Enlightening Civilisation with Nanotechnology
Indonesia does not lack nanotechnology research. In various universities and research institutions, we can find studies on nanoparticles, nanomaterials, nanosensors, membranes, biomaterials, drug delivery systems, energy materials, and the utilisation of biomass and natural resources.
Papers are published, prototypes are made, patents are registered. But the most important question arises only after that: how many of these research results actually become products, services, or technologies used by society?
This is where the main problem in our nanotechnology development lies. The challenge is not merely the ability to generate new knowledge, but the ability to translate knowledge into benefit.
Many innovations stall in the area known as the valley of death — the stage when laboratory results are not yet mature enough, not consistent enough, not economical enough, or do not yet have a regulatory and market pathway to become real products.
The distance between the laboratory and application is indeed not simple. A material that works very well at the milligram or gram scale does not necessarily retain the same characteristics when produced in large quantities.
Changes in temperature, mixing speed, raw material quality, humidity, drying methods, process sequence, or storage conditions can alter the final properties of a nanomaterial.
In health applications, the problems multiply because products must also meet demands for safety, toxicology, biodistribution, stability, batch-to-batch consistency, efficacy, and regulation.
For this reason, the mistake that must be stopped is treating downstreaming as work that only begins after research is complete. Translation is not the final chapter of research. It must be part of the research design from the moment the first question is formulated.
From the outset, researchers need to know what problem they intend to solve, who the end user is, what quality attributes must be maintained, how the technology will be produced at a larger scale, roughly how much it will cost, what regulations must be met, and who the partners are that can take it to the next stage.
First, nanotechnology research needs to be more strongly problem-based, rather than merely material-based. The question ‘what nanomaterials can we make?’ needs to be complemented with a more important and specific question: ‘what problems can we solve better?’
Indonesia has real needs in health, clean water, food, the environment, energy, and advanced materials. Focusing on concrete needs will help research have a clearer translation pathway while preventing innovation from stalling as an interesting technology demonstration that has no users.
Industry involvement