Who will own the quantum stack?
From Communicating by Light to Computing by Light
By Ofer Shapiro, CEO and Co-Founder, Quantum Pulse Ventures
Quantum Pulse Does Industrial Light Magic To Deliver Massive Boost In Qubits
Light has been used for Communication – it is now being used for Computation
Ofer Shapiro | CEO and Co-Founder
Introducing the Quantum Pulse 2.0 Platform
New Levels
of Computation Fidelity for Quantum Computing and Quantum Routing
Quantum Pulse Ventures’ Expanded Photonic Infrastructure Platform boosts optical connectivity via scalable, low loss integrated optical applications
Why we are so excited about Quantum Pulse 2.0.
With Quantum Pulse 2.0, exponential demand is finally meeting exponential capability.
QP2.0 is about making photonic computation practical at the moment the market finally needs it.
Our platform is designed to improve the fidelity, robustness, and fabrication tolerance of critical photonic building blocks regardless of fabrication technology. The goal is not to replace existing fabrication platforms, but to extend what they can achieve through improving operation fidelity by an order of magnitude.
Optical Quantum Computers
10X
more powerful an affordable
Quantum Routers
4X
faster
Larger optical AI
10X
more accurate
QP2.0 is available. Talk to us about including it in your design.
Quantum Pulse Ventures Accelerates Photonic Quantum Computers by an Order of Magnitude. Patented Technology Reduces Qubits Required by Tenfold.
“Quantum Pulse Ventures” lowers hardware requirements, reduces run time and improves robustness against imperfections, bringing scalable, commercial delivery of photonic quantum computers significantly closer to reality.
Ofer Shapiro
CEO and co-founder, Quantum Pulse Ventures
Directional Couplers Reimagined
All steps of photonic quantum computation require directional couplers that allow light to pass between two waveguide. It is key to creating the initial state, performing the calculation itself and measuring the resulting state.
Legacy Design
Quantum computing is very sensitive to errors. Above a certain threshold the PQC can not function, and it always requires a huge amount of overhead to correct the errors.
Even one nanometer error in fabrication of the directional couplers is enough to create a logical error that can cripple a PQC.
Patented design
By applying a mathematical concept called Composited Pulses to integrated photonics we are able to reduce the physical error in the directional couplers.
Same fabrication process error – more accurate couplers and calculation.
Rethink Scale
Photonic Quantum Computers require scale in order to be useful. One million physical qubits working together to correct the errors are required for the minimal viable computer of 100 fault tolerant qubits (“FTQ”).
By reducing the number of physical qubits required per FTQ tenfold or accelerating the computer speed by a similar factor, we provide the builders of PQCs the ability to reduce manufacturing, cooling and networking requirements and potentially save $900M out of the projected $1B cost per PQC.
Quantum Pulse patented technology can be integrated into any photonic quantum computer architecture, which can then realize one to two orders of magnitude improvement in speed, size or cost of the computer, greatly impacting time to market.
I have seen many technologies trying to address the gap between theory and practice in quantum computing and was excited by the potential of Quantum Pulse Ventures technology to bridge this gap.
Prof. Mordechai (Moti) Segev
Board Director, Quantum Pulse