Particle Physics
How does the universe work?
What does the world consist of at the smallest level? What are the most fundamental particles of matter? Natural scientists have been looking into these basic questions since antiquity. In the course of their search, they have encountered ever smaller building blocks – first atoms, then atomic nuclei consisting of protons and neutrons, and finally tiny particles called quarks. Today, particle physicists are investigating the fundamental mysteries of the universe: what holds the cosmos together, and how do particles acquire their mass in the first place?
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Quantum Impurity Solvers: Recent Advances
40:22 duration
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Enantio-sensitive spin-orientation locking and spin vortices induced by geometric fields in chiral molecules
33:55 duration
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About local and non-local correlations - A brief history of the electronic structure problem in correlated electron materials
01:40:06 duration
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Challenges ahead in atomic, molecular, and nuclear few-body physics
43:30 duration
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Polaritonic Chemistry: Challenges & Opportunities
42:02 duration
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Monitoring elementary molecular events and conical intersections by ultrafast X-ray pulses, quantum light, and optical cavities
39:19 duration
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Strong-field physics meets quantum optics
34:20 duration
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Matching Effective Field Theories to the Large Hadron Collider
49:44 duration
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The Detection Challenge of the Cosmic Neutrino Background and Other Relics
43:20 duration
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What we know and don’t (yet) know about the Two-Dimensional Hubbard Model
50:29 duration
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Entropic Order
35:58 duration
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Challenges in Conformal Bootstrap
41:39 duration
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Some Challenges of Quantum Theory Applied to Chemistry and Materials Science
50:32 duration
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Challenges in attochemistry and its theoretical description
40:57 duration
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Superconductivity: past, present and future
54:57 duration
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Gravity is Different – Counterexamples to the Wilsonian Paradigm of Low Energy Effective Theory
43:45 duration
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Engineering gravity via conformal field theory
38:58 duration
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Energy conversion at the nanoscale: exploiting non-thermal resources
37:01 duration
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Frustrations and complexity in classical and quantum spin systems
54:18 duration
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Are black holes natural?
42:58 duration
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Tales from the Stellar Graveyard: How Dead Stars Reveal New Physics
43:18 duration
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WPC Theoretical Physics Symposium 2025 - Welcome
03:30 duration
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DESY Innovation Award 2023
01:48 duration
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275 views
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Edward Witten: Invitation to Black Hole Thermodynamics, session 7
01:40:20 duration
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220 views
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Edward Witten: Invitation to Black Hole Thermodynamics, session 6
01:50:43 duration
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Edward Witten: Invitation to Black Hole Thermodynamics, session 1/ colloquium
01:31:56 duration
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486 views
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Edward Witten: Invitation to Black Hole Thermodynamics, session 5
01:43:31 duration
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Edward Witten: Invitation to Black Hole Thermodynamics, session 4
01:51:45 duration
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Edward Witten: Invitation to Black Hole Thermodynamics, session 3
01:34:32 duration
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Edward Witten: Invitation to Black Hole Thermodynamics, session 2
01:36:24 duration
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High Frequency Gravitational Waves
38:04 duration
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111 views
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Primordial Black Holes: A dark matter candidate in the gravitational wave era
46:34 duration
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88 views
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Gravitational Waves from String Bosenova
39:16 duration
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78 views
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Quantum Sensors for High Energy Physics
40:31 duration
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Continuous gravitational waves from neutron stars
39:30 duration
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Line intensity mapping
37:01 duration
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68 views
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LISA: Science and Challenges
29:51 duration
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84 views
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Stochastic gravitational wave backgrounds at LISA
42:08 duration
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113 views
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Collider physics & the relativistic 2-body problem
40:56 duration
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Consensus and confusion in cosmology
01:13:21 duration
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Axion Theory
41:07 duration
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80 views
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Axion Strings
39:18 duration
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GW Waveforms for BH and new physics
41:22 duration
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Light relics and freeze-in
37:56 duration
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Pulsar Timing Arrays on the verge of detection
43:08 duration
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New results in axion inflation
39:20 duration
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Searching for Primordial Gravitational Waves with the CMB
37:03 duration
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Cosmological phase transitions and gravitational waves
41:36 duration
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Closing
02:12 duration
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Quantum Analytic Langlands Correspondence
39:51 duration
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121 views
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