The main goal of the summit is to discuss progress and future research directions in the exploration of the matter and energy content of the Universe. Exploring the dark side of the Universe requires the convergence of several different research approaches, from astrophysical and laboratory-based observations, to the development of new theoretical ideas. Topics discussed at this meeting include dark matter, dark energy, neutrino cosmology, black holes and gravity. The summit brings together theoretical physicists, astrophysicists, and particle physicists, in a meeting format aimed at stimulating the development of new and bold ideas. This is the second meeting in this conference series. The first "World Summit: Physics Beyond the Standard Model, organized by the University of San Francisco de Quito, was held in 2006 in the Galpagos islands.
Chair: Brigitte Vachon and Pierre Petroff
| Sessions |
|---|
| The Cosmos as a Particle Detector |
| Dark Matter |
| Neutrino Cosmology |
| Young Physicists |
| Dark Energy |
| Black Holes and Gravity |
| The Cosmos as a Particle Detector |
| CMB:The Planck Experiment Status and Prospects PoS(EDSU2018)001 
|
| Supernovae: Status and Perspective PoS(EDSU2018)002 pdf |
| Weak Lensing: status and Prospects PoS(EDSU2018)003 pdf |
| Galaxy Clustering and Baryon Acoustic Oscillations PoS(EDSU2018)004 pdf |
| Gravitational Waves: Status and Prospects PoS(EDSU2018)005
|
| Gamma Rays Signature of Dark Matter in the CTA Era: status and prospects PoS(EDSU2018)006 pdf |
| The interplay between cosmology, particle physics and astrophysics PoS(EDSU2018)007 pdf |
| Multi-Messengers Astronomy: Status and Prospects PoS(EDSU2018)008
|
| Dark Matter |
| Dark Matter: a Critical Review (Theory) PoS(EDSU2018)009
|
| Higgs Cosmology and Dark Matter PoS(EDSU2018)010 pdf |
| Direct detection and collider interplay in decoding the nature of Dark Matter PoS(EDSU2018)011 pdf |
| Indirect Dark Matter Searches: Status and Prospects PoS(EDSU2018)012 pdf |
| Dark Matter Searches at ATLAS: Status and Prospects PoS(EDSU2018)013
|
| Dark Matter Searches with the CMS Experiment PoS(EDSU2018)014 pdf |
| Search for Dark Matter with Heavy Quarks and Jets Using the CMS Detector PoS(EDSU2018)015 pdf |
| Unravelling the Mystery of Dark Matter Annual Modulation PoS(EDSU2018)016
|
| Latest results of 1 tonne x year Dark Matter Search with XENON1T PoS(EDSU2018)017 pdf |
| The Dark Matter Puzzle: Are WIMPS still alive ? PoS(EDSU2018)018
|
| Probing New Parameter Space in Dark Matter Detection PoS(EDSU2018)019
|
| Saearch for Ultra-low Mass Dark Matter PoS(EDSU2018)020 pdf |
| Searching for Dark Matter and Extra Dimensions at the LHC with intact protons PoS(EDSU2018)021 pdf |
| A Very Forward Hadron Spectrometer for the LHC and Cosmic Ray Physics PoS(EDSU2018)048 pdf |
| Neutrino Cosmology |
| B-Physics Anomalies: Footprints in Cosmology? PoS(EDSU2018)022 pdf |
| Leptonic CP Violation and the Baryon Asymmetry of the Universe PoS(EDSU2018)023 pdf |
| Constraints on Neutrino Masses from Cosmological Observations PoS(EDSU2018)024 pdf |
| Neutrino Detectors: Status and Prospects PoS(EDSU2018)025
|
| Multi-messenger Astrophysics: The ultra-high Energy Picture with the Pierre Auger Observatory PoS(EDSU2018)026
|
| The ANDES Deep Underground Laboratory PoS(EDSU2018)027 pdf |
| Highlights from the IceCube collaboration: From astrophysics to dark matter PoS(EDSU2018)028 pdf |
| Young Physicists |
| The Key Science Projects of the Cherenkov Telescope Array PoS(EDSU2018)029
|
| ATLAS Search for Dark Matter Produced in Association with a Hadronically Decaying Vector Boson PoS(EDSU2018)030 pdf |
| ATLAS Search for an Invisibly Decaying Higgs Boson Produced via Vector Boson Fusion PoS(EDSU2018)031
|
| CT-PPS Physics Results and Prospects PoS(EDSU2018)032 pdf |
| Dark Energy |
| Evidence for Accelerated Expansion of the Universe: Current Observations PoS(EDSU2018)033
|
| Large Scale Structure of the Universe and Future Experiments for Dark Energy (Euclid, LSST, SKA,..) PoS(EDSU2018)034
|
| Tachyons as Dark Energy Quanta PoS(EDSU2018)035 pdf |
| Concordance Model and Tension in the Hubble Constant PoS(EDSU2018)036
|
| On the Tension between Large Scale Structures and Cosmic Microwave Background PoS(EDSU2018)037 pdf |
| Is Dark Energy Simulated by Structure Formation in the Universe ? PoS(EDSU2018)038 pdf |
| A Possible Solution for the Cosmological Constant Problem PoS(EDSU2018)039 pdf |
| Reverse Engineering the Universe PoS(EDSU2018)040 pdf |
| Black Holes and Gravity |
| Exploring Fundamental Physics with Gravitational Waves PoS(EDSU2018)041 pdf |
| Primordial Black Holes PoS(EDSU2018)042 pdf |
| Supergravity and Cosmology PoS(EDSU2018)043 pdf |
| Eternally Inflating Multiverse and Many Worlds in Quantum Mechanics: Same Concept ? PoS(EDSU2018)044 pdf |
| Testing the Quantum Coherent Behavior of Gravity PoS(EDSU2018)045 pdf |
| Quantum Insights on Primordial Black Holes as Dark Matter PoS(EDSU2018)046 pdf |
| The Dark Side of Gravity and the Acceleration of the Universe PoS(EDSU2018)047 pdf |