Science and innovation are the two main pillars of global technological progress and research. In the last decade, recent trends in international research show a significant shift towards multidisciplinary approaches that combine various scientific disciplines. This makes innovation faster and more efficient in solving global problems. One promising trend is the use of artificial intelligence (AI) in various research fields. Researchers are now leveraging AI to analyze big data, accelerate discovery, and optimize research processes. For example, in healthcare, AI is being used to develop new drugs and diagnose diseases with greater accuracy. Several studies show that AI can research thousands of combinations of molecules in a short time, compared to traditional methods that take months or even years. Another increasingly popular trend is collaboration between universities, industry and government. Through this collaboration, innovative ideas can be accessed more widely, and resources can be allocated more efficiently. For example, collaborative research programs between the private sector and higher education institutions have produced technological breakthroughs in a variety of fields, including renewable energy and sustainable agriculture. Furthermore, research on sustainability is also becoming a main focus. Researchers seek to develop solutions to increasingly pressing environmental challenges, including climate change. New technologies in the energy sector, such as more efficient solar panels and environmentally friendly batteries, are being developed with a focus on reducing environmental impact. Open research methods also continue to develop, allowing better access to scientific data and publications. With this, researchers around the world can collaborate more effectively, share their findings, and accelerate scientific progress. For example, projects such as “Open Science” seek to publish research freely and openly, providing opportunities for researchers from developing countries to contribute. Next-gen technologies such as biotechnology and nanotechnology are increasingly being applied in innovation. In biotechnology, gene modification and research on biological systems provide opportunities to increase agricultural yields and create more effective medicines. Meanwhile, nanotechnology has the potential to transform various industries by enabling the creation of new materials with unique properties. Public participation in science is also a concern. Citizen science activities that involve the general public in data collection and scientific research increase awareness about the importance of science. In this way, the public can contribute directly to research, increase the amount of data available, and help researchers gain broader insights. Finally, the importance of ethics in science and innovation is also becoming increasingly prominent. With many new technologies emerging, openness and ethical considerations in their application are becoming increasingly significant. Discussions about data privacy, the social impact of technology, and the responsibility of scientists towards society are issues that need to be addressed to ensure innovation goes hand in hand with the development of human values. These trends, reflecting collaboration, sustainability, accessibility and ethics, are key in shaping today’s international research landscape. Comprehensive and innovative research can provide solutions to the high complexity of global issues in the 21st century.