Actions

Area science event list: Difference between revisions

From HacDC Wiki

(CI NLS)
(NoVAC)
Line 3: Line 3:
See wiki.hacdc.org/index.php/Area_science_event_info for the "instruction manual" for this list.
See wiki.hacdc.org/index.php/Area_science_event_info for the "instruction manual" for this list.
June
June
7 11AM UMdCSS - Quantum entropy thermalization
  6PM HHMI - New Horizons in Cell Therapy for Cancer (ticket required)
11 7:30PM NoVAC - International Dark Sky Association
12 3PM UMdCSS - PhD Defense: Analyzing Communicative Choices To Understand Their Motivations, Context-Based Variation, And Social Consequences
12 3PM UMdCSS - PhD Defense: Analyzing Communicative Choices To Understand Their Motivations, Context-Based Variation, And Social Consequences
                 Multidimensional Quantum Walks
                 Multidimensional Quantum Walks
Line 13: Line 10:
   8 NASM - The Habitability of Worlds in the Outer Solar System (registration required)
   8 NASM - The Habitability of Worlds in the Outer Solar System (registration required)
July
July
9 7:30PM NoVAC - outer planet moons
26 11AM UMdCSS - Robust quantum computation on near-term quantum computers
26 11AM UMdCSS - Robust quantum computation on near-term quantum computers
</nowiki>
</nowiki>

Revision as of 02:27, 12 June 2023

NOTE: Due to intermittant internet access, I may not always be able to update this. See wiki.hacdc.org/index.php/Area_science_event_info for the "instruction manual" for this list. June 12 3PM UMdCSS - PhD Defense: Analyzing Communicative Choices To Understand Their Motivations, Context-Based Variation, And Social Consequences Multidimensional Quantum Walks 16 8PM PSW - The Ike Dike Project to Protect Texas Coasts Responding to Rapid Climate and Land Use Change 24-25 RSC - Amateur Radio Field Day (registration) 29 6:30PM CI NLS - dark matter & cosmology (registration required) 8 NASM - The Habitability of Worlds in the Outer Solar System (registration required) July 9 7:30PM NoVAC - outer planet moons 26 11AM UMdCSS - Robust quantum computation on near-term quantum computers