Southeast University, one of China’s most prestigious institutions, traces its roots back to the Sanjiang Normal School—the birthplace of modern higher education in Jiangsu Province. As one of only two Project 985 universities in the region—alongside Nanjing University—it has long stood as a pillar of academic excellence, excelling in science and engineering while fostering generations of innovators.
From renowned figures like educator Tao Xingzhi, pioneering physicist Wu Chien-Shiung (the "Chinese Marie Curie"), to modern entrepreneurs such as Zhou Yuan of Zhihu and Mao Daqing of UrWork, Southeast University continues to shape thought leaders across disciplines. Now, with the rise of decentralized technologies, the university is actively exploring real-world applications of blockchain through research, collaboration, and forward-thinking forums.
👉 Discover how top universities are shaping the future of blockchain innovation.
Advancing Blockchain Education and Research
On November 10, 2018, the Blockchain Global University Tour Forum was successfully held at Southeast University. Organized by the Global University Blockchain Alliance, Southeast University National University Science Park, and the Communist Youth League Committee of Southeast University, the event brought together academics, industry experts, and students to discuss the technological, economic, and social implications of blockchain.
Media partners including Time Finance, Baihua Blockchain, and Yinghe Finance supported the forum, highlighting growing public interest in decentralized systems and their transformative potential.
Key speakers included:
- Associate Professor Liu Xiaofan, Director of the Department of Computer Engineering and head of Southeast University’s Blockchain Lab
- Zhu Weimin, Deputy General Manager of Southeast University National University Science Park
- Echo Kong, President of the Global University Blockchain Alliance
- Kong Lingguo, Head of Xuansheng Technology and former leader of MOAC Shanghai
These thought leaders provided insights into blockchain fundamentals, practical implementations, and future directions for academic and industrial collaboration.
Understanding Blockchain: From Theory to Infrastructure
Associate Professor Liu Xiaofan offered a comprehensive academic perspective on blockchain, defining it as a novel information technology built on cryptographic theory, distributed systems, and software engineering. At its core, blockchain enables secure data storage and verifiable computation—critical features for trustless environments.
One defining characteristic of blockchain is reliability. Because tasks are executed and validated across multiple nodes simultaneously, the system achieves consensus without relying on a central authority.
During a live Q&A session, a student asked: Where is blockchain platform data stored, and what role does the platform play?
Liu explained that a blockchain network consists of numerous nodes—each essentially a computer (even a personal laptop) equipped with storage, memory, and processing power. Data is stored directly on the hard drives of these participating devices. This decentralized architecture ensures transparency, resilience, and resistance to tampering.
👉 Learn how decentralized networks are redefining digital trust today.
Real-World Applications in Campus Ecosystems
Kong Lingguo from Xuansheng Technology presented practical use cases for blockchain within university settings:
- Secure Information Storage – Immutable records for academic credentials, research data, and administrative logs.
- Blockchain-Based Points Systems – Rewarding student participation or achievements via tamper-proof digital tokens.
- Copyright Protection – Enabling creators to register intellectual property instantly and cost-effectively.
- Supply Chain Finance Integration – Streamlining financial processes for campus vendors and startups.
- Transparent Governance Models – Facilitating democratic decision-making in student organizations.
When questioned about storing copyright information on blockchain versus traditional databases like those used by copyright offices, Kong clarified: “In terms of mere data storage, there may not be much difference. However, blockchain offers faster, lower-cost copyright registration with built-in timestamping and proof-of-existence—critical advantages in digital rights management.”
He emphasized that centralized systems often involve high fees, slow processing times, and complex legal procedures when enforcing rights. In contrast, blockchain-based solutions empower creators to prove ownership instantly.
Hybrid Chains: Bridging Public and Private Networks
Feng Kuanglong, Strategy Director at Yinode and former Alibaba product design consultant, discussed the evolution of blockchain architectures. As real-world applications grow more complex, so do technical demands.
Public blockchains offer transparency and decentralization but face scalability challenges. Private chains provide control and speed but sacrifice openness. To balance these trade-offs, hybrid blockchains—combining elements of both—are emerging as viable solutions for enterprise adoption.
Industries such as finance, logistics, and education require robust infrastructure that supports high-speed transactions, data privacy, cross-organizational collaboration, and compliance—all while maintaining security. Hybrid models meet these needs by allowing selective data sharing and permissioned access within a broader decentralized framework.
This architectural flexibility makes hybrid chains particularly suitable for institutional use cases like university-administered credentialing systems or inter-campus research collaborations.
The Philosophical Roots of Decentralized Money
Yu Sufeng, co-founder of FIBOS, joined by Huang Yingwei—product partner at Baihua Blockchain and former Tencent product manager—delved into the ideological foundations of cryptocurrency.
They highlighted the influence of Friedrich August von Hayek, the Austrian-British economist and political philosopher known for his defense of classical liberalism and free-market capitalism. In his seminal work “The Denationalisation of Money”, Hayek challenged the monopoly of state-issued currency.
His radical proposition? Eliminate central banks and allow private entities to issue competing currencies. Through market competition, he argued, the most stable, reliable, and widely accepted forms of money would naturally emerge.
This vision—once considered fringe—now resonates deeply with the ethos of Bitcoin and other decentralized cryptocurrencies. The idea that money can exist outside governmental control lies at the heart of blockchain’s disruptive promise.
Core Keywords Integration
Throughout this discussion, several core keywords naturally emerge:
- blockchain technology
- decentralized systems
- hybrid blockchain
- academic blockchain applications
- digital copyright protection
- university blockchain research
- real-world blockchain use cases
- blockchain education
These terms reflect both technical depth and practical relevance, aligning with search intent around innovation in academia and enterprise adoption.
Frequently Asked Questions
Q: What is the main advantage of using blockchain for academic records?
A: Blockchain ensures that academic credentials are tamper-proof, verifiable in real time, and accessible globally without reliance on intermediaries—reducing fraud and streamlining verification processes.
Q: How does a hybrid blockchain differ from public or private blockchains?
A: A hybrid blockchain combines the openness of public chains with the controlled access of private chains. It allows organizations to keep sensitive data private while still benefiting from decentralized consensus mechanisms.
Q: Can students develop blockchain projects at universities like Southeast University?
A: Yes. With dedicated labs like the Southeast University Blockchain Lab and support from university incubators, students can engage in research, hackathons, and startup development in blockchain technology.
Q: Is blockchain only useful for financial applications?
A: No. While finance was an early adopter, blockchain has broad applications in supply chain management, digital identity, voting systems, intellectual property protection, education credentialing, and more.
Q: Why is Hayek’s “Denationalisation of Money” relevant to cryptocurrency today?
A: His argument that competitive currencies lead to better monetary systems laid the philosophical groundwork for Bitcoin and decentralized finance (DeFi), where users choose trusted digital assets without central oversight.
Q: How can universities contribute to blockchain innovation?
A: By conducting foundational research, offering specialized courses, hosting forums like this one, supporting student-led projects, and partnering with industry to pilot real-world applications.
👉 Explore cutting-edge developments in blockchain education and technology integration.
As demonstrated at the 2018 Blockchain Global University Tour Forum, institutions like Southeast University are not just observing the blockchain revolution—they are actively shaping it. Through interdisciplinary research, hands-on experimentation, and philosophical inquiry, they are preparing the next generation to build a more transparent, equitable, and decentralized digital future.