25th of April

Artificial Intelligence in
Science and Society

The presentation is dedicated to the role of Artificial Intelligence in modern society. The article considers the path from fundamental scientific research to the creation of practical solutions that are already changing people's lives. Special attention is paid to real—world examples of AI implementation in key areas such as medicine, education, transport and public administration. The presentation aims to show how Artificial Intelligence and scientific discoveries become a tool for solving urgent social problems and improving the quality of life of society, as well as contribute to the harmonization of international dialogue.

The presentations by representatives from India will focus on the role of Artificial Intelligence as a powerful tool for the development of modern society. They will explore the benefits of implementing AI, such as improving process efficiency, automating routine tasks, and expanding the possibilities for analyzing large data sets. The presentations will also highlight the importance of creating an environment that promotes the fair and safe implementation of AI, ensuring that its potential benefits the entire society and opens up new opportunities for sustainable development.
Additionally, the presentations will explore the impact of Artificial Intelligence on India's current development and the prospects for Indian youth. Special attention will be given to the changes in education, employment and entrepreneurship.

Russian large language models are considered as a key tool for bridging the digital divide and strengthening national sustainability. Using the best practices of Russian companies Beber and Yandex, as well as the GigaChat case, the possibilities of Russian AI tools for solving practical problems are analyzed. In particular, an example of the implementation of a chatbot for onboarding international students is given, which effectively answers their basic questions and facilitates adaptation.

The prospects of using Artificial Intelligence and digital technologies for the transformation of humanitarian education and scientific research are considered.

The report examines China's experience in the development of Artificial Intelligence, analyzes key strategies and government programs. Special attention is paid to the introduction of AI into the economy, education and public administration, as well as regulatory and ethical issues.

The expert examines the impact of artificial intelligence on science diplomacy, where AI serves as a tool for international cooperation and a source of new geopolitical and ethical challenges. Special attention is given to the position of small countries like Serbia, which may either strengthen their positions through AI or become dependent on technologically advanced nations. The expert analyzes current trends to determine whether AI is becoming a factor in strengthening cooperation between states and researchers or a new form of dependence for small countries on major powers.

The exper considers the use of generative Artificial Intelligence and digital twins for the preservation and promotion of Kazakhstan's cultural heritage within UNESCO. Using the example of the modernization of the E-Museum 2.0 platform, it is shown how the combination of these technologies with XR (Extended Reality) creates a cultural metaverse with immersive tours of sites such as the mausoleum of Khoja Ahmed Yasawi and the petroglyphs of Tamgaly. Special attention is paid to the integration of IoT monitoring for predictive conservation, and blockchain technologies for verifying the authenticity of digital copies. The prospects for international cooperation and measures to minimize the risks associated with the ethics of AI and the preservation of cultural identity are discussed.

Digital twin technology allows for the creation of accurate virtual models of the Baikal region's ecosystems for real-time monitoring and forecasting of changes. Artificial intelligence analyzes the data of digital twins, facilitating the adoption of effective environmental protection solutions and minimizing the anthropogenic impact on the unique nature of Lake Baikal.

In the context of rapid scientific and technological development, the role of strategic forecasting, in particular Foresight Studies, is increasing. Artificial Intelligence transforms traditional expert methods, allowing the analysis of large amounts of scientific data and modeling complex systems to identify priority areas of research. Using the example of the National Academy of Sciences of the Republic of Kazakhstan, the introduction of AI provides systematic monitoring of scientific activity, early detection of technological changes and the formation of sound development strategies.

A system of automatic marking of EEG/ECoG data is presented, designed to isolate the phases of deep sleep and epileptic seizures (rats are observed). This tool is designed for scientists involved in the study of epilepsy, and allows you to automate the analysis of 24-hour recordings of brain activity, which was previously performed manually and took a considerable amount of time. Now data processing takes about 3 minutes, which significantly increases the efficiency of scientific research.
The development is science-intensive and is a research tool rather than a ready-made therapeutic solution. The report focuses on the commercialization of the technology and its prospects for pharmaceutical companies interested in accelerating preclinical trials and analyzing the effectiveness of antiepileptic drugs.

The OxiaAccent service is presented, an innovative stress placement system developed using linguistics and Artificial Intelligence methods to account for homographs. The solution is designed to automate the preparation of texts for dubbing audiobooks, voice assistants and other digital products, which significantly reduces labor costs when working with large amounts of content. Among the key advantages of OxiaAccent are high accuracy (99.8%), simple integration, user—friendly interface and a unique linguistic database.

The presentation analyzes the impact of artificial intelligence on modern business models, management approaches, and decision-making processes. It uses specific examples to show why point-based automation is no longer sufficient and how companies can transition to a more holistic AI-based development model. Special attention is paid to prioritization, adaptation speed, and management readiness for change.

The role of integrating artificial intelligence into building sustainable and flexible supply chains is considered. Modern approaches to applying AI for demand forecasting, logistics optimization, risk management, and increasing transparency of operations are analyzed. Special attention is paid to the global impact of these technologies: reducing costs, minimizing the environmental footprint, and shaping new standards for interaction between market participants.

The presentation is dedicated to the use of artificial intelligence technologies in the production of miniseries, from script development to postproduction. The possibilities of automating creative and technical processes, as well as the impact of AI on the quality and speed of media content creation, are considered. Special attention is paid to the prospects for the development of the industry and new formats of interaction between authors, producers and viewers.

Questions for open discussion:

• How can we form a comprehensive international system for promoting scientists' solutions in the field of Artificial Intelligence to the global market?

• What mechanisms and formats of international cooperation in the field of AI are most effective for solving social, regional and global problems together?

• How can scientific developments based on Artificial Intelligence be popularized and implemented for social development, as well as to strengthen international dialogue between countries?

• How can scientific research and AI solutions be commercialized?

• How can we develop sustainable cooperation between scientists, business and government agencies to jointly use AI in solving urgent social problems?