RECOMMENDATION RENEWABLE MICROCHIPS AND SEMICONDUCTORS Thursday 14th May 2026
This is dedicated to the KING of Kings and the LORD of Lords.
@PMOIndia
@DutchMFA
@MIT
@Princeton
Written and conceptualised by Abiodun Mohammed Adeyemi Ajijola
RECOMMENDATION
RENEWABLE MICROCHIPS AND SEMICONDUCTORS
Thursday 14th May 2026
The purpose of this recommendation is to recommend that materials which are renewable be used in the development of microchips and semiconductors.
In addition legal research needs to be conducted into which materials used currently in the manufacture of microchips and semiconductors can be reprocessed in factories and leveraged again in the manufacture of new microchips and semiconductors. This is very important because with an uncertain world it makes very good sense to make the most of existing microchips and semiconductors while also legally researching materials that can be easily found which are renewable. In this context this means materials which can be used to create the microchips and semiconductors which can be leveraged when the microchip and or semiconductor is spoilt or is no longer operable for whatever reason. This will reduce considerably the need to import fresh materials to make new semiconductors and microchips.
This recommendation is intended for the Kingdom of the Netherlands with capital in Amsterdam and the Republic of India with capital in New Delhi and it is also recommended that these nations legally reach out to the Massachusetts Institute of Technology in the United States of America with capital in Washington D.C., North America which has very innovative and new research in materials science which can help tremendously in identifying all materials that can be leveraged to accomplish the objectives of this recommendation.
These are some key breakthroughs recently by the Massachusetts Institute of Technology, Cambridge, Massachusetts, United States.
'Atomic Reprogramming (May 2026): Researchers developed a method to precisely move tens of thousands of individual atoms in a material at room temperature within minutes. This "reprogrammable" material could lead to new types of quantum devices, such as high-density magnetic memory.
AI-Driven Discovery (February 2026): A new generative AI model, called DiffSyn, has been developed to predict "recipes" for synthesizing complex materials, accelerating the development of new materials by predicting how to create them.
Energy-Efficient Microelectronics (Dec 2025): MIT researchers designed a magnetic transistor that uses significantly less energy, with potential applications for creating faster, more sustainable AI hardware.'
Princeton University, Princeton, New Jersey, United States of America with capital in Washington D.C., North America can also be leveraged as well for this research if that is the prerogative of the recommended nations. Princeton University hosts Princeton Materials Institute (PMI), a hub for multidisciplinary studies in materials science, photonics, and quantum science formerly called Princeton Institute for the Science and Technology of Materials (PRISM).
This recommednation was made to help the Republic of India develop a product or some products from this recommendation that would enable it generate enough revenues annually such that within 10 years the Republic of India would have a per capita income of no less than 10,000 United States Dollars.
'Based on April 2026 IMF World Economic Outlook data, India's per capita income (GDP per capita, current prices) is projected to be approximately $2,813 USD in 2026.'
Me who write this physically may make this recommendation to another nation or nations at some point.
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