Generate possibilities
Traditional language models are probabilistic and nondeterministic. They can suggest plausible methods or answers, but their output still needs to be run, checked, and bounded by evidence.
AI that won't overstate confidence
Research sources, run scientific code, and simulate systems in one workspace. Exergy Lab keeps the work behind each result easy to review.
New project
More than an AI answer
General AI can explain how an analysis might be done. Exergy Lab can choose the tools, run the computation, and keep the results ready for review.
Traditional language models are probabilistic and nondeterministic. They can suggest plausible methods or answers, but their output still needs to be run, checked, and bounded by evidence.
Exergy Lab uses deterministic solvers to run defined calculations and supported simulations, then determine which evidence supports the results.
The agent reviews the question, source files, and constraints before choosing the right tools.
It retrieves sources, writes and executes analysis, calls scientific solvers, and runs simulations directly inside the project workspace.
Each result stays linked to its inputs and method, so you can see what to check next.
Supported range under the stated duty cycle.
SupportedThermal balance reproduced from test data
UnresolvedDegradation beyond the reported cycle window
Test nextMatched-duty endurance run with full auxiliaries
Results you can review
The workspace keeps the sources, calculations, and assumptions behind the work in one place. When a check is available, it runs it and shows the result.
Read the verification approachInputs, units, formulas, sources, and methods stay with the work.
See which tools and calculations produced each result.
When more information is needed, the workspace makes the next step clear.
Inside the computational workspace
Files, sources, code, simulations, and results stay together as the work develops.
Work with technical documents, tables, scientific arrays, and project files in one place.
Find relevant technical sources and keep them alongside your data and calculations.
Use thermodynamics, fluids, chemistry, materials, electrochemistry, reaction, and physical-bound tools when they apply.
Run custom numerical work rather than only describing the equations or suggesting code for someone else to execute.
Run supported fluid, molecular, atomistic, process, and engineering simulations, with the method clearly shown.
Review the inputs, calculations, and available checks behind a result.
See the workspace in context
Open a ready-to-run inquiry, then replace the example assumptions with your own sources and constraints.
Plans that grow with the work
Explore the workspace for free, then add the research depth, computation, and project continuity your work requires.
Try the workspace with saved projects, file uploads, and a daily allowance.
For individual analysts doing recurring technical work.
For analysts handling high-stakes, complex work.