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Shota Saito21/07/2025, 16:00
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Takafumi Aoki21/07/2025, 16:20
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Luis Gil21/07/2025, 16:40
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Finn Gagliano21/07/2025, 17:00
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Jaehoon Jeong21/07/2025, 17:20
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Peter Millington21/07/2025, 17:40
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Giordano Cintia24/07/2025, 16:00
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Luca Armando Nutricati24/07/2025, 16:20
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Giacomo Contri24/07/2025, 16:40
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Eman Basaad24/07/2025, 17:00
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Qi-Xin Xie24/07/2025, 17:20
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Bowen Fu24/07/2025, 17:40
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Álvaro Pastor Gutiérrez24/07/2025, 18:00
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Simon Williams (IPPP, Durham)25/07/2025, 14:00
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Kieran Wood25/07/2025, 14:20
In this talk, I will aim to shed new light on an old question, namely: “what does gravitational physics in an additional compact dimension look like to a lower dimensional observer?” The standard Kaluza-Klein story tells us that we should expect to see (infinite) towers of massive spin-2 fields; more recently, theories involving exactly these kinds of fields - so-called multi-gravity theories...
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Adrian Casado-Turrion25/07/2025, 14:40
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Gabriel Picanco25/07/2025, 15:00
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Min-Seok Seo25/07/2025, 15:20
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James Ingoldby25/07/2025, 15:40
Quantum computers can simulate highly entangled quantum systems efficiently, enabling the exploration of dynamical processes in Quantum Field Theories (QFTs), which would otherwise be impossible using classical techniques. In this talk, based on 2505.03878, I describe an alternative approach to traditional methods for simulating the real-time evolution in QFTs, employing Hamiltonian truncation...
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