- VechainThor’s integration with smart membranes promises a new dawn of sustainability, capable of addressing many global resource issues.
- Steering Committee Member, Professor Qi Ge, unveils the revolutionary potential of these materials, combined with the VechainThor blockchain.
Taking inspiration from the profound complexity of biology, Professor Qi Ge, a member of Vechain’s Steering Committee and renowned physicist, has undertaken groundbreaking research in the field of 2D materials. Combined with the prowess of the VechainThor blockchain, these materials are primed to revolutionize technology and significantly influence the shift towards a genuinely sustainable economy.
Vechain Steering Committee member and 2D materials Researcher, Professor Qi Ge, has been developing ground-breaking nano-materials to revolutionise technology, and deliver on global #sustainability ambitions.
— vechain (@vechainofficial) June 7, 2023
The study of biological membranes forms the crux of Professor Ge’s research. These structures, existing as barriers within living organisms, regulate chemical flow and can act as protective shields against viruses, offering a plethora of functional applications. The concept of selective permeability, a shared trait among membranes that allows passage to some entities while restricting others, is fundamental to his work.
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These ‘smart’ membranes, configurable from a myriad of materials, come loaded with potential. Able to react to varying conditions like humidity or chemical changes, smart membranes can not only increase safety in workplaces but also prevent catastrophic failures in areas like lithium batteries in electric vehicles. Their control and production are synchronized with the VechainThor blockchain, enabling real-time monitoring and ensuring high-performing, sustainable industrial operations.
Addressing global resource challenges is an integral part of smart membrane research. By leveraging these materials, we could filter seawater to extract lithium, a valuable yet damaging resource to mine traditionally, or other abundant metals. The promise of hydrogen as a pollution-free energy source also becomes realizable, given the abundant presence of this element in water.
Another beneficial outcome lies in desalination. With smart membranes able to filter salt from seawater, the often expensive and energy-demanding desalination plants could be replaced, ensuring fresh drinking water is within reach of many. This development carries far-reaching implications for global food security and overall human well-being.
But smart membranes are not just about creating efficient technologies; they also open the door to complex, revolutionary materials with new capabilities. This includes creating materials that act differently based on atom arrangements or charges, offering huge potential for computing and energy transmission advancements.
Finally, these membranes promise a future where VechainThor sits at the center of a global network of nanomaterials. The platform will be capable of monitoring, logging, and tracking industrial data in real time. Through this collaborative effort, VechainThor and scientists like Professor Ge are poised to catalyze our shift towards a truly smart and sustainable global economy.
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