Key takeaways from the GYSS 2025 – Participants from Finland share their experiences

Ten promising young researchers from Finland participated in the prestigious Global Young Scientists Summit (GYSS) in Singapore in January. We asked some of our attendees to share their highlights, the most memorable moments and the best scientific observations from the trip.

Sachin Kochrekar, University of Turku:

“Attending the Global Young Scientists Summit in Singapore proved to be a transformative experience, offering a unique platform to engage with Nobel Laureates, Fields Medalists, and fellow young scientists from around the globe. The summit highlighted cutting-edge multidisciplinary developments, including the growth of AI in healthcare, the pursuit of alternative energy sources like hydrogen, and the exploration of space. Global challenges such as climate change, responsible AI implementation, food security, and antimicrobial resistance were central themes.

Key highlights included Professor Louis Ignarro‘s opening plenary on nitric oxide and Professor Steven Chu‘s insights on selecting impactful scientific problems. Panel discussions explored interdisciplinary approaches to global challenges and the ethics of AI. The intimate Fireside Chats, particularly the session with Professor Dame Sue Black on forensic science, provided invaluable mentorship. A scientific discussion at the Finnish Embassy in Singapore fostered conversations on science diplomacy.

The opportunity to meet Singapore’s Deputy Prime Minister and discuss the country’s commitment to research and development was particularly inspiring. The summit reinforced the importance of scientific curiosity, collaboration, and perseverance in addressing the world’s most pressing challenges, leaving a lasting motivation to continue pursuing a career in science.”

Bahar Mostafiz, University of Turku:

“The rapid integration of AI across diverse fields is revolutionizing research, dramatically accelerating results and enhancing accuracy. However, the nascent state of AI reasoning presents a significant challenge: ensuring the reliability of input data. This concern underscores the critical need for robust data validation strategies as AI models mature.

One particularly innovative pitch, presented by Paul Bruand from CNRS, explored the potential of DNA-based data storage as a sustainable alternative to traditional cloud methods. This approach promises significant reductions in space and energy consumption, offering a compelling vision for the future of data preservation.

Presenting my own PhD research at the conference was an incredibly rewarding experience. The opportunity to share my work with a diverse audience of researchers and to forge potential collaborations was invaluable. Visiting Singapore’s institutions of higher education provided a fascinating comparative perspective. While these universities appear to prioritize industry partnerships and international collaborations, I also observed a distinct difference in workplace culture. The Finnish research environment, in my experience, fosters a more relaxed, less hierarchical, and ultimately less stressful atmosphere, which I believe is crucial for fostering creativity and well-being.”

Minne Jartti, University of Tampere:

“Singapore has almost no natural resources, meaning that almost all sectors of society are dependent on imports. Because the country’s own resources are so scarce, Singapore invests in innovation by funding research. Many global issues, such as the adequacy of clean water, energy efficiency, and the availability of raw materials, have practically always been critical for Singapore’s survival. Therefore, investing in new, more sustainable technologies has been particularly important. From this perspective, Singapore appears to be ‘a microcosm of global problems’ and therefore a very meaningful place to bring researchers together to address important global issues. Human capital is extremely important to Singapore, and one of the goals of GYSS was to present Singapore as a potential post-doctoral location. Singapore succeeded in this endeavor; almost all of the participants – including me – were interested in Singapore as a potential future employer because the country conducts and finances high-quality research.”

Cristian Galvis, Aalto University:

“As a quantum computing researcher, Professor Duncan Haldane‘s work on topological quantum states is particularly inspiring. Harnessing these states could revolutionize quantum computer design, potentially leading to the long-sought fault-tolerant quantum computer.

The panel on ‘Ethics of Scientific Research in the Age of AI’ sparked crucial questions. AI’s rapid advancement demands thoughtful regulation, yet over-regulation risks stifling its potential. Balancing innovation with ethical considerations is a critical challenge for the scientific community.

GYSS 2025 was a truly transformative experience. Sharing time with luminaries like Professors Haldane, Schmidt, and Sir Tim Hunt was incredibly rewarding. Beyond their scientific achievements, witnessing their humanity and hearing their personal journeys left a lasting impact. A spontaneous lunch with Sir Tim Hunt, where he shared anecdotes from his Nobel Prize-winning research and his current life, exemplified the inspiring accessibility of these scientific leaders.”

Julius Rönkkö, University of Helsinki:

“GYSS 2025 in Singapore was an extraordinary experience. As one of ten Finnish researchers, I joined a remarkable group exploring how science addresses global challenges. The summit, themed ‘Advancing Science, Creating Technologies for a Better World,’ brought together 342 participants from 49 countries, including 13 Nobel laureates.

A highlight was participating in a Finnish Embassy panel, ‘Translating Research Data into Innovations and Global Welfare,’ where I shared insights on our CMT1J discovery and the importance of nurturing impactful research environments. Engaging with Ambassador Markkanen and Professor Tan Chorh Chuan, who encouraged us to focus on shaping our decisions to be the right ones, was invaluable.

One-on-one conversations with Nobel laureates like Schmidt, Roberts, and Chu reinforced the importance of curiosity, perseverance, and collaboration. Meeting Singapore’s Deputy Prime Minister Heng Swee Keat highlighted the country’s vision for science and innovation. Connecting with the exceptional Finnish delegation was equally meaningful. I’m grateful for the support of the National Research Foundation Singapore, Technology Academy Finland, the University of Helsinki, and my PhD supervisors. I leave Singapore inspired to continue contributing to global scientific innovation and to champion research into rare genetic diseases.”


Yelyzaveta Pervysheva, University of Tampere:

“Finland’s remarkable progress in GNSS signals and AI, particularly in the aerospace sector, is truly inspiring. The Finnish ambassador’s observation that ‘Finland and Singapore share the same cooperation mentality’ resonated deeply. Both countries prioritize collaboration between science and industry, fostering a win-win ecosystem that drives innovation.

GYSS 2025 underscored the exciting interdisciplinary nature of modern research, with AI playing a pivotal role. Experts emphasized the responsible application of AI to solve pressing problems, while luminaries like Werner, Kajita, and Roberts stressed the enduring importance of a strong STEM foundation. This balance between embracing AI and reinforcing core scientific disciplines emerged as a key theme.

The summit provided an incredible firsthand look at the synergy between academia and industry. Discussions with Nobel laureates, field experts, and Singapore’s Deputy Prime Minister, who highlighted Singapore’s inspiration from Finland’s education system, were particularly insightful. Exploring Singapore’s vibrant culture further enriched the experience. Overall, our group made a meaningful impact, and I’m eager to apply the knowledge gained to our research.”

Vilhelmiina Juusti, University of Turku:

“Scientific fields are experiencing rapid advancements, particularly with the integration of AI. Interdisciplinary research is increasingly crucial for addressing global challenges like environmental change, unsustainable lifestyles, and the impact of an aging population. Science and technology offer powerful tools for tackling these issues.

GYSS 2025 featured a diverse range of engaging lectures and discussions, from sustainable agriculture to the use of scientific evidence in court. Hearing from peers about their impactful research across the globe was particularly valuable.

Participating in GYSS was a career highlight. Engaging in scientific discussions, meeting distinguished researchers, presenting my work, and visiting Singapore’s research sites were all enriching experiences. However, the most rewarding aspect was connecting with fellow members of the Finnish delegation, whose expertise provided invaluable learning opportunities.”

Mahmoud Negm, University of Eastern Finland:

“Artificial intelligence is driving exciting developments across scientific fields. Climate change and energy remain pressing global challenges, demanding innovative solutions for a sustainable future.

GYSS 2025 offered fascinating discussions with eminent scientists, who emphasized the importance of maintaining curiosity and motivation throughout the research journey. They highlighted the value of deep specialization coupled with openness to interdisciplinary exploration.

Attending GYSS 2025 was a transformative experience. Meeting Nobel laureates, distinguished speakers, and young scientists from around the world was incredibly inspiring. Connecting with them to discuss recent developments and challenges fostered collaboration and broadened perspectives, making it a truly invaluable opportunity.”

Seyedehsahar Seyedbarhagh, University of Vaasa:

“Meeting Nobel laureates at GYSS 2025, including Sir Konstantin Novoselov, Professor Wendelin Werner, and Professor Leslie Valiant, was a dream realized. The summit also highlighted the National University of Singapore’s strong industry connections and extensive use of technology, prompting reflection on potential collaborations between Singaporean and Finnish universities. Expanding student exchange programs could offer Finnish students invaluable exposure to cutting-edge research.

Visiting the Smart City Laboratory was fascinating, though more opportunities to explore renewable energy-related labs would have been ideal. The friendly atmosphere at GYSS fostered open discussions, demonstrating that even Nobel laureates are approachable, inspiring young students to pursue their scientific aspirations with perseverance and dedication.”

Read more about the GYSS 2025 here.