Engotsa

Quantum Breakthrough Achieves Room-Temperature Qubit Stability

Our lab has achieved a major milestone in quantum computing by demonstrating stable qubit control at ambient conditions.

Read More

Stable Qubit Control at Room Temperature

Dr. Elena Vasquez and her team at our Paris quantum lab have successfully demonstrated stable, room-temperature qubit control using a novel phosphorus-doped silicon lattice. This achievement eliminates the need for cryogenic cooling systems and opens new avenues for commercial quantum computing.

TECHNICAL DETAILS
✓ Operating Temperature: 25°C ambient environment
✓ Coherence Time: 38.6 milliseconds
✓ Error Rate: <0.002%
✓ Qubit Count: 128 in this prototype

Implications

  • Eliminates cryogenic infrastructure costs
  • Enabling compact quantum hardware design
  • 90% reduction in operating costs
  • 95% accuracy in quantum operations

Join the Quantum Future

This technological leap marks a turning point for quantum adoption. We're inviting academic researchers, enterprise leaders, and investors to explore this discovery in our next symposium on September 15th.

"This achievement represents a fundamental shift in how we perceive quantum computing viability at scale." - Dr. Elena Vasquez

Lead Quantum Researcher, Engotsa Technologies