- VeChainThor explores a revolution in sustainability by controlling materials at the atomic level, potentially impacting every facet of the industrial society.
- Machine learning and blockchain technology are being utilized to understand and manage these atomic-level changes, resulting in more efficient catalysts, advanced quantum devices, and significant strides towards global sustainability.
As the quest for sustainability intensifies, innovative solutions emerge that redefine efficiency and resourcefulness. One such groundbreaking solution is being spearheaded by VeChainThor, which is revolutionizing material science and sustainability by manipulating materials at an atomic level. This atomic-level control holds the potential to impact every facet of the industrial society, ultimately leading us closer to achieving global sustainability goals.
Steering Committee member and 2D materials Researcher, Professor Qi Ge, is a key figure in the global research and development of ground-breaking nanomaterials, helping #vechain deliver on global its #sustainability ambitions.
In his latest editorial, Professor Ge shares how… pic.twitter.com/numeQWCH33
— vechain (@vechainofficial) August 3, 2023
The Atomic-Level Paradigm Shift
Understanding this atomic-level paradigm shift requires a dive into the realm of nanotechnology, where minute modifications at the nanoscale lead to significant enhancements at the macroscopic level. The idea of harnessing the power of atoms, with their size typically ranging between 0.1-0.2nm, has grown increasingly viable. This concept gave rise to popular terms such as ‘single atom catalysis’ and ‘coloured centres’ in the materials science world, hinting at significant changes to the behavior of materials by merely adding or replacing a single atom.
This arena of research could redefine sustainability on a global scale, with two major applications currently under exploration: single atom catalysis and coloured centres.
Single Atom Catalysis and Coloured Centres: A Path to Enhanced Efficiency
Catalysts, substances that modify reaction pathways, are integral to various industrial chemical processes. However, their production, usually involving expensive noble metals, is costly and faces challenges such as limited lifetime and potential contamination. Single atom catalysis offers an innovative solution to this problem by introducing single atoms into a foreign crystal, significantly enhancing the system’s catalytic efficiency.
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Coloured centres, on the other hand, are leveraged in quantum applications like quantum computing and quantum telecommunication. They involve the placement of foreign atoms into a crystal, a concept used in the creation of gemstones, such as rubies and sapphires. As control over crystal impurities improves, new application possibilities emerge, particularly in the quantum realm.
Leveraging Machine Learning and Blockchain Technology
The road to achieving control over materials at the atomic level comes with its hurdles. Precise atomic replacement is not yet attainable, and predicting the properties of specific atomic configurations requires extensive computations. Here is where machine learning, artificial intelligence, and blockchain technology make their mark.
Databases containing information on various defects across materials are being used to teach neural networks about quantum mechanics. This helps predict atomic impurity properties quickly and accurately. Machine learning also aids in identifying the pathways for the synthesis of a particular structure.
VeChainThor’s blockchain technology facilitates the generation, accumulation, verification, and effective utilization of this distributed data to create next-generation nanotechnology products.
Future Implications: Revolutionizing Industries and Sustainability
The ability to control single atoms has wide-ranging implications. More efficient and cost-effective catalysts can revolutionize industries from petrochemical production to automotive. Quantum devices stand to gain leaps in power and efficiency, and the potential impact extends across sectors, from healthcare to construction. In essence, controlling material properties on an atomic level embodies the key principle for sustainability: doing more with less.
VeChainThor is poised to play a critical role in qualifying data as the world ventures into the fourth industrial revolution, marked by microscopic mastery, advanced computing, blockchain, and Internet of Things (IoT) technologies.
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