KIPAC@20: Learning real physics with fake universes (Sandy Yuan)

(7:20)

KIPAC@20: Studying Galactic Inscriptions (Elise Darragh-Ford)

(7:42)

KIPAC@20: Strong gravitational lensing in the era of data-driven algorithms (Yashar Hezaveh)

(26:43)

KIPAC@20: Cosmic Chemistry: Exploring the history of cluster enrichment (Anthony Flores)

(9:22)

KIPAC@20: Multi-messengers from the high energy frontier (Ke Fang)

(30:22)

KIPAC@20: Extremely Large Telescope programs (Rob Simcoe)

(33:18)

KIPAC@20: Spectroscopic surveys for the mid-century (Juna Kollmeier)

(32:29)

Selected Topics in Algorithms - Week 1 - Maximum flow algorithms: Ford Fulkerson and Edmonds Karp

(2:5:38)

QuPath Workshop From Samples to Knowledge 2020 - Day 1

(4:59:7)

Public Lecture: Supermassive Black Holes

(1:10:50)

Public Lecture: Dark Energy

(1:4:15)

JWST Series: Shedding light on Dark Matter and Dark Energy

(1:3:36)

The DSA-2000 (Deep Synoptic Array)

(1:18:12)

Alien Life \u0026 UFOs - Discover Our Universe

(1:1:56)

The Renaissance of Quantum Biology ▸ KITP Public Lecture by K. Birgitta Whaley

(1:3:21)

Public Lecture: Cosmic Microwave Background

(1:2:45)

KIPAC Public Lecture | Neutron Stars, Black Holes and Gravitational Waves

(1:51:23)

KIPAC@20: The Extreme and Variable Universe Poster Highlights

(4:32)

KIPAC@20: Transformative Technologies Poster Highlights

(2:25)

KIPAC@20: Experimental Science x Supercomputing (Debbie Bard)

(31:45)

KIPAC@20: The Vera C. Rubin Observatory, status and plans (Chihway Chang and Phil Marshall)

(1:5:36)

KIPAC@20: Opening remarks (Risa Wechsler)

(8:41)

KIPAC@20: Directors' perspectives - Risa Wechsler

(6:23)

KIPAC@20: Directors' perspectives - Tom Abel

(10:51)

KIPAC@20: Mapping the Sky Poster Highlights

(4:17)

KIPAC@20: Line intensity mapping (Simon Foreman)

(31:44)

KIPAC@20: Transient science with DSA 2000 (Gregg Hallinan)

(30:18)

KIPAC@20: Mapping the Accretion onto Supermassive Black Holes through the Time Domain (Zhefu Yu)

(9:55)