Join MSA
MSA is a resource which is second to none throughout the world, and we would like to take this opportunity to invite you to join our family.
Congratulations to our 2025 Major Society Awardees and our Class of 2025 Fellows! To view our Fellows, please click here. To learn more about our Major Society Awards, click here.
					Distinguished Scientist, Physical Sciences
2025 Major Society Awardee - Distinguished Scientist, Physical Sciences
					Distinguished Scientist, Biological Sciences
2025 Major Society Awardee - Distinguished Scientist, Biological Sciences
					Burton Medal, Biological Sciences
2025 Major Society Awardee - Burton Medal, Biological Sciences
					Burton Medal, Physical Sciences
2025 Major Society Awardee - Burton Medal, Physical Sciences
					Hildegard H. Crowley Award
2025 Major Society Awardee - Hildegard H. Crowley Award
					Chuck Fiori Award
2025 Major Society Awardee - Chuck Fiori Award
					George Palade Award
2025 Major Society Awardee - George Palade Award
					Albert Crewe Award
2025 Major Society Awardee - Albert Crewe Award
					Morton D. Maser Award
2025 Major Society Awardee - Morton D. Maser Award
					    Salt Lake City, UT | July 27th - 31st, 2025 | Learn More
November 5, 2025
Join leading psychologists, psychiatrists, researchers, and mental health professionals at the International Conference on Psychology and Psychiatry 2025 in Dubai! This premier event will feature cutting-edge research, insightful keynote sessions, interactive workshops, and global networking opportunities.
November 5, 2025
This webinar discusses a Resonant Radio Frequency cavity (RF-cavity) for generating electron pulses down to a few hundred femtoseconds, while maintaining the native coherence of the electron beam. With the RF-cavity synchronized to a sample pumping laser, PINEM (Photon-Induced Near-fi eld Electron Microscopy) experiments can be conducted, unequivocally demonstrating successful synchronization between pump and probe.
November 10, 2025
Scanning transmission electron microscopy (STEM) techniques hold immense promise for advancing quantum materials research. However, progress has been hindered by the lack of low-temperature capabilities, which are essential for studying quantum systems. In this webinar, the speaker, Dr. Ismail El Baggari will highlight his team’s eff orts to enable novel cryogenic measurements, including the use of liquid helium.
		MSA is a resource which is second to none throughout the world, and we would like to take this opportunity to invite you to join our family.