professor

Bitget was selected as a case study in the blockchain monograph by a professor at the University of California, Los Angeles (UCLA)

ChainCatcher news, Alex Nascimento, a blockchain researcher and professor at the University of California, Los Angeles (UCLA), has included a case study of Bitget in the fourth edition of his new book, The STO Financial Revolution. The book provides a comprehensive analysis of blockchain, cryptocurrency, and Web3 technologies, exploring their applications in the financial sector and offering practical guidance for compliant fundraising for businesses and investors.This book is co-authored by industry experts and features case studies from well-known organizations such as Bitget, DWF Labs, UNICEF, BTG Pactual, and Polymath, showcasing key developments in the blockchain industry and discussing how blockchain technology is transforming the global financial system. The book has already been adopted by several academic institutions, including UCLA, as an important teaching material for courses related to the digital economy.UCLA blockchain professor Alex Nascimento stated, "Incorporating blockchain technology and Web3 principles into the global education system is crucial for cultivating a new generation of talent that can adapt to a decentralized digital world. By supporting blockchain education initiatives, Bitget is not only a driver of business innovation but also a significant contributor to the dissemination of blockchain knowledge."

Professor Yu Xiong from Surrey University: Including altcoins in national reserves is a "double-edged sword," with a "short-term optimistic, long-term cautious" impact on the industry

ChainCatcher news, according to Cointelegraph, Professor Yu Xiong, Dean of the School of Blockchain and Metaverse Applications at Surrey University, conducted an in-depth analysis of the inclusion of cryptocurrencies in national-backed reserves, calling it a "double-edged sword" with clear advantages and disadvantages.Xiong pointed out that the main advantage of a multi-asset reserve is the provision of more diverse options, reducing over-reliance on Bitcoin, which currently accounts for about half of the total cryptocurrency market capitalization. "The DeFi ecosystem of Ethereum (with a total locked value of about $50 billion) and the high-speed transactions of Solana (65,000 TPS) represent technological diversity." He added that the inclusion of altcoins also acknowledges the broader application scenarios of blockchain, such as Ukraine raising $135 million in crypto donations through coins like ETH and SOL after being invaded by Russia in 2022.However, Xiong emphasized several potential risks. The first is regulatory uncertainty, as the SEC is still in litigation with Ripple, "the government holding these tokens may face opposition." The second is liquidity risk; due to the low trading volumes of these coins, government purchases or sales could lead to significant price surges or drops. In the last 24 hours, Bitcoin's trading volume was $54.8 billion, while ETH was $23.4 billion, XRP was $5.5 billion, SOL was $5.4 billion, and ADA was $3.6 billion, which may indicate that some altcoins "lack the depth for large-scale reserves."Regarding concerns about market manipulation, Xiong stated, "The market disruption caused by the U.S. Treasury's sale of 30,000 Silk Road Bitcoins in 2014 was minimal, but today, selling 3% of the Bitcoin supply (about $5.5 billion) could lead to a 15% price drop."On the potential impact of U.S. crypto reserves, Xiong believes it will provide strong support for the crypto and blockchain industry, marking an increase in institutional acceptance and accelerating the adoption of traditional financial companies, similar to how BlackRock attracted $18 billion in assets under management within six months after launching a Bitcoin ETF. He stated, "U.S. reserves may mimic the role of the Strategic Petroleum Reserve in energy security, positioning cryptocurrencies as geopolitical tools."Xiong also warned that the crypto market remains fragile, with Bitcoin's annualized volatility fluctuating between 30% and 60% over the past year, while oil volatility is below 35%. Higher volatility raises concerns about manipulation or unintended market distortions.Regarding the impact of U.S. crypto reserves on the crypto and blockchain industry, Xiong summarized it as "short-term optimism, long-term caution," believing it could provide "cover" for institutional investors like pension funds. "If the U.S. government deems it appropriate, then corporate treasuries and institutional investors may also find it appropriate. The $50 trillion managed by pension funds and insurance companies globally may increase their allocation to cryptocurrencies," Xiong stated, similar to the situation after the approval of Bitcoin ETFs in early 2024.

Mathematics Professor: Public key cryptosystems should be replaced by corresponding systems that can withstand quantum attacks

ChainCatcher news, according to Cointelegraph, Professor Massimiliano Sala from the University of Trento in Italy recently discussed the future of blockchain with the Ripple team, particularly the potential threat of quantum computing to cryptographic technologies. Professor Sala emphasized that the maturity of quantum computing technology could pose a serious threat to existing cryptographic methods, thereby bringing risks to the entire blockchain technology system. He pointed out that quantum computers will be able to easily solve the fundamental problems of digital signatures, undermining the security mechanisms that protect user assets on blockchain platforms. He proposed the concept of "Q Day," which refers to the moment when quantum computers become powerful enough and accessible enough for malicious actors to break traditional cryptographic methods.While this will have far-reaching implications for any field where data security is critical—including emergency services, infrastructure, banking, and defense—it could theoretically destroy the world of cryptocurrencies and blockchain. Sala suggested that to address this potential risk, all traditional public key cryptosystems should be replaced with corresponding systems that can withstand quantum attacks. Although practical quantum computers capable of performing such operations have not yet emerged, governments and research institutions around the world are already preparing for the arrival of Q Day. Professor Sala expressed satisfaction with the progress in the field of quantum computing and recommended that blockchain developers maintain close collaboration with cryptographic experts who understand modern systems' quantum protection standards and innovations to face this challenge together.
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