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Quantum Centric Supercomputing for Advanced Nuclear Engineering

Nuclear energy is re emerging as the only scalable, carbon free baseload that can
support industrial growth and the rapid expansion of AI data centers. Yet the next
generation of reactors, including SMRs and Gen IV concepts, faces a hard limitation:
the cost and time required to simulate coupled multiphysics systems with high
fidelity.

Nuclear Quantum integrates quantum algorithms into established nuclear engineering
workflows to overcome the computational bottlenecks that slow reactor design,
licensing, and long term operation.

Call to action: Request an investor brief or schedule a technical briefing.

The Problem

The classical simulation ceiling

High performance computing has supported nuclear safety for decades. But modern
reactor development requires high fidelity modeling across neutronics, thermal
hydraulics, materials behavior, and uncertainty quantification. As resolution increases,
classical compute requirements grow disproportionately, forcing conservative
assumptions, larger safety margins, longer design cycles, and heavier licensing
packages.

The result is slower deployment and higher capital risk, exactly where the market
demands speed, predictability, and cost discipline.

Our Solution

Proprietary quantum classical hybrid frameworks

Nuclear Quantum develops quantum ready algorithms and hybrid frameworks that
accelerate the core numerical problems inside nuclear simulation and optimization.

Our approach focuses on three technology engines:

Quantum accelerated linear solvers
Variational quantum linear solvers enable faster solutions for large scale linear
systems derived from engineering PDEs in neutronics and fluid dynamics.

Atomic scale materials simulation
Using VQE class methods, we model radiation driven degradation mechanisms to
improve lifetime prediction and material selection.

Quantum enhanced digital twins
We combine physics informed models with GNN and PINN architectures to deliver
real time predictive diagnostics and decision support for operators.

Platform Overview

One computational backbone across the asset lifecycle

Nuclear Quantum is built to support complex nuclear assets from early design to
licensing to decades of operation.

Hybrid solvers layer integrates into existing HPC and simulation toolchains.
Multiphysics coupling increases fidelity while managing uncertainty and reducing
unnecessary conservatism.
Digital twin layer supports monitoring, forecasting, and operational optimization.
Verification and traceability provide audit ready outputs aligned with regulatory
expectations.

Core Strategic Pillars

What we deliver

High fidelity multiphysics
Coupled neutronics and thermal hydraulics at finer resolution to narrow uncertainty
and optimize core and fuel decisions.

Radiation tolerant materials discovery
Virtual testing for advanced materials under extreme environments to accelerate
development and qualification pathways.

Construction and logistics optimization
QAOA inspired optimization for modular assembly sequencing, fit up planning, and
supply chain routing.

Regulatory acceleration
A digital express lane for licensing by generating high fidelity evidence packages
suited to risk informed, performance based frameworks.

Economic and Safety Impact

By replacing overly conservative assessments with higher precision, data driven
modeling, Nuclear Quantum enables faster execution with stronger safety assurance.

Expected outcomes, depending on reactor type and deployment context:
Potential 28 to 38 percent LCOE reduction through better design decisions and
capital efficiency
Up to 2x schedule acceleration through faster design iterations and automation of
documentation workflows
Potential over 50 percent operational savings via predictive maintenance that
anticipates degradation before failures occur

Use Cases

Reactor design optimization for SMRs and advanced concepts
Licensing grade simulation packages with verification, uncertainty quantification,
and traceability
Life extension and aging management for critical components and materials
Modular build planning and supply chain optimization for large scale programs

Why Nuclear Quantum

We are not building a standalone quantum demo. We embed quantum capability where it matters inside the engineering bottlenecks that drive cost, schedule, and licensing risk. Our platform connects design, materials, construction planning, and operations into a single computation and decision framework.

Closing CTA

Build faster. License smarter. Operate longer.
Contact us for investor materials, partnership discussions, or a technical deep dive.