Registration

Welcome address

• A EREDITATO (DIRECTOR AEC/LHEP)

Welcome address

• C Leumann (Vice-Rector)

Testing the weak equivalence principle with macroscopic proof masses on ground and in space

• A Nobili (Pisa)

Experimental tests of the weak equivalence principle

• S Dickerson (Stanford)

Antimatter in the universe and the PAMELA/FERMI anomaly

• G Skinner (MPE Garching)

Dark matter annihilation in the Universe

• P Salati (Annecy)

Experimental constraints on the gravitational force on antimatter

• M Jankowiak (Heidelberg)

Testing antigravity with positronium

• P Crivelli (ETH-Zurich)

Testing antigravity with muonium

• K Kirch (PSI Villigen)

Weighing antimatter with positronium (D. B. Cassidy (University College, London))

• D B Cassidy

D.B. Cassidy

Test of the weak equivalence principle from particle-antiparticle cylotron frequency

• M Holzscheiter (New Mexico)

Present and future facilities at CERN

• C Carli (CERN)

Measuring gbar with AEgIS, progress and perspectives

• D Krasnicky (Genova)

The GBAR experiment

• D P Van der Werf (Swansea University)

A new technique to measure the gravitational mass of antihydrogen

• J Fajans (Berkeley)

An antigravity experiment for the future FLAIR facility

• W Quint

Constraints from the weak equivalence principle

• S Karshenboim (MPI Garching)

Quantum reflection of antihydrogen from material surface

• G Dufour (Laboratoire Kastler-Brossel, Paris)

Gravitational quantum states of antihydrogen

• A Voronin (Lebedev)

Moiré deflectometry with atoms and antiatoms

• P Bräunig (Heidelberg)

5D relativistic optics for matter and antimatter wave interferometry

• C Bordé (SYRTE, Paris)

True tests of the weak equivalence principle for antiparticles

• C S Unnikrishnan

Measuring gbar with emulsion detectors

• T Ariga (University of Bern)

Measuring the free fall of antihydrogen with GBAR

• L Hilico (Laboratoire Kastler-Brossel, Paris)

High precision measurements of the gravitational acceleration g

• H Baumann (Federal Institute of Metrology, Bern)

MOND phenomenology and gravitational polarization

• L Blanchet (Inst. d'Astrophysique, Paris)

The Dirac-Milne cosmological model

• A Benoît-Lévy (UCL, London)

Gravity effects on antimatter

• J Tasson (Carleton)

Lorentz violation and vacuum structure in string theories

• K Hashimoto (Osaka)

Summary talk

• M Charlton (Swansea)