Past Events

Special Joint SLAC Colloquium with AD Forum Series Refreshments start at 3:15pm   Abstract: In laser- or particle beam-powered plasma-based accelerators, electrons surf on waves and can reach multi-GeV energy levels in a few 10’s of cm. If one relies...

Abstract: Today's water systems are enabled by ample fresh water sources, low-cost centralized treatment, and facile wastewater disposal.  This linear paradigm delivers low-cost water, but it is increasingly vulnerable to climate change, aging infrastructure, source water contamination, and high energy...

Abstract: The invention of attosecond light sources using high-harmonic generation  has inspired a new field of research. Attosecond science is concerned with the study of electronic dynamics in quantum systems, and it has influenced a variety of scientific disciplines: from...

Abstract: In this talk we will present an update on the Lab’s science and technology strategy, which has been under development for the past few months. This strategy was recently presented to SLAC’s Board of Oversight Science & Technology Committee...

Abstract: Wise policies will balance the certainties and uncertainties of a changing climate against the world’s growing demand for reliable and affordable energy. I will describe the scientific, technological, and societal realities that should be informing those policies.

Abstract: Radiation therapy has become one of the most effective and cost effective precision targeted cancer therapies. This colloquium will review the evolution of radiotherapy in recent years, and highlight future directions in its continued evolution towards more effective cure...

Refreshments start at 3:30 pm  Registration Required Registration is ONLY required if attending in  person. For free tickets, go to:  https://www.eventbrite.com/e/ferenc-krausz-nobel-prize-laureate-colloquium-on-sub-atomic-motions-tickets-875636401047 https://events.stanford.edu/event/sub-atomic-motions-from-capturing-electrons-to-probing-human-health Abstract: Born at the dawn of the new millennium, attosecond “photography” has opened the door for capturing...

Abstract: The red-hot glow of the primordial universe, after 13.8 billion years of redshift, is observed today by our telescopes as the Cosmic Microwave Background (CMB). Spatial variations of CMB intensity and polarization across the sky provide a record of...