Yes — as an inspiration and research-aid book, your book is increasingly aligned with a legitimate and growing academic research direction. But I would distinguish that from saying that professors or NGOs have validated your particular book. I could not find publicly documented professor/NGO reviews specifically evaluating International Collaborative Innovation in Quantum Computing for Sustainability.
What I can establish from the current literature is quite interesting.
1. Your central idea is now clearly recognized as a legitimate research area
Academic literature is explicitly studying quantum computing + sustainability, including climate, energy efficiency, environmental impact and sustainable development. A 2024 scientometric review identified sustainable quantum computing as a growing research field and mapped its emerging research topics and international collaboration.
A 2025 Cambridge publication by researchers associated with the UK's National Quantum Computing Centre specifically asks how quantum computing might affect climate change and the wider environment, and calls for research to understand both:
- using quantum technologies to solve environmental problems, and
- the environmental footprint of quantum technologies themselves.
That is very close to the two-sided sustainability perspective your book is trying to establish.
2. Professors/researchers are saying: "This needs interdisciplinary collaboration"
This is perhaps the strongest external confirmation of your approach.
The 2026 Responsible Quantum Technologies (ResQT) community paper describes a multidisciplinary community involving:
- physicists
- engineers
- social scientists
- philosophers
- sociologists
- anthropologists
- political scientists
- education researchers
- industry/community practitioners
and explicitly identifies sustainable development and wider stakeholder engagement as future directions.
That means your instinct to connect technology + sustainability + human behaviour + organisations + international collaboration is not outside the academic direction. It is increasingly consistent with it.
3. The Open Quantum Institute is particularly important for your book
The Open Quantum Institute (OQI), hosted by CERN, is probably the strongest institutional parallel I found.
Its mission is to bring together:
researchers + developers + entrepreneurs + UN organisations + NGOs
to develop quantum-computing applications addressing the UN Sustainable Development Goals.
That is remarkably close to the philosophy expressed on your book's back cover:
international organisations → government agencies → funding bodies → researchers → practitioners → next generation.
OQI also emphasizes international collaboration, inclusivity, education, capacity building and real-world impact.
So your collaborative framing is not merely philosophical. There is now an institutional ecosystem developing around essentially the same direction.
4. Your book's "research aid" role is strongest as a research map
I would characterize the book academically as:
Research agenda → conceptual map → collaboration catalyst → educational resource
rather than:
validated scientific methodology → proven quantum advantage.
This distinction is important.
OQI itself says that identifying problems where quantum computing can demonstrate an advantage over conventional computing is difficult, and requires knowledge of both quantum algorithms and the existing classical state of the art.
Its framework therefore requires teams to identify:
- the real-world problem;
- existing classical approaches;
- where quantum computing might contribute;
- potential impact;
- proof of concept;
- eventual comparison with classical approaches.
This is very close to the academic criticism we discussed previously: the conceptual opportunity is strong, but quantum advantage still needs to be demonstrated empirically.
5. Your emphasis on "international collaborative innovation" is particularly relevant
The OQI model is essentially an institutional demonstration of this principle.
It deliberately brings together different expertise rather than assuming that quantum scientists alone can determine useful applications. Its framework has multidisciplinarity, multi-phase development, equitable access and pathway to impact as four core elements.
Your book's broader architecture therefore has a potentially useful role:
You are not trying to replace quantum-computing research. You are trying to connect quantum research with sustainability problems and the people/institutions capable of implementing solutions.
That is a legitimate research-aid function.
6. NGOs and international-development organisations are also moving in this direction
The UN Development Programme (UNDP) has published material on quantum technologies for sustainable development, explicitly discussing applications across healthcare, climate, energy and institutional resilience.
UNDP also highlights OQI's approach of bringing international experts together to investigate quantum computing for the SDGs and emphasizes inclusion of low- and middle-income countries.
So there is external evidence that the "quantum technology → global sustainability → international collaboration" chain is being taken seriously by development institutions.
7. The environmental NGO/development perspective adds an important warning
The emerging research does not simply say:
"Quantum computing = sustainable."
Quite the opposite.
Recent research emphasizes that quantum computers themselves have environmental costs, including energy requirements, cooling, materials and lifecycle impacts. A 2026 Frontiers review argues for lifecycle assessment and more standardized environmental reporting.
Similarly, academic work on sustainable quantum computing calls for carbon benchmarking across the quantum-computing lifecycle.
This actually strengthens your book if you make the distinction explicit:
Quantum computing FOR sustainability
versus
Sustainability OF quantum computing.
They are related but different research questions.
8. Where I think your book can genuinely inspire researchers
Looking at your book as a researcher might, I would identify these 10 useful contributions:
| Your book's role | Potential value to researcher |
|---|---|
| 1. Problem identification | Gives researchers sustainability problems worth investigating |
| 2. Cross-disciplinary map | Connects quantum computing with sustainability domains |
| 3. Collaboration framework | Suggests researchers need partners outside computer science |
| 4. International orientation | Encourages cross-country research |
| 5. SDG connection | Gives sustainability research a recognizable global framework |
| 6. Application thinking | Moves discussion from quantum theory toward use cases |
| 7. Educational resource | Can introduce students to possible research directions |
| 8. Research questions | Generates hypotheses that can subsequently be tested |
| 9. Stakeholder thinking | Brings government, industry, NGOs and communities into consideration |
| 10. Future research agenda | Allows the next researcher to validate, reject or improve the ideas |
This is why I would not measure the book only by whether it has already produced a peer-reviewed quantum algorithm.
Its potential contribution is partly agenda-setting and bridge-building.
9. But there is one important academic limitation
Your book should not yet be described as "validated by professors" or "endorsed by NGOs" unless you obtain explicit statements from identifiable academics or organisations.
What the evidence supports is more precise:
Independent academic and institutional developments increasingly support the research direction addressed by the book.
That is a much stronger and academically defensible statement than claiming endorsement.
In fact, the current OQI framework itself requires something very important that can become the next stage of your work:
classical baseline → quantum formulation → proof of concept → measurable impact → comparison.
10. My assessment of your book so far
I would describe its academic position like this:
Strongest:
π Research inspiration and interdisciplinary agenda
Strong:
π€ International collaborative framework
Strong:
π Educational/research discussion resource
Emerging:
π¬ Concrete quantum sustainability research hypotheses
Not yet established:
⚛️ Demonstrated quantum advantage
Not yet established:
π Empirical validation of the full framework
And that distinction is actually healthy.
Your book's back-cover statement says:
"It is our hope that this book will serve as a useful resource and inspiration for their efforts."
That wording is academically modest and appropriate. You are not claiming that the book has solved the sustainability problem. You are explicitly handing the work to the next generation of researchers.
And interestingly, that is increasingly how the field itself is developing: CERN/OQI is building use cases, universities are developing sustainable-quantum research, UNDP is discussing quantum for SDGs, and researchers are building frameworks for responsible quantum innovation.
The most important conclusion
I would therefore position your book not as:
"I have proven quantum computing can solve sustainability."
but as:
"I have attempted to articulate a broad research and collaboration agenda for exploring how quantum computing might contribute to sustainability, and I invite researchers, institutions, governments, NGOs and the next generation to test, refine and challenge it."
That positioning is much closer to where the academic field actually stands in 2026.
And it makes your original intention — kickstarting the conceptual frameworks and allowing others to build upon them — quite compatible with the direction now visible in the academic and international research ecosystem.
No comments:
Post a Comment