Speaker: Bill Keener, The Marine Mammal CenterEditor's Note: This event is now scheduled for April 14, 2025.
Where: Rohnert ParkCost: Free
The Role of Radiating Flows in Giant Planet AccretionHaving detected accretion signatures of forming planets in the PDS 70 system and with several other candidates identified, we are entering an era of new avenues to constrain our theories of gas giant formation. At the same time, actual planetary accretion rates are not well understood from a theoretical point ...
Fast charging is being heavily researched for the widespread implementation of lithium-ion batteries for electric vehicles. However, charging at high currents accelerates several parasitic reactions that lead to the degradation of the cell, affecting its lifetime. It is possible to study material degradation mechanisms and predict their impact on capacity ...
Diffraction limited resolution has been a long-standing challenge for microscopy. The combination of light with the scanning tunneling microscope (STM) has made it possible to reach atomic-scale resolution with wavelength of light many orders larger than the sample’s features. With ultrashort light pulses, simultaneous temporal resolution is obtained. The advancement ...
After finishing his bachelor and masters in Mathematics and Theoretical Physics at Cambridge Madhav went onto a PhD with Professors Michael Brenner and L. Mahadevan at Harvard. Following this he decided to switch focus to biology and was a Simons Postdoctoral Fellow at the Kavli Inst. of Theo. Physics at ...
Where: StanfordCost: Free
Two Eyes are Better than One: JWST and ALMA Look at Star FormationStars and their planetary systems form in cold insterstellar gas and dust clouds impermeable to the optical light our eyes can see. By contrast, light at much longer wavelengths is able to penetrate these regions allowing us to directly observe stars that are currently forming. The Mid-Infrared Instrument (MIRI) aboard ...
Coherence and entanglement are key features of quantum mechanics, although they are susceptible to environmental perturbations. A conventional strategy to entangle qubits with high fidelity is to leverage precisely controlled interactions while keeping qubits from decohering. By leveraging electric dipolar interactions, I will report entangling individual trapped NaCs molecules in ...
The energy transition is linked to a materials manufacturing revolution. From grid-scale batteries to carbon-negative nanomaterials, scalable production methods are unlocking new possibilities in storage, transmission, and conversion. High-temperature gas-phase processes like CVD and spray pyrolysis enable the current mega-ton production of tailored nanomaterials, and are poised to power breakthroughs ...
