Welcome

• Frank Siegert (Technische Universitaet Dresden (DE))
• Mike Seymour (University of Manchester (GB))
• Fred Olness (Southern Methodist University (US))

MC Core #1

• Stefan Prestel (Lund University)

MC Core #2

• Stefan Prestel (Lund University)

QCD Intro #1

• Davison Soper (University of Oregon)

QCD Intro #2

• Davison Soper (University of Oregon)

Recitation

MC Core #3

• Stefan Prestel (Lund University)

MC Core #4

• Stefan Prestel (Lund University)

QCD Intro #3

• Davison Soper (University of Oregon)

QCD Intro #4

• Davison Soper (University of Oregon)

DIS 1

• Ingo Schienbein (Universite Grenoble Alpes)

Higgs/VBP 1

• Valerio Bertone (C.E.A. Paris-Saclay)

Parton Showers 1

• Stefan Hoche (Fermi National Accelerator Lab. (US))

Matching/Merging 1

• Simon Platzer (University of Vienna (AT))

Recitation

DIS 2

• Ingo Schienbein (Universite Grenoble Alpes)

Higgs/VBP 2

• Valerio Bertone (C.E.A. Paris-Saclay)

Parton Showers 2

• Stefan Hoche (Fermi National Accelerator Lab. (US))

Matching/Merging 2

• Simon Platzer (University of Vienna (AT))

Recitation

Soft Modeling and Heavy Ions 1

• Leif Lönnblad (Lund University (SE))

Experimental Results 1

• Alexander Glazov (Deutsches Elektronen-Synchrotron (DE))

Jets

• Zoltan Nagy (DESY)

Recitation

Soft Modeling and Heavy Ions 2

• Leif Lönnblad (Lund University (SE))

Experimental Results 2

• Alexander Glazov (Deutsches Elektronen-Synchrotron (DE))

Heavy Ion/Min Bias 1

• Antonio Ortiz Velasquez (Universidad Nacional Autonoma (MX))

Heavy Quarks

• Zack Sullivan (Illinois Institute of Technology)

Recitation

Model Independent Measurements 1

• Jonathan Butterworth (UCL)

EW Corrections 1

• Marek Schoenherr (University of Durham (GB))

Heavy Ion/Min Bias 2

• Antonio Ortiz Velasquez (Universidad Nacional Autonoma (MX))

Recitation

Model Independent Measurements 2

• Jonathan Butterworth (UCL)

EW Corrections 2

• Marek Schoenherr (University of Durham (GB))

Experimental Higgs Results

• Bruce Mellado Garcia (University of the Witwatersrand)

Industrial lecture: Decarbonization of the European Energy System - d-fine's activities in modeling and fundamental analysis for the Energy Industry

• Sarah Schleicher (d-fine GmbH)
• Jochen Meyer (d-fine GmbH)
• Roman Flatau (d-fine GmbH)

One of the key challenges of this century is the decarbonization of the energy system. Mathematical optimization methods can be used to study the potential impact of different recommendations for action. In this talk, we will look at possible use cases for energy system modeling, the mathematical problem and its implementation.

Recitation We will meet at 20:00 CEST for a Q+A session on careers outside academia with the lecturers from d-fine in the lecture hall towards the East area of the Gather space. After this Q+A session you can break up into your rooms and/or find lecturers directly to discuss any questions with them.