Celebrating Four Decades of Atomic Force Microscopy
At Stanford University, a significant event is set to take place in early December, focusing on the impressive journey of Atomic Force Microscopy (AFM) as it marks its remarkable 40-year anniversary. This symposium, hosted by nano@stanford, encapsulates a comprehensive two-day scientific program dedicated to honoring Professor Calvin F. Quate, the brilliant mind behind AFM's inception.
Gathering of Innovators and Researchers
The gathering aims to bring together a diverse community of researchers, engineers, and innovators who have been integral to the evolution of AFM technology. This event not only celebrates the success stories from the past but also seeks to forge paths towards future advancements in nanoscale measurement and characterization.
Keynote Speakers and Presentations
The symposium will feature presentations from a distinguished lineup of experts including David Goldhaber-Gordon from Stanford, Eric Y. Ma from UC Berkeley, and Thomas Albrecht from Molecular Vista among others. These speakers will collectively highlight the trajectory of AFM and the diverse technological advances that have occurred over four decades. Their discussions will span topics from microwave impedance microscopy and nanoscale imaging to the innovative use of acoustic and atomic force techniques.
Practical Demonstrations and Hands-On Learning
Attendees will have a unique opportunity to witness live demonstrations of AFM devices alongside complementary digital holographic microscopy (DHM) technologies that were recently integrated into Park Systems’ offerings. This addition underscores the commitment to enhancing measurement precision and capability in scientific research.
Reflecting on a Mentor's Impact
The symposium will also feature a keynote presentation by Dr. Sang-il Park, the CEO of Park Systems. Dr. Park is not only a pioneer in commercializing AFM technology but also a mentee of Professor Quate. His insights into the commercialization journey of AFM are expected to be profound, as he reflects on how the technology has transitioned from laboratory experiments to a robust global industry.
Exploring Historical and Future Perspectives
The program promises sessions that explore both historical foundations and modern advancements within the field of AFM. Attendees will learn about cutting-edge methodologies such as quantitative multimodal microwave impedance microscopy and the latest developments in cantilever-based sensing techniques. A hands-on demonstration on the second day will allow participants to engage directly with AFM technology, emphasizing how vital these innovations continue to be in current and future scientific endeavors.
Final Thoughts and Participation Details
This symposium represents more than just an academic meeting; it symbolizes a celebration of innovation and collaboration within the scientific community. Various agenda updates and registration details will soon be available on the Stanford and NANOscientific websites. This event is poised to inspire a renewed passion for AFM and encourage further exploration into nanoscale research.
Frequently Asked Questions
What is the purpose of the AFM symposium?
The symposium celebrates 40 years of Atomic Force Microscopy and honors its inventor, fostering discussions on past achievements and future innovations in nanoscale measurement technologies.
Who will be speaking at the event?
Expert speakers include prominent figures like David Goldhaber-Gordon, Eric Y. Ma, and Dr. Sang-il Park, each sharing their insights into AFM advancements.
What types of demonstrations can attendees expect?
Attendees can look forward to live demonstrations of AFM technology and newly integrated digital holographic microscopy techniques throughout the two-day event.
How can I register for the symposium?
Registration details and updates are available through the Stanford University and NANOscientific websites.
What is NANOscientific?
NANOscientific serves as a global platform for discussing and publishing advances in nanoscale science and metrology, connecting academia and industry leaders to foster collaboration.
