2025-09-08
09:14 |
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Introduction
/ Procacci, Simona (speaker) (University of Geneva (CH))
2025 - 458.
TH institutes; Advancing gravitational wave predictions from cosmological first-order phase transitions
External links: Talk details; Event details
In : Advancing gravitational wave predictions from cosmological first-order phase transitions
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Record dettagliato
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2025-09-04
09:51 |
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The Present and Future of Flavor
/ Bordone, Marzia (speaker) (University of Zürich and CERN)
Flavour physics provides some of the most stringent tests of the Standard Model and a powerful indirect probe of new physics. Precision studies of quark transitions have revealed a striking pattern of masses, mixings, and CP violation that remains unexplained by current theory, while persistent tensions in key observables continue to attract attention [...]
2025 - 3653.
Theory Colloquia
External link: Event details
In : The Present and Future of Flavor
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Record dettagliato
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2025-09-02
12:38 |
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Discussion
/ Caprini, Chiara (speaker) (CERN)
2025 - 2486.
TH institutes; Advancing gravitational wave predictions from cosmological first-order phase transitions
External links: Talk details; Event details
In : Advancing gravitational wave predictions from cosmological first-order phase transitions
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2025-09-02
12:38 |
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Gravitational waves from first order phase transitions: progress and problems
/ Hindmarsh, Mark (speaker) (University of Helsinki, University of Sussex)
I review calculations of gravitational waves from the fluid flows generated by first order phase transition in the early universe, summarise the current status in simulations and modelling, and suggest areas where further progress can be made in preparation for the LISA mission..
2025 - 3399.
TH institutes; Advancing gravitational wave predictions from cosmological first-order phase transitions
External links: Talk details; Event details
In : Advancing gravitational wave predictions from cosmological first-order phase transitions
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Record dettagliato
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2025-09-02
12:27 |
Record dettagliato
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2025-08-29
13:23 |
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GW fingerprints of inverse FOPTs
/ Barni, Giulio (speaker)
Building upon the recently proposed concept of inverse FOPT, we investigate their GW signatures. We outline how these transitions differ thermodynamically and hydrodynamically from standard ones and analyse the resulting GW emission from the plasma. [...]
2025 - 415.
TH institutes; Advancing gravitational wave predictions from cosmological first-order phase transitions
External links: Talk details; Event details
In : Advancing gravitational wave predictions from cosmological first-order phase transitions
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Record dettagliato
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2025-08-29
13:23 |
Record dettagliato
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2025-08-29
13:23 |
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From equations of state to gravitational wave spectra
/ Mäki, Mika (speaker)
The Sound Shell Model provides a computationally efficient way of calculating the gravitational wave spectra of cosmological first-order phase transitions. Based on the Sound Shell Model, we have created the simulation framework PTtools and integrated it with our web-based plotting utility PTPlot.
In this talk I will show how to use PTtools and PTPlot to easily compute Sound Shell Model power spectra for arbitrary equations of state. [...]
2025 - 372.
TH institutes; Advancing gravitational wave predictions from cosmological first-order phase transitions
External links: Talk details; Event details
In : Advancing gravitational wave predictions from cosmological first-order phase transitions
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Record dettagliato
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2025-08-29
13:23 |
Record dettagliato
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2025-08-29
13:23 |
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Exploring Parameter Dependence in the Double-Broken Power Law for GW Signals
/ Madge Pimentel, Eric (speaker) (IFT-UAM/CSIC)
The gravitational wave spectrum from sound wave contributions is typically modeled as a double-broken power law with fixed spectral slopes. However, the intermediate slope depends on phase transition parameters, which can help resolve degeneracies when reconstructing these parameters. [...]
2025 - 420.
TH institutes; Advancing gravitational wave predictions from cosmological first-order phase transitions
External links: Talk details; Event details
In : Advancing gravitational wave predictions from cosmological first-order phase transitions
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Record dettagliato
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