Applied studies · Joint evaluation · Research tools
Bring a concrete cycle, dataset or design question. Explore what the proposed CarnotX method and its software implementation could add to your existing approach.
We invite early adopters to discuss focused technical studies, research tools and joint development. Each engagement starts with a defined problem, an agreed scope and a clear account of what is available and what still needs to be assessed.
01 / Services & development opportunities
Each system needs a reference that reflects its operating conditions. Process-specific benchmark studies can help clarify performance limits, while Thermal Matching studies explore how heat-exchange choices could improve energy performance.
These are starting points for a scoped engagement. Deliverables, available functionality, timing and commercial terms are agreed individually.
Bring a cycle, design question or optimization problem. Together we identify where the proposed approach may be useful and what evidence a meaningful evaluation would require.
Possible outcome. A defined question, system boundary and evaluation plan.
Discuss this route →Explore a reversible-cycle reference for a specified configuration, including multiple or varying heat-exchange temperatures, and compare it with the references used in your current analysis.
Possible outcome. A scoped analytical study with explicit inputs, assumptions, qualification conditions and comparison criteria.
Discuss this route →Examine paired temperature–heat-duty trajectories to identify mismatch and investigate potential changes to heat exchange or cycle configuration.
Possible outcome. An assessment of matching opportunities and candidate changes for further engineering evaluation, with practical constraints made explicit.
Read about Thermal MatchingDiscuss this route →Test selected parts of the method against your own models, datasets or experimental cases. Agree the baseline and acceptance criteria before interpreting any difference as an improvement.
Possible outcome. A jointly defined comparison and evidence record, including limitations and unresolved questions.
Discuss this route →Discuss a guided demonstration or a scoped evaluation of available research software, and explore the requirements for using the method within your own modelling workflow.
Possible outcome. An agreed demonstration, evaluation scope or integration study, subject to available functionality and access arrangements.
Explore the role of CarnotX SoftwareDiscuss this route →Explore expert review, analytical demonstrations, teaching materials, editorial development or authorship. The scientific status and intended readership determine the scope of each contribution.
Possible outcome. A defined review, educational or publishing contribution with appropriate scientific qualifications.
Discuss this route →02 / CarnotX Software
CarnotX is the proposed methodology; CarnotX Software is its computational implementation. Its role is to support calculations, visualizations and cycle comparisons, making selected parts of the method easier to explore and evaluate.
An operational implementation exists within the development programme. Guided demonstrations and selected evaluation activities can be discussed against a specific use case. The functionality and version relevant to an engagement are established before work begins.
Software output must be interpreted within the method’s assumptions and qualification conditions. An implementation alone does not establish the scientific validity or engineering benefit of the underlying method.
The broader CarnotX platform is in development. Early collaboration can help define useful workflows, comparison cases, visualization needs and integration requirements for research and engineering tools.
Access is selective and purpose-specific. This is not a public software beta or an offer of unrestricted access to source code, interfaces or intellectual property.
03 / Early adopters
Research teams working across power, propulsion, thermal management and energy conversion can bring demanding comparison cases and their own evaluation capability. A focused engagement can investigate a specific technical question before broader adoption is considered.
Developers of heat pumps, refrigeration systems, engines, power plants and heat-exchange technologies can explore whether process-specific references and Thermal Matching reveal useful design or optimization directions.
Researchers and educators can contribute independent review, analytical comparisons and teaching cases, including foundational questions relevant to physics and astronomy where the stated scope applies.
Publishing partners can explore the planned companion books, disciplinary positioning and editorial development. Proposed changes to scientific explanations and educational material should reflect the evidence available for the claims concerned.
04 / Parallel, connected activities
The proposed workshop Beyond Carnot: Operationalizing Clausius at the Lorentz Center at Leiden University is intended to examine the scientific construction, relationship to existing methods, scope and added value of the proposed framework. Workshop acceptance and dates remain unconfirmed, and its conclusions are open.
A partner can meanwhile evaluate a defined calculation, compare a method with an existing model or investigate an application using its own expertise and acceptance criteria. Such work need not await assessment of the entire Formal Core. It can provide useful evidence and questions for the broader scientific process.
Results from a particular case support conclusions about that case within its stated conditions; they do not establish general validation or guaranteed energy savings. Operational use requires evidence appropriate to the intended application.
Explore the independent scientific assessment programme →05 / Working together
Participation is selective and depends on relevance, available development capacity and the proposed contribution. We agree the technical question, reference cases, deliverables, evidence requirements and responsibilities. Confidentiality, data use, software access and applicable intellectual-property conditions are addressed where relevant.
Discussion, review or exploratory participation does not by itself constitute scientific endorsement, institutional adoption or a commitment to implementation. Controlled documents retain their separate request and assessment procedures.
Explore research documents →Describe the system or cycle, your current analytical approach and the question you would like to investigate. Please use a non-confidential description for the initial enquiry.
Interested in contributing expertise to the wider initiative or following its milestones? Contribute or stay informed.