Rathish
Author – Ritesh Ranjan: The Indian Institute of Technology Madras hosted the 3rd BRICS Neuroscience Symposium 2026 from 5 to 7 June 2026, marking a major milestone for India’s growing role in global brain research. The three-day international event was held in India for the first time and brought together neuroscientists, clinicians, academicians, researchers and policymakers from BRICS countries and partner nations.
Organized by the Sudha Gopalakrishnan Brain Centre at IIT Madras, the symposium focused on expanding international cooperation in neuroscience, clinical science and emerging neuro-technologies. With the theme “Expanding Neuroscience: BRICS & Extended Nations,” the event created an important platform for scientific dialogue, research partnerships and knowledge exchange across countries.
The symposium was not just a scientific conference. It represented a larger effort to build stronger global networks in brain science at a time when neurological disorders, ageing populations and complex healthcare challenges are increasing worldwide. Through keynote lectures, panel discussions, clinical perspective talks, scientific sessions and cultural events, the gathering highlighted how international collaboration can accelerate progress in neuroscience.
Why the BRICS Neuroscience Symposium Matters
Neuroscience is one of the most challenging and rapidly evolving areas of modern science. The human brain is highly complex, and understanding its structure, function and disorders requires advanced technology, large-scale data, clinical expertise and interdisciplinary research. No single institution or country can solve these challenges alone.
This is why the BRICS Neuroscience Symposium 2026 holds special importance. It encouraged collaboration among nations that are investing in science, technology and healthcare innovation. By bringing experts together, the symposium helped create opportunities for shared research, joint projects and exchange of ideas in areas such as brain mapping, neurodevelopment, neurodegenerative disorders and clinical neuroscience.
Brain-related disorders such as Alzheimer’s disease, Parkinson’s disease, stroke-related damage and developmental neurological conditions are becoming major public health concerns. Research in these areas requires cooperation between basic scientists, clinicians, engineers, data scientists and policymakers. Events like the BRICS Neuroscience Symposium help bridge these fields and support the development of practical solutions for healthcare.
India’s Growing Role in BRICS Science
The symposium came at an important time for India, as the country is chairing BRICS in 2026 and preparing for the BRICS Summit in September 2026. India’s leadership role in BRICS science and technology cooperation was strongly reflected in the event.
Foreign Secretary Shri Vikram Misri highlighted that the spirit of BRICS lies in countries working together, sharing knowledge and combining resources to address emerging global challenges. He noted that India’s BRICS-related meetings throughout the year are part of a wider effort to strengthen cooperation among member nations ahead of the summit.
The neuroscience symposium added to this larger mission by focusing on brain research, a field with significant scientific, medical and social importance. By hosting the event, India demonstrated its commitment to advancing high-impact research and building international partnerships in areas that can improve lives across the world.
Role of the Sudha Gopalakrishnan Brain Centre
The Sudha Gopalakrishnan Brain Centre, also known as SGBC, played a central role in organizing the symposium. Located at IIT Madras, SGBC has emerged as an important hub for human brain research, brain mapping and neurotechnology development.
Chief Guest Prof. Ajay Kumar Sood, Principal Scientific Adviser to the Government of India, described SGBC as a multi-institutional, multinational and multidisciplinary initiative. He emphasized that the centre is supported by government, industry and philanthropy, showing the importance of combining different resources to support advanced scientific research.
Prof. Mohanasankar Sivaprakasam, Head of SGBC, said neuroscience requires international and interdisciplinary teams to address difficult problems and create meaningful breakthroughs. He added that the symposium would help SGBC expand its international collaboration network and strengthen its research partnerships with institutions across BRICS and partner nations.
Human Brainstem Atlas: A Major Scientific Milestone
One of the major highlights of the symposium was the release of the Human Brainstem Atlas by SGBC. This development attracted special attention because the brainstem is a critical part of the human nervous system. It controls several essential functions and plays an important role in connecting the brain with the spinal cord.
SGBC is known for developing a high-throughput multimodal whole-brain imaging pipeline that can map human brains at cell-level resolution. This type of advanced imaging is important for understanding how different parts of the brain are organized and how they may be affected by disease or injury.
The release of the Human Brainstem Atlas marks a significant contribution to global neuroscience. It can support future research in human brain structure, neurological disorders, clinical diagnosis and neurotechnology development. Such resources are valuable not only for scientists but also for clinicians working to understand and treat brain-related conditions.
Scientific Themes Covered at the Symposium
The BRICS Neuroscience Symposium 2026 covered a wide range of scientific topics. These included human brain organization, neural function in health and disease, developmental neuroscience, comparative model systems and emerging technologies in neuroscience research.
The programme connected basic science with clinical and technological applications. This approach is important because discoveries in laboratories must eventually help improve diagnosis, treatment and patient care. By including clinicians along with researchers and academicians, the symposium encouraged discussions that could lead to practical healthcare innovations.
The inclusion of emerging neuro-technologies also reflected the future direction of brain research. Technologies such as advanced imaging, artificial intelligence, computational modelling and brain-machine interfaces are increasingly shaping neuroscience. International cooperation can help make these tools more powerful, accessible and useful for medical research.
Continuing the BRICS Neuroscience Momentum
The IIT Madras event continued the momentum created by earlier BRICS neuroscience meetings held in Shanghai in 2023 and Moscow in 2024. With each edition, the network has grown stronger and more ambitious.
By hosting the third edition in India, IIT Madras and SGBC helped expand the geographical and scientific reach of the initiative. The theme “Expanding Neuroscience: BRICS & Extended Nations” reflected this goal by including not only BRICS countries but also partner nations interested in advancing brain research.
This growing network can help build long-term research collaborations, student and faculty exchanges, shared datasets and joint technology development. Such partnerships are essential for solving complex scientific problems and ensuring that discoveries benefit people across different regions.
A Milestone for IIT Madras and Indian Science
The Sudha Gopalakrishnan Brain Centre was launched in March 2022 and has quickly positioned itself as a major centre for human brain research. Its work in whole-brain imaging, brain mapping and neurotechnology shows how Indian institutions are contributing to global scientific progress.
By hosting the BRICS Neuroscience Symposium 2026, IIT Madras has strengthened India’s visibility in international neuroscience. The event showcased India’s scientific capabilities and underlined the importance of global partnerships in addressing neurological and healthcare challenges.
The symposium also showed how research institutions can serve as bridges between countries, disciplines and sectors. Government support, academic excellence, clinical expertise, industry involvement and philanthropic contributions all have a role to play in building strong scientific ecosystems.
Conclusion
The 3rd BRICS Neuroscience Symposium 2026 at IIT Madras was a landmark event for India and the global neuroscience community. It brought together experts from different nations to discuss brain research, clinical science and emerging neuro-technologies. It also highlighted the importance of collaboration in solving some of the most difficult challenges in healthcare and science.
With the release of the Human Brainstem Atlas and the active role of the Sudha Gopalakrishnan Brain Centre, the symposium demonstrated India’s growing strength in advanced brain research. As BRICS nations continue to deepen scientific cooperation, such events can shape the future of neuroscience and contribute to better healthcare outcomes worldwide.
The symposium was more than an academic gathering. It was a statement about the future of science: complex global problems require shared knowledge, shared technology and shared commitment. Through initiatives like this, IIT Madras and India are helping build the next generation of global brain research.
FAQs
1. What is the BRICS Neuroscience Symposium 2026?
The BRICS Neuroscience Symposium 2026 was an international event hosted by IIT Madras from 5 to 7 June 2026. It brought together neuroscientists, clinicians, researchers, academicians and policymakers to strengthen collaboration in neuroscience and neuro-technologies.
2. Who organized the 3rd BRICS Neuroscience Symposium 2026?
The symposium was organized by the Sudha Gopalakrishnan Brain Centre at IIT Madras. The centre focuses on human brain research, whole-brain imaging, brain mapping and neurotechnology development.
3. What was the theme of the symposium?
The theme of the symposium was “Expanding Neuroscience: BRICS & Extended Nations.” It focused on expanding cooperation among BRICS countries and partner nations in neuroscience research and clinical science.
4. Why is the Human Brainstem Atlas important?
The Human Brainstem Atlas is important because it provides valuable insights into the structure of the human brainstem. It can support research in brain organization, neurological disorders, clinical diagnosis and future neurotechnology development.
5. Why is this symposium important for India?
The event is important for India because it was the first time the BRICS Neuroscience Symposium was held in the country. It also strengthened India’s role in global neuroscience and supported the country’s broader BRICS science cooperation efforts in 2026.