next generation quantum
CREATING QUANTUM CONNECTIONS
THE NGQ QUANTUM INTERCONNECT
THE NGQ QUANTUM INTERCONNECT
We link multiple quantum computers in one network for data centers and tech companies to provide up to one million time computation acceleration, with 100-fold reduced energy consumption.
​
This technology unlocks the power of industrial scale quantum computing and enables groundbreaking applications in many areas, including cyber security, finance, and biotech.
1
2
3
BIOTECH
FINANCE
CYBER SECURITY
Master Plan
Capabilities and limitations of quantum computers.
A fully-functional quantum computer has the potential to be transformative by:
-
advancing the science of artificial intelligence
-
stimulating advances in chemistry creating new materials and drugs
-
revolutionizing the surveillance and secure transmission of information and
-
bringing unbreakable data encryption.
However, early prototypes of quantum computers in their current form do not outperform existing computers.
The key limitation of the current quantum computing technology is the absence of scalability - the maximum achievable number of simultaneously connected qubits in quantum processors.
Qubits are quantum bits, electrical, or optical pulses representing zero and/or one. Qubits have the flexibility of performing many calculations simultaneously.
​
