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?
Featured
Events
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Theory Workshop 2024
11 items
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WPC Theoretical Physics Symposium 2023
23 items
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Conference on High Energy Physics (EPS-HEP) 2023
41 items
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WPC Theoretical Physics Symposium 2021
15 items
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Theory Workshop 2019
21 items
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WPC Theoretical Physics Symposium 2018
15 items
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PRC 86
0 items
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Theory Workshop 2018
12 items
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PRC 85
0 items
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Theory Workshop 2017
20 items
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Theory Workshop 2016
18 items
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IGST Conference 2014
19 items
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Mathematical Aspects of QFT and QSM 2012
22 items
All
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Theory Workshop 2024
11 items
-
WPC Theoretical Physics Symposium 2023
23 items
-
Conference on High Energy Physics (EPS-HEP) 2023
41 items
-
WPC Theoretical Physics Symposium 2021
15 items
-
Theory Workshop 2019
21 items
-
WPC Theoretical Physics Symposium 2018
15 items
-
PRC 86
0 items
-
Theory Workshop 2018
12 items
-
PRC 85
0 items
-
Theory Workshop 2017
20 items
-
Theory Workshop 2016
18 items
-
IGST Conference 2014
19 items
-
Mathematical Aspects of QFT and QSM 2012
22 items
Own
-
Theory Workshop 2024
11 items
-
WPC Theoretical Physics Symposium 2023
23 items
-
Conference on High Energy Physics (EPS-HEP) 2023
41 items
-
WPC Theoretical Physics Symposium 2021
15 items
-
Theory Workshop 2019
21 items
-
WPC Theoretical Physics Symposium 2018
15 items
-
PRC 86
0 items
-
Theory Workshop 2018
12 items
-
PRC 85
0 items
-
Theory Workshop 2017
20 items
-
Theory Workshop 2016
18 items
-
IGST Conference 2014
19 items
-
Mathematical Aspects of QFT and QSM 2012
22 items
Following
All Media
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Quantum Sensors for High Energy Physics
40:31 duration
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26 views
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0 likes
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Line intensity mapping
37:01 duration
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15 views
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0 likes
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Stochastic gravitational wave backgrounds at LISA
42:08 duration
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19 views
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0 likes
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Collider physics & the relativistic 2-body problem
40:56 duration
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15 views
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0 likes
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Consensus and confusion in cosmology
01:13:21 duration
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160 views
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Axion Theory
41:07 duration
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20 views
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Axion Strings
39:18 duration
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12 views
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GW Waveforms for BH and new physics
41:22 duration
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11 views
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Pulsar Timing Arrays on the verge of detection
43:08 duration
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16 views
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New results in axion inflation
39:20 duration
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17 views
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Searching for Primordial Gravitational Waves with the CMB
37:03 duration
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18 views
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Closing
02:12 duration
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71 views
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Quantum Analytic Langlands Correspondence
39:51 duration
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56 views
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Convolution algebras related to Khovanov homology
39:01 duration
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35 views
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Topological aspects of Laplace eigenfunctions on the round 2-sphere (defects, anomalies, paradoxes)
41:29 duration
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43 views
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Langlands duality in quantum topology
41:48 duration
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72 views
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0 likes
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Hypergeometric integrals, hook formulas, and Whittaker vectors
36:29 duration
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34 views
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0 likes
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Whittaker coefficients and the Hitchin section
45:31 duration
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46 views
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0 likes
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Analytic Langlands correspondence over R
45:52 duration
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33 views
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0 likes
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A Background-Independent Algebra in Quantum Gravity
50:09 duration
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104 views
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0 likes
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Unique continuation, inverse problems, and QFT
39:51 duration
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89 views
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0 likes
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Signal communication and modular theory
45:44 duration
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37 views
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0 likes
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Generalized Black Hole Entropy is von Neumann Entropy
44:36 duration
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139 views
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0 likes
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Anyonic Chains and von Neumann algebras
40:51 duration
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56 views
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0 likes
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Homological Link invariants from Floer Theory
41:43 duration
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45 views
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0 likes
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A tensor model for 3d gravity
46:30 duration
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59 views
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The Virasoro Minimal String
41:11 duration
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72 views
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Symmetry Resolution in Conformal Field Theory
44:35 duration
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72 views
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0 likes
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Complexity Coarse-Graining in Quantum Gravity
48:32 duration
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57 views
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Late time quantum chaos in two-dimensional holography
01:09:11 duration
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44 views
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0 likes
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Topological order and long range entanglement - emergence of topological quantum field theory and non-Abelian statistics
40:22 duration
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55 views
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Quantum field theory and the nature of space-time
42:59 duration
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57 views
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0 likes
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Higher Symmetries in (Non-)Compact String Models
38:53 duration
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33 views
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Fundamental Lessons From String Theory
51:01 duration
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196 views
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0 likes
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EPS 2023 Prize Ceremony
01:32:22 duration
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52 views
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Michael Benedikt - The FCC feasibility study
34:31 duration
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66 views
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Karl Jakobs - Introduction by the ECFA chair.
08:49 duration
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63 views
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Jenny List - Status of e-plus e-minus Higgs factory projects
30:05 duration
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87 views
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Giovanni Marchiori - ECFA study on e+e- Higgs factories
24:10 duration
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66 views
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Didier Contardo - ECFA detector R&D roadmap
33:40 duration
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69 views
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Armin Ilg - The ECFA early career researcher panel
17:20 duration
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68 views
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EPS-HEP Poster Prize
04:09 duration
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74 views
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Conference summary - Gavin Salam
24:10 duration
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77 views
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Searches for New Physics at LHC - Dr. Verena Martinez Outschoorn
25:36 duration
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61 views
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High energy QCD matter theory - Dr. Pol Bernard Gossiaux
25:27 duration
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111 views
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Open questions in Neutrino physics - Dr. Pilar Coloma
26:05 duration
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61 views
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CP Violation in b-decays - Dr. Matthew Needham
27:42 duration
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44 views
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On the Composition of Exotic Hadron Resonances - Dr. Antonio Davide Polosa
32:24 duration
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72 views
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Ultra relativistic nuclear collisions - Dr. Alexander Kalweit
27:20 duration
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56 views
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0 likes
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Calculational techniques in particle theory - Alberto Ramos
25:46 duration
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43 views
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