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This tab is provided as a summary of the sections (see corresponding tabs)
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2 (theory)Introduction Theory3 (gamma rays)Introduction4Neutrinos5 (cosmic rays)Introduction6 (gravitational waves)7 (QG phenomenology)Introduction
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2.1Asymptotic Safety3.1.Astrophysical sources emitting gamma-rays4.1 Neutrinos: Current knowledge5.1Possible UHECR acceleration mechanisms7.1Time delays
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2.2LQG and similar approaches3.1.1Active galactic nuclei (AGN)4.1.1Neutrino properties and parameters: measurements and limits5.2UHECR propagation through intergalactic space6.1Introduction: Brief review of GWs (broad general introduction; include the theory of stochastic background/foregrounds)7.2Birrefringence
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2.2.1LQG, LQC, Spin Foam3.1.2Gamma-ray bursts (GRB)4.1.2Neutrino sources5.3Extensive air showers6.2Sources in the late universe7.3Decoherence
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2.2.2Group Field Theory3.1.3Pulsars4.2Classes of Neutrino Experiments (By source-"ish")5.4UHECR detectors and their main results6.2.1 binaries of black holes (discuss different kinds of black holes: astrophysical ones with different mass ranges, highlight primordial black holes)7.4Fuzziness
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2.2.3Deformed Hypersurface Def. Algebra3.1.4Multiwavelength (MWL) astronomy4.2. 1Extraterrestrialand binaries of other compact objects7.5
Modified Interactions and Threshold Effects
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2.3LIV Effective field Theory String pheno......Atmosphere6.2.2 other sources: e.g. superradiance / environmental effects, ...7.6
Particle oscillations
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2.4Covariant Relative Locality Born geometry3.2Propagation of electromagnetic radiation...Sun6.3Sources in the early universe7.7CPT symmetry
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2.5Generalized Uncertainty Principle3.2.1Extragalactic Background Light (EBL)...Cosmic sources6.3.1Cosmic strings7.8
Beyond multimessenger phenomenology
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2.6Modified Kinematic Symmetries3.2.2Gravitational lensing4.2.2Reactor Neutrino Experiments6.3.2First order phase transitions7.8.1Kaons
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2.6.1Deformed/Doubly Special Relativity4.2.3Accelerator Neutrino Experiments6.3.3Inflation7.8.2Interferometers
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2.6.2Noncommutative Spacetimes...4.2.4Other6.3.4Whatever we may have forgotten and on which someone is ready to contribute7.8.3Casimir effect
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2.6.3Hamilton and Finsler Geometry3.3Cherenkov air showers...Neutrino Mass 6.4Detectors7.8.4
SM consistency tests
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2.7Classical Modified Gravity as Effective Description of QG...4.2.6Neutrinoless double beta decay 6.4.1Ground based detectors (include which and how many of the above sources are expected, and issues like calibration)7.8.5
Quantum entenglement of gravitational masses
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2.8Other approaches3.4Gamma-ray experiments 4.3Neutrinos beyond SM.6.4.2Space based detectors (include which and how many of the above sources are expected, and issues like calibration)7.8.6
Underground experiments
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2.8.1#ERROR!3.4.1Space-borne gamma-ray telescopes6.5Test with binary waveforms [also include remarks about the most interesting sources for the tests and forecasts for the above detectors, if possible]
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2.8.2Causal Dynamical Triangulation3.4.2Water Cherenkov experiments6.5.1Theory details about CBCs (beyond what is mentioned in 6.2)
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2.8.3Causal Sets3.4.3Imaging Atmospheric Cherenkov Telescopes (IACT)6.5.2 . Overview of searches, data analysis, measurements
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2.8.4-Nonlocal quantum gravity3.4.3.1H.E.S.S.6.5.3Tests of gravity
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2.8.5IR mo))dified nonlocal gravity?3.4.3.2MAGIC6.5.4Tests of black holes
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2.9Conceptual issues:-3.4.3.3VERITAS6.5.5Propagation tests, lensing, dark sirens, …
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2.9.1Effective vs non-effective Field Theory3.4.3.4CTA6.5.6Multimessenger tests (also keep in mind LISA sources)
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2.9.2Deforming vs. breaking Lorentz symmetry3.4.3.5Systematic uncertainties in IACT technique6.6Test with bursts
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2.9.3Infrared vs. Ultraviolet effects3.5Analysis of enegy and time profiles6.6.1Data analysis and measurements
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2.9.4The Scale of Quantum Gravity Effects...6.6.2 Test of burst frequency and intensity [????] (include comments on the most interesting sources and forecasts for the above detectors)
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6.6.3Test of ... anything we missed so far
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6.7Tests with stochastic backgrounds
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6.7.1 Theory details about the SGWB (beyond what mentioned in the new sec. 6.2)
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6.7.2Data analysis and measurements
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6.7.3Tests of the frequency shape of the power spectrum (include comments on the most interesting sources and forecasts for the above detectors)
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6.7.4Test of anisotropies (include comments on the most interesting sources and forecasts for the above detectors)
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6.7.5Whatever we may have forgotten and on which someone is ready to contribute
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6.8 Tests with continuous waves
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6.8.1brief theory overview for CWs
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6.8.2data analysis and measurements
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6.8.3test of ultralight bosons, and anything else that is possible
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