Welcome reception

Opening

Particle physics after the discovery of the Higgs boson

• Riccardo Barbieri

ICECUBE and the Discovery of Cosmic Neutrinos

• Francis Halzen

Local quantum fields: their structure, their number theory

• Dirk Kreimer

Quantum tests of gravity

• Markus Aspelmeyer

Rethinking the origin of neutrino mass: the role of gravity

• Georgi Dvali

Alexander von Humboldt Foundation presentation

• Johannes Freudenreich

LISA Pathfinder results and ESA's Gravitational Wave Observatory

• Stefano Vitale

Computer-algebraic Integration of Multi-Loop Feynman Integrals

• Johannes Blümlein

Puzzles in low-energy QCD

• Heinrich Leutwyler

Spectroscopy and structure of baryons

• Willibald Plessas

The neutron electric dipole moment experiment at PSI

• Kazimierz Bodek

Towards a solution of the matter over antimatter excess in our current Universe

• Beatrix Hiesmayr

Direct dark matter searches with the CRESST experiment

• Jochen Schieck

The current neutrino physics landscape

• Jose Valle

Hunting new, light and very weakly coupled particles

• Babette Döbrich

QCD, Atomic Nuclei and Neutron Stars

• Anthony W. Thomas

Constituents, Currents and Colour

• John Dainton

Experimental tests of QCD as the theory of the strong interaction at the low-energy frontier

• Volker Metag

The future of e+ e- linear colliders

• Brian Foster

AWAKE: A Novel Acceleration technology based on Plasmas

• Allen Caldwell

Solitons, supersymmetry and strings

• Mikhail Shifman

The QCD Vacuum, Colour Confinement and Superconformal Properties of Hadron Physics

• Stanley J. Brodsky

Stringent low energy tests of the Standard Model and its symmetries

• Gerald Gabrielse

The Higgs boson as the inflaton

• Fred Jegerlehner

Vacuum energy and the cosmological constant

• Steven Bass

Exploring Elementary Particles at the LHC - A look at recent results and into the future

• Kerstin Borras

New enhanced effects of dark matter in atomic and astrophysical phenomena

• Victor Flambaum

Flavour cosmology

• Geraldine Servant

Neutrinos and gamma rays. Two complementary messangers of the high-energy Universe

• Markus Ackermann

Towards fundamental physics from cosmological surveys

• Hiranya Peiris

The mathematics of gravitational waves

• Piotr Chrusciel

SM*A*S*H: Standard Model – Axion – See saw – Hidden scalar inflation

• Andreas Ringwald

From discrete symmetries in leptonic systems to morphometric imaging of the human body

• Pawel Moskal

NoMoS: Beyond the Standard Model Physics in Neutron Decay

• Gertrud Konrad

Saturation and Geometrical Scaling in High Energy Collisions

• Michal Praszalowicz

QCD with functional methods

• Markus Huber

qBOUNCE: Realization of a Quantum Bouncing Ball Gravity Spectrometer

• Hartmut Abele

Constraining cosmic acceleration

• Nico Hamaus

Leptoquarks: From flavour to collider physics

• Svjetlana Fajfer

The Universe in the light of LHC data

• Maria Krawczyk

What top quark mass is measured at the LHC

• Andre Hoang

Beyond Complex Langevin Equations

• Jacek Wosiek

Quantum simulation of high-energy physics models with cold atoms

• Ignacio Cirac

Projected entangled pair states (PEPS) and local (gauge) symmetries

• Erez Zohar

Recent results from the ALICE experiment at the LHC

• Michael Weber

Collective flow in relativistic nuclear collisions

• Piotr Bozek

Farewell

• Steven Bass