical Diagnoses

  • Google

Our previous articles

GenAI’s Energy Consumption at Stake

  • Goldman Sachs Insights

Net-Zero Emissions: Small Modular Reactors to the rescue of Oracle’s Data Centers

  • Data Center Dynamics

Advocacy of the Nobel Prize in Physics for Ethical AI

  • Le Monde

Success Story: IOST raised $50M for its consensus algorythm

  • Blockchain Reporter

Google’s AMIE AI Rivals Human Doctors in Medical Diagnoses

  • Google
See our archives here !

About us

Industrial innovation partner bringing access to disruption in technology and business model for strategic and confidential projects.

Support

Get In Touch
38 rue Mermoz Paris 75008 – FRANCE
  • +33 675 800 829

Copyright © 2024 BLUMORPHO/Q.L, All Rights Reserved.

Linkedin Youtube-square