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NANOscientific Symposium Series 2025 Concludes Successfully

The NANOscientific Symposium Series (NSS) 2025 has wrapped up its successful global program, uniting the international community dedicated to nanoscale science and metrology. Spanning the Americas, Europe, and Asia, this year-long symposium culminated in a momentous gathering at Stanford University, notably acknowledged as the birthplace of atomic force microscopy (AFM).

This event honored the legacy of Professor Calvin Quate, a pioneer in the field, while examining the ongoing evolution of AFM in light of modern research and industrial needs. With an impressive attendance of over 700 participants from around the world, the symposium emphasized the depth and significance of the scientific exchanges taking place.

Among the leading figures participating in the event were renowned scientists such as H. Kumar Wickramasinghe, Thomas Albrecht, and Helen Greenwood Hansma. Their presence highlighted the collaborative spirit and scholarly interface that defined the NSS 2025 series. The Stanford gathering, rich with historical continuity, featured Dr. Sang-il Park, the Founder and CEO of Park Systems, whose career started with Professor Quate's group during the foundational years of AFM. This lineage, highlighting the transition from academic invention to industry adaptation, set the stage for discussions focused on the future of integrated nanoscale metrology.

Evolving Role of AFM in Measurement Ecosystems

Within the symposium, a pivotal theme emerged: AFM is transitioning from being viewed as a standalone technique to serving as a core component within larger measurement ecosystems. Across various regions, discussions delved into how AFM techniques are being integrated with complementary optical and analytical methodologies, including imaging spectroscopic ellipsometry and digital holographic microscopy. This evolution aims to facilitate correlated measurements, yielding more comprehensive insights into intricate materials and devices.

Sponsored by Park Systems, a global leader in AFM technology, the NANOscientific Symposium Series showcased the company's commitment to advancing nanoscale measurement science. Park Systems’ sponsorship aligned seamlessly with the symposium's mission, which is not just about fostering technological innovation but also uplifting the scientific community that continues to shape the future of nanoscale metrology.

Global Scope and Diverse Engagement

Beyond the United States, NSS 2025 events in Europe and Asia further highlighted the global scope and diversity of the series. In Europe, for example, the NANOscientific Forum at Orsay, France, focused on precision measurement and advanced characterization strategies in a research-rich environment. Meanwhile, the symposium held in Korea at Park Systems’ headquarters showcased the strong connection between academic research and high-density industrial manufacturing, particularly in semiconductor and advanced materials applications.

NSS 2025 in India, hosted at the Indian Institute of Science in Bengaluru, illustrated the rapid growth of nanotechnology research capabilities, drawing significant participation from universities and research institutes across the nation. In Japan, the Tokyo symposium focused on interdisciplinary exchanges, broadening the discussions beyond traditional scanning probe microscopy topics to engage a wider scientific community.

Looking Towards the Future

With the conclusion of NSS 2025, the NANOscientific Symposium Series reaffirmed its role as a pivotal global platform for sustained dialogue—connecting historical legacies with regional expertise and the practical applications that will define the future of nanoscale science and advanced manufacturing. Building on this momentum, another round of NANOscientific Symposium events is set for 2026, with the upcoming schedule expected to be revealed in March.

About NANOscientific

NANOscientific serves as a global community platform dedicated to enhancing the nanoscale metrology ecosystem. By linking researchers, engineers, and industry leaders through symposiums while also utilizing publications like the NANOscientific Magazine, the platform fosters open scientific exchange and collaboration across disciplines. This dual approach is designed to support the ongoing growth of the worldwide nanoscale research community. For more information, visit www.nanoscientific.org.