Registration - Welcome address

Theory of Higgs physics and beyond - 1/3

• Roberto Contino

Collider physics - 1/3

• Jesse Thaler

Gravitational waves overview - 1/2

• Alessandra Buonanno

Discussion session & student presentations

• Siddhartha Karmakar
• Maria Ramos
• Alejo Nahuel Rossia
• Francesco Sgarlata

1. Siddhartha Karmakar 2. Maria Ramos 3. Alejo Nahuel Rossia 4. Francesco Sgarlata

Theory of Higgs physics and beyond - 2/3

• Roberto Contino

Collider physics - 2/3

• Jesse Thaler

Gravitational waves overview - 2/2

• Alessandra Buonanno

Discussion session & student presentations

• Avik Banerjee
• Cari Cesarotti
• Adrien Florio
• Motoo Suzuki
• Elena Venturini

1. Avik Banerjee 2. Cari Cesarotti 3. Adrien Florio 4. Motoo Suzuki 5. Elena Venturini

Theory of Higgs physics and beyond - 3/3

• Roberto Contino

Collider physics - 3/3

• Jesse Thaler

Fundamental physics with GW astronomy - 1/3

• Vitor Cardoso

Discussion session & student presentations

• So Chigusa
• Daniel Cutting
• Gabriele Rigo
• Noah Sennett
• Leong Khim Wong

1. So Chigusa 2. Daniel Cutting 3. Gabriele Rigo 4. Noah Sennett 5. Leong Khim Wong

Naturalness and new approaches to the fine-tuning problems - 1/3

• Raffaele Tito D'Agnolo

Fundamental physics with GW astronomy - 2/3

• Vitor Cardoso

Neutrino physics - 1/2

• Asmaa Abada

Discussion session & student presentations

• Benedetta Belfatto
• Rupert Coy
• Nivedita Ghosh
• Amando Hala
• Qianshu Lu

1. Benedetta Belfatto 2. Rupert Coy 3. Nivedita Ghosh 4. Amando Hala 5. Qianshu Lu

Naturalness and new approaches to the fine-tuning problems - 2/3

• Raffaele Tito D'Agnolo

Fundamental physics with GW astronomy - 3/3

• Vitor Cardoso

Neutrino physics - 2/2

• Asmaa Abada

Discussion session

Boat excursion

Naturalness and new approaches to the fine-tuning problems - 3/3

• Raffaele Tito D'Agnolo

Thermal field theory and cosmological phase transitions - 1/3

• Mikko Laine

Axion physics - 1/3

• Giovanni Villadoro

Discussion session & student presentations

• Quentin Bonnefoy
• Oz Davidi
• Alfredo Glioti
• Timo Kärkkäinen
• David Rodriguez

1. Quentin Bonnefoy 2. Oz Davidi 3. Alfredo Glioti 4. Timo Kärkkäinen 5. David Rodriguez

Particle production during and after inflation - 1/3

• Marco Peloso

Thermal field theory and cosmological phase transitions - 2/3

• Mikko Laine

Axion physics - 2/3

• Giovanni Villadoro

Discussion session & student presentations

• Kaustubh Deshpande
• Antonio Ferreiro
• Yann Gouttenoire
• Andreas Rappelt
• Laurent Vanderheyden

1. Kaustubh Deshpande 2. Antonio Ferreiro 3. Yann Gouttenoire 4. Andreas Rappelt 5. Laurent Vanderheyden

Particle production during and after inflation - 2/3

• Marco Peloso

Thermal field theory and cosmological phase transitions - 3/3

• Mikko Laine

Dark matter - 1/3

• Joshua Ruderman

Discussion session & student presentations

• Nitsan Bar
• Sven Baumholzer
• Mathias Becker
• Aditya Parikh
• Kai Urban
• Jerome Vandecasteele
• Sebastian Baum

1. Nitsan Bar 2. Sven Baumholzer (blackboard) 3. Mathias Becker 4. Aditya Parikh 5. Kai Urban (blackboard) 6. Jerome Vandecasteele 7. Sebastian Baum (blackboard)

Axion physics - 3/3

• Giovanni Villadoro

Dark matter - 2/3

• Joshua Ruderman

Effective field theory and post-Newtonian formalism - 1/2

• Ira Rothstein

Discussion session & student presentations

• Iuliia Ageeva
• Rudin Petrossian-Byrne
• Kin Mimouni
• Andrea Mitridate
• Alessandro Podo
• Cristina Mondino

1. Iuliia Ageeva 2. Rudin Petrossian-Byrne 3. Kin Mimouni 4. Andrea Mitridate 5. Alessandro Podo 6. Cristina Mondino

Particle production during and after inflation - 3/3

• Marco Peloso

Dark matter - 3/3

• Joshua Ruderman

Effective field theory and post-Newtonian formalism - 2/2

• Ira Rothstein

Discussion session & student presentations

• Jonas Wittbrodt
• Ruud Peeters
• Cem Eroncel
• Pavel Friedrich
• Fotis Koutroulis

1. Jonas Wittbrodt 2. Ruud Peeters 3. Cem Eroncel 4. Pavel Friedrich 5. Fotis Koutroulis