Introducing
Introducing
Quantum Computing on a Chip
Quantum Computing on a Chip
The processor platform for the next computing era
The processor platform for the next computing era
Making Quantum Computing
Scalable
Making Quantum Computing
Scalable
Making Quantum Computing
Scalable
From Prototype
From Prototype
From Prototype
To Scaled Quantum Data Center
To Scaled Quantum Data Center
To Scaled Quantum Data Center
SEEQC is the first company to put all core functions of a quantum computer on a digital chip—unlocking a clear path to scaling qubits without scaling complexity. It’s the architecture that makes practical, large-scale quantum data centers possible.
SEEQC is the first company to put all core functions of a quantum computer on a digital chip—unlocking a clear path to scaling qubits without scaling complexity. It’s the architecture that makes practical, large-scale quantum data centers possible.
SEEQC is the first company to put all core functions of a quantum computer on a digital chip—unlocking a clear path to scaling qubits without scaling complexity. It’s the architecture that makes practical, large-scale quantum data centers possible.
SEEQC integrates all core
functions of a quantum computer
on a digital chip, at the same
temperature as the qubits.
Any Qubit,
Any Application
Compatible with all qubit types and use cases.
SEEQC integrates all core
functions of a quantum computer
on a digital chip, at the same
temperature as the qubits.
Any Qubit,
Any Application
Compatible with all qubit types and use cases.
SEEQC integrates all core
functions of a quantum computer
on a digital chip, at the same
temperature as the qubits.
Any Qubit,
Any Application
Compatible with all qubit types and use cases.
How it works
How it works
How it works
At the core of SEEQC is the world’s first digital quantum computing platform, built on superconducting chips that combine qubits and classical logic in a single cryogenic system. Here you can explore the details — from technical specs to published research.
At the core of SEEQC is the world’s first digital quantum computing platform, built on superconducting chips that combine qubits and classical logic in a single cryogenic system. Here you can explore the details — from technical specs to published research.
At the core of SEEQC is the world’s first digital quantum computing platform, built on superconducting chips that combine qubits and classical logic in a single cryogenic system. Here you can explore the details — from technical specs to published research.
Whitepaper
The Dawn of the Quantum Era
How Quantum Computing Will Reshape the World
This whitepaper explores why scaling—not just building—the first quantum computer will determine who leads the next era of technology. From accelerating drug discovery and clean energy to securing communications and transforming AI, SEEQC outlines the breakthroughs, risks, and policy actions that will define the future.
Whitepaper
The Dawn of the Quantum Era
How Quantum Computing Will Reshape the World
This whitepaper explores why scaling—not just building—the first quantum computer will determine who leads the next era of technology. From accelerating drug discovery and clean energy to securing communications and transforming AI, SEEQC outlines the breakthroughs, risks, and policy actions that will define the future.
Whitepaper
The Dawn of the Quantum Era
How Quantum Computing Will Reshape the World
This whitepaper explores why scaling—not just building—the first quantum computer will determine who leads the next era of technology. From accelerating drug discovery and clean energy to securing communications and transforming AI, SEEQC outlines the breakthroughs, risks, and policy actions that will define the future.
Adopted by Leaders
in Quantum & AI
Adopted by Leaders
in Quantum & AI
Adopted by Leaders
in Quantum & AI
SEEQC technology is already at work with industry leading partners and customers.
SEEQC technology is already at work with industry leading partners and customers.
SEEQC technology is already at work with industry leading partners and customers.
What is Quantum?
What is a Qubit?
Understanding Quantum
Why Quantum Matters
Scaling a Quantum Computer
Inside the Fridge
Classical Bit vs. Qubit
From Switches to Superposition
Classical computers rely on binary bits that are either 0 or 1. Quantum computers use qubits, which can exist in superpositions of both states simultaneously, unlocking exponentially more computing power.
Classical
1
0
Qubit
Understanding Quantum
Watch the video
Understanding
Quantum
Practical use cases
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
How to scale
a quantum computer
Watch the video
How to scale a quantum computer
SEEQC is built upon the fundamental premise that to deliver a commercially scalable and cost-effective quantum computing solution, classical readout, control, error correction, and data processing functions must be integrated within a quantum processor.
Just as the greatest advances in modern classical computing occurred with digital chip-scale integration of key functions, leading to drastic reduction in system complexity, I/O count, and cost, the same will be required in quantum computing. We are developing a platform to deliver that integration.
In terms of scalability, the company is eliminating many of the challenges of building quantum computers with thousands or even millions of qubits. Other industry approaches to quantum computing involve unwieldy systems requiring numerous, costly coaxial cables and complex CMOS readout/control for each qubit. These systems can’t scale effectively to meet the needs of businesses.
SEEQC’s system design provides a significant reduction in noise and interference to maintain high fidelity quantum operations at scale. Because it combines cryogenically integrated quantum and classical processors, the full-stack system complexity, required input/output (I/O) count, and room-temperature equipment are dramatically reduced leading to a very cost-effective and scalable quantum computing system.
In addition to reducing system complexity, latency and cost, SEEQC’s unique expertise in SFQ for circuit design and manufacture enables the company to engineer systems that operate at about four orders of magnitude lower energy compared to equivalent CMOS-based systems. This is another critical element to building a scalable quantum-classical architecture.
Inside the fridge
Watch the video
Welcome to the Coldest Place on Earth
What is Quantum?
What is a Qubit?
Understanding Quantum
Why Quantum Matters
Scaling a Quantum Computer
Inside the Fridge
Classical Bit vs. Qubit
From Switches to Superposition
Classical computers rely on binary bits that are either 0 or 1. Quantum computers use qubits, which can exist in superpositions of both states simultaneously, unlocking exponentially more computing power.
Classical
1
0
Qubit
Understanding Quantum
Watch the video
Understanding
Quantum
Practical use cases
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
How to scale
a quantum computer
Watch the video
How to scale a quantum computer
SEEQC is built upon the fundamental premise that to deliver a commercially scalable and cost-effective quantum computing solution, classical readout, control, error correction, and data processing functions must be integrated within a quantum processor.
Just as the greatest advances in modern classical computing occurred with digital chip-scale integration of key functions, leading to drastic reduction in system complexity, I/O count, and cost, the same will be required in quantum computing. We are developing a platform to deliver that integration.
In terms of scalability, the company is eliminating many of the challenges of building quantum computers with thousands or even millions of qubits. Other industry approaches to quantum computing involve unwieldy systems requiring numerous, costly coaxial cables and complex CMOS readout/control for each qubit. These systems can’t scale effectively to meet the needs of businesses.
SEEQC’s system design provides a significant reduction in noise and interference to maintain high fidelity quantum operations at scale. Because it combines cryogenically integrated quantum and classical processors, the full-stack system complexity, required input/output (I/O) count, and room-temperature equipment are dramatically reduced leading to a very cost-effective and scalable quantum computing system.
In addition to reducing system complexity, latency and cost, SEEQC’s unique expertise in SFQ for circuit design and manufacture enables the company to engineer systems that operate at about four orders of magnitude lower energy compared to equivalent CMOS-based systems. This is another critical element to building a scalable quantum-classical architecture.
Inside the fridge
Watch the video
Welcome to the Coldest Place on Earth
What is Quantum?
What is a Qubit?
Understanding Quantum
Why Quantum Matters
Scaling a Quantum Computer
Inside the Fridge
Classical Bit vs. Qubit
From Switches to Superposition
Classical computers rely on binary bits that are either 0 or 1. Quantum computers use qubits, which can exist in superpositions of both states simultaneously, unlocking exponentially more computing power.
Classical
1
0
Qubit
Understanding Quantum
Watch the video
Understanding
Quantum
Practical use cases
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
Where AI Meets Quantum Speed
Discover how ultra-low latency quantum–GPU integration is reshaping machine learning, bringing faster model training and smarter inference to real-world applications.
Simulating Molecules, Accelerating Discovery
Explore how quantum simulations reveal chemical interactions too complex for classical systems, driving breakthroughs in catalysts and drug development.
Redefining Risk in Real Time
Learn how quantum algorithms can model thousands of financial scenarios simultaneously, helping institutions optimize portfolios and manage risk more effectively.
Every Route, Reimagined
See how quantum optimization uncovers hidden efficiencies in complex supply chains, from fleet scheduling to global shipping networks.
Securing Tomorrow’s Infrastructure
Understand how quantum solutions can enhance secure communications, defense planning, and national resilience against emerging threats.
Powering the Grid of the Future
Learn how quantum computing can optimize renewable integration, grid stability, and energy distribution at scale.
How to scale
a quantum computer
Watch the video
How to scale a quantum computer
SEEQC is built upon the fundamental premise that to deliver a commercially scalable and cost-effective quantum computing solution, classical readout, control, error correction, and data processing functions must be integrated within a quantum processor.
Just as the greatest advances in modern classical computing occurred with digital chip-scale integration of key functions, leading to drastic reduction in system complexity, I/O count, and cost, the same will be required in quantum computing. We are developing a platform to deliver that integration.
In terms of scalability, the company is eliminating many of the challenges of building quantum computers with thousands or even millions of qubits. Other industry approaches to quantum computing involve unwieldy systems requiring numerous, costly coaxial cables and complex CMOS readout/control for each qubit. These systems can’t scale effectively to meet the needs of businesses.
SEEQC’s system design provides a significant reduction in noise and interference to maintain high fidelity quantum operations at scale. Because it combines cryogenically integrated quantum and classical processors, the full-stack system complexity, required input/output (I/O) count, and room-temperature equipment are dramatically reduced leading to a very cost-effective and scalable quantum computing system.
In addition to reducing system complexity, latency and cost, SEEQC’s unique expertise in SFQ for circuit design and manufacture enables the company to engineer systems that operate at about four orders of magnitude lower energy compared to equivalent CMOS-based systems. This is another critical element to building a scalable quantum-classical architecture.
Inside the fridge
Watch the video
Welcome to the Coldest Place on Earth
The Power of Entanglement
When qubits are entangled, the state of one is instantly linked to the other—even across large distances. This phenomenon enables faster problem-solving and more secure communications.
The Power of Entanglement
When qubits are entangled, the state of one is instantly linked to the other—even across large distances. This phenomenon enables faster problem-solving and more secure communications.
The Power of Entanglement
When qubits are entangled, the state of one is instantly linked to the other—even across large distances. This phenomenon enables faster problem-solving and more secure communications.
Understanding the
Building Blocks
Understanding the
Building Blocks
Understanding the
Building Blocks
Quantum 101 Basics
Learn the fundamental difference between classical bits and quantum bits, the building blocks of quantum computing.
Superposition Explained
Dive deeper into how superposition allows qubits to hold multiple states at once, powering parallel computation.
Entanglement: Nature’s Shortcut
Discover how entangled qubits behave as a single system, creating powerful correlations used in quantum algorithms.
Quantum Applications
See where quantum computing is already making an impact, from drug discovery to financial modeling and beyond.
Quantum 101 Basics
Learn the fundamental difference between classical bits and quantum bits, the building blocks of quantum computing.
Superposition Explained
Dive deeper into how superposition allows qubits to hold multiple states at once, powering parallel computation.
Entanglement: Nature’s Shortcut
Discover how entangled qubits behave as a single system, creating powerful correlations used in quantum algorithms.
Quantum Applications
See where quantum computing is already making an impact, from drug discovery to financial modeling and beyond.
Quantum 101 Basics
Learn the fundamental difference between classical bits and quantum bits, the building blocks of quantum computing.
Superposition Explained
Dive deeper into how superposition allows qubits to hold multiple states at once, powering parallel computation.
Entanglement: Nature’s Shortcut
Discover how entangled qubits behave as a single system, creating powerful correlations used in quantum algorithms.
Quantum Applications
See where quantum computing is already making an impact, from drug discovery to financial modeling and beyond.
News
News
News
“SEEQC’s John Levy featured in the Booz Allen Ventures Founder Series”
“SEEQC’s John Levy featured in the Booz Allen Ventures Founder Series”
“SEEQC’s John Levy featured in the Booz Allen Ventures Founder Series”
—Booz Allen
—Booz Allen
—Booz Allen
“Quantum chips that don't need a nuclear power plant”
“Quantum chips that don't need a nuclear power plant”
“Quantum chips that don't need a nuclear power plant”
—NBC
—NBC
—NBC
“Why is the Quantum Race Moving Faster?”
“Why is the Quantum Race Moving Faster?”
“Why is the Quantum Race Moving Faster?”
–The Daily Upside
–The Daily Upside
–The Daily Upside
Want to learn more?
Want to learn more?
Want to learn more?
Contact us to learn more
Contact us to learn more
Contact us to learn more
Join the Team
We’re a passionate team at the intersection of quantum physics and engineering, driven by innovation and collaboration.
We’re a passionate team at the intersection of quantum physics and engineering, driven by innovation and collaboration.
We’re a passionate team at the intersection of quantum physics and engineering, driven by innovation and collaboration.
Contact Us
Email us at info@seeqc.com for all general inquiries.
Email us at info@seeqc.com for all general inquiries.
Email us at info@seeqc.com for all general inquiries.
About SEEQC
About SEEQC
Founded in 2019, SEEQC is the first and only company to put all core functions of a quantum computer on a digital chip.
Backed by leading investors, with over 115 patents, global labs, and a team of world‑class engineers, our mission is to deliver useful quantum computing to the world.
Founded in 2019, SEEQC is the first and only company to put all core functions of a quantum computer on a digital chip.
Backed by leading investors, with over 115 patents, global labs, and a team of world‑class engineers, our mission is to deliver useful quantum computing to the world.
Founded in 2019, SEEQC is the first and only company to put all core functions of a quantum computer on a digital chip.
Backed by leading investors, with over 115 patents, global labs, and a team of world‑class engineers, our mission is to deliver useful quantum computing to the world.
