What does Bosonic do?
We think from first principles.
We exist to make seemingly impossible solutions to civilization level problems possible
By computing with the fundamental laws of nature, quantum systems will unlock solutions we can barely imagine today.
We're building the quantum infrastructure of innovation.
Applications?
National Security
Drug Discovery
Climate Modelling
Portfolio Optimization
Risk Analysis
Options Pricing
Cryptography
Chemical Engineering
Energy Production
Logistics Optimization
Materials Design
Telecoms
Deep Dive: What are Qubits?
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But where are all the quantum computers?
Despite billions invested, bottlenecks continue to block the application of quantum computing to real world problems experienced by real people.
What are the key bottlenecks to quantum computing?
Speed
what use is a quantum computer if it runs forever?
- weeks for results
- queues for days
- every operation costs coherence
Scalability
what use is a quantum computer if size is limited by scalability?
- millikelvin temperatures
- crosstalk kills qubits
- control complexity explodes
Precision/Fidelity
what use is a logical qubit if it has error rates a billion times too high?
- can't verify correctness
- noise drowns signals
- calibration drifts hourly
We are first building hardware solutions to the bottlenecks.
What do we have now?
A quantum computer is famously defined by DiVincenzo's five criteria:
A scalable system with well-defined qubits
Large numbers of connected quantum bits with clear 0 and 1 states
A system initializable into a well defined state
Garbage in, garbage out. Where your system starts defines how successful an algorithm will be
Qubits with long coherence times
Qubits are well separated from the environment
A universal set of quantum gates
Algorithms use quantum logic gates to solve problems
The ability to measure qubit state
At the end of the day you need the algorithm to output a solution to your problem
If you own a dominant solution to any one of DiVincenzo's criteria, you become essential to the infrastructure for quantum computing.
If you own all five, you own the infrastructure.
We own IP that dominates in all five. Developed from first principles thinking.
Our solution?
Modular trapped ion architecture with photonic links. People have tried it. But they haven't built from first principles.
Highest fidelity
Trapped ions
Most scalable
Photons
Fastest operations
The secret sauce - Announcements coming soon
Others stack complexity on complexity. We build complexity through repeated simplicity.
Deep Dive: Ions and photons
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People solve problems. We exist to put hardware into the hands of people.
User experience?
Turning ideas into reality.
Hardware access
Quantum knowledge
Quantum community
Quantum market
Making the Impossible Possible
Stage 1: Quantum Computing
