Professor Qi Ge, a member of the Steering Committee and a researcher in 2D materials, is at the forefront of a revolution in nanomaterials in a world where sustainability is a growingly crucial worldwide issue. His most recent editorial discussed how atomic-level material manipulation could revolutionize the industry. This small-scale revolution could potentially transform the world by using machine learning models and the strength of the VeChainThor blockchain.
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.
— vechain (@vechainofficial) August 3, 2023
In his latest editorial, Professor Ge shares how… pic.twitter.com/numeQWCH33
Professor Ge’s research focuses on modifying materials at the atomic level, which may significantly modify their characteristics. According to the report, this could result in developing materials with distinctive and advantageous properties, such as boosted strength, modified electrical conductivity, or enhanced chemical reactivity. The range of possible uses is enormous, including electronics, manufacturing, and energy generation.
As the editorial notes, it takes sophisticated computer models to forecast and manage these atomic-level changes because of their intricacy. Hence, machine learning, a subset of artificial intelligence, is used. These models could anticipate the results of atomic-level modifications with a high degree of accuracy since they are trained on vast datasets of atomic configurations and the attributes that follow from them.
On the VeChainThor blockchain, the data needed to train these machine-learning models is kept. According to Ge, the innovative use of blockchain technology has created a secure, decentralized record that stands invincible to any alteration. This unique feature safeguards the verifiability and integrity of the data. Moreover, the public nature of this ledger allows researchers worldwide to access and utilize the data, thereby fostering global collaboration and knowledge sharing.
This scientific accomplishment echoes the mission of VeChain. Per its whitepaper, the organization is committed to harnessing blockchain technology’s power to construct a more sustainable and interconnected society. It also combines machine learning, nanomaterials research, and blockchain technology. According to experts, the work of visionaries like Professor Ge would undoubtedly be significant as the community progresses towards a future where sustainability is of utmost importance.
VeChain’s native token, VET, experienced a minor dip of 0.39% in its price over the last 24 hours, bringing its value down to $0.01794, according to CoinMarketCap data. This slight downward adjustment is likely a result of market volatility and shifts in investor sentiment.
Despite this, experts believe VET has consistently demonstrated its robustness and holds promising prospects for future growth, underpinned by its solid partnerships and groundbreaking blockchain technology. VeChain’s market capitalization currently stands at $1,305,144,455, with a trading volume of $28,518,099, marking a 4.74% decrease.
