Explore molecular behavior and materials with quantum and classical computation working together. Focus research on the calculations that could improve your next scientific or engineering decision.
Quantum SimulationA connected view of technology and business
The business focus
Molecular understanding and better R&D decisions
What is possible today
Targeted research pilots; industrial scaling is case-specific.
How to measure value
Calculation accuracy, uncertainty, runtime and experimental relevance
01 / Understand
What this technology means for your business
Molecules and materials obey quantum mechanics. Quantum simulation investigates how quantum processors can represent parts of those systems, such as electronic structure or reaction energies. In hybrid workflows, classical computation handles tractable parts while a quantum processor is evaluated on selected subproblems.
02 / Create value
Where the opportunity takes shape
01
Target difficult calculations
Identify molecular subproblems where current approximations limit useful scientific conclusions.
02
Guide experimental effort
Evaluate whether validated calculations can help prioritize hypotheses before costly laboratory work.
03
Connect disciplines
Bring domain scientists and computational teams together around measurable accuracy requirements.
These are objectives to evaluate. We compare the proposed approach with your current workflow before recommending expansion.
03 / Apply
Real decisions. Relevant applications.
Feasibility depends on your data, requirements and the maturity of the technology.
01
Battery chemistry
Investigate reaction mechanisms or electronic properties relevant to energy storage materials.
02
Catalysis and molecules
Assess defined molecular models to understand interactions before broader experimental validation.
03
Advanced energy materials
Explore selected chemistry questions in demanding environments, such as molten salts for fusion research.
04 / Move forward
A clear path from question to evidence
An indicative engagement structure. Scope, deliverables and success criteria are agreed with your team before work begins.
01
Frame the opportunity
A scientific question, molecular model and agreed accuracy target.
02
Test the approach
A hybrid calculation with uncertainty analysis and comparison to established methods.
03
Decide the next move
A reproducible research report and a recommendation for further computational or laboratory validation.
05 / Stay grounded
Innovation, with the evidence in view
IBM describes Mitsubishi Chemical and Keio University's work on lithium-oxygen battery chemistry, and a separate ORNL and Cleveland Clinic collaboration on molten salts. These illustrate focused research applications. They do not establish that a commercial product was delivered or that every simulation becomes faster.
References and further reading
References do not imply affiliation, endorsement or participation by StrategiQ
