Information and Intelligence Sciences

Information and Intelligence Sciences

Change and Uncertainty: Information and Intelligence are Shaping the Global Future

In recent decades, data and information have begun to grow and accumulate at an unprecedented scale. In today's world, the influence of artificial intelligence (AI) is pervasive, impacting fields from materials science to drug discovery, and from quantum physics to medicine. Virtually no domain remains untouched by the machine learning revolution. The pressing questions for the future include whether AI is permeating the scientific realm and how information and intelligent systems will influence scientific discovery.

This field encompasses multiple sub-disciplines, including computer science, communication technology, artificial intelligence, big data, and the Internet of Things (IoT). Its goal is to enhance the efficiency of information acquisition, processing, and utilization through technological means, thereby facilitating intelligent decision-making and service-related projects.

A Vast Global Market with Significant Potential in Scientific Research

According to predictions by McKinsey Global Institute, by 2030, AI is expected to contribute an additional $13 trillion to global GDP, driving an annual growth rate of approximately 1.2%. In the realm of scientific research, AI is increasingly recognized for its potential to accelerate and optimize scientific computation. It shows great promise in areas such as theoretical discovery, algorithm development, experimental guidance, and literature review. For instance, the 2024 Nobel Prize in Physics was awarded for foundational discoveries and inventions in machine learning, while the Nobel Prize in Chemistry recognized advancements in protein design and structure prediction.

Decentralized Science: Transparency and Fairness for Global Collaboration

Decentralized Science (DeSci) leverages blockchain technology to promote transparency and decentralization in scientific research. By utilizing the transparency and decentralized architecture of blockchain, DeSci enables various mechanisms, such as Decentralized Autonomous Organizations (DAOs) for collective governance and smart contracts for automated resource allocation and protocol execution. Additionally, DeSci fosters collaboration among global scientists through decentralized networks and platforms, breaking the traditional model where data, funding, and collaboration are tightly controlled by centralized institutions.

OpenSci: A Super Incubator for Global Scientific Innovation

OpenSci is a comprehensive scientific blockchain ecosystem platform supported by a global network of leading scientists. Its objective is to transcend limitations in fields, innovation, and technology, providing a free and open scientific community for scientists, developers, and enthusiasts worldwide. OpenSci is committed to establishing new scientific systems, encouraging disruptive innovation, and promoting global cooperation for the advancement of humanity.

This section will focus on global innovation projects within the field of Information and Intelligence Sciences. In the future, OpenSci will actively explore the application of decentralized scientific models in this domain, fully leveraging its advantages to unlock innovative potential across multiple fields and enhance scientific research and global industry efficiency.