At the signing ceremony of the Intelligent Blockchain Technology Research Laboratory of Xi'an Jiaotong University, Xi'an had just had a heavy snowfall.
From the airport, the driver kept chatting with me all the time. He watched me carrying a travel bag with me and thought that I was traveling to Xi'an. "The terracotta warriors and horses of this amount can look good!"
I said that I don't travel. I came to the blockchain technical seminar and the laboratory signing ceremony. The driver heard a blank face. "What is the blockchain? Why?"
For more than an hour's drive, I have been clamoring with the driver for blockchain technology. Although the blockchain has been hailed as a cutting-edge technology that has subverted the world after steam engines, power automation and the Internet, it has to face up to the problem that the market education and landing of the blockchain is far from enough. Who doesn't know the internet?
On January 10th, the "Intelligent Blockchain Technology Seminar and the Intelligent Blockchain Technology Research Lab Signing Ceremony" jointly organized by Xi'an Jiaotong University School of Electronics and Information Engineering, Quantum Chain Foundation and Xi'an Paper Gui Internet Technology Co., Ltd. Held at the Science Museum of Xi'an Jiaotong University, more than 200 college students, blockchain practitioners and technology enthusiasts gathered at the scene.
The purpose of setting up a laboratory is simple: to focus on the in-depth research and practice of blockchain technology.
The laboratory has a blockchain technology research project team, a blockchain smart contract research project team, a blockchain architecture research project team, a cross-chain research project team and a blockchain application project team, etc., hoping to be a blockchain technology. Application exploration to contribute.
The advantage of school-enterprise cooperation lies in complementary advantages
Why do companies start to choose to cooperate with universities?
As we all know, the dominant market is often the enterprise. In other words, the enterprise is most sensitive to the sense of the market. This sensitivity is not only the control of technical products, but also the design and planning of user needs.
Although enterprises are the main force of technological innovation, these main forces are inseparable from the cultivation of talents in colleges and universities. At the same time, the unique practical experience of enterprises can in turn improve the theory of engineering and product development for professors in colleges and universities.
Through this kind of school-enterprise cooperation, mutual penetration, complementary advantages and resource sharing are indeed an effective mode of cooperation.
Quantum Chain Founder Shuai Chu: Blockchain Technology Drives the Future
At the beginning of the conference, the founder of the quantum chain made a detailed academic report on the underlying blockchain technology.
In 2012, when Shuai began his Ph.D. in the Chinese Academy of Sciences, he first came into contact with the blockchain field. Later, he did a lot of development and management projects in the blockchain field. Shuai began to think that the reason for developing quantum chains was Because the team found several pain points:
First of all, the industry is not friendly enough. The industry lacks a new type of smart contract platform. Currently, the existing smart contract platform is mainly based on POW, and the consensus mechanism of POW is difficult to be deployed on a large scale by industry applications;
Second, compatibility is too bad. The compatibility between different blockchain technologies is very poor. For example, the Bitcoin ecosystem based on the UTXO model and the Ethereum ecosystem based on the Account model are difficult to be compatible;
Then, the consensus mechanism is not flexible. The consensus mechanism between blockchains lacks flexibility in itself, because the participants are different, so the requirements for consensus mechanisms are different in the public chain and in the alliance chain;
Finally, there is a lack of interaction with the real economy. The existing blockchain system has great closure. At present, most of the smart contract triggering conditions come from the blockchain system itself, and lack of interaction with the real world.
Later, Shuai began to talk about the past, present and future of blockchain technology development, and then shared the technical route and value of developing quantum chain. He hopes to give experiments through the achievements of quantum chain in technology and business development. The room brings strong technical support.
Founder of Paper Guilin Tang Ling: Blockchain Technology Empowers Cultural and Creative Industries
In the second half of the conference, Tang Ling, founder of Paper Gui Technology, shared the latest progress and breakthroughs of Paper & Technology in the “blockchain + cultural creation industryâ€, and deeply analyzed the innovation prospects of blockchain technology in the cultural and creative industry.
Ink's early team began to explore the blockchain from 2016. At the beginning, Ziggurat.cn, a blockchain copyright ecosystem service platform, was launched. Later, the ink chain was launched.
As the initiator of the ink chain, Tang Ling has rich experience in the field of copyright, IP incubation and distribution. He is also an early participant in the blockchain and is interested in exploring the development of the blockchain in the content field.
Through its own architecture design, Ink combines the blockchain with the problems that the content industry actually needs to solve, providing decentralized infrastructure for the content industry, from content confirmation to content distribution and content trading. The ultimate goal is to create a virtuous cycle of content ecosystems that are well structured and easy to reach.
Near noon, the signing ceremony was successfully completed. The three parties indicated that they will jointly promote the research work of the intelligent blockchain technology research laboratory, and make the laboratory become a technology-driven experiment integrating research, application, and results transfer. room.
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