FFK2019
9-14 June, 2019
Tihany, Hungary
published February 18, 2020
Tihany, Hungary
published February 18, 2020
The Conference follows the series of workshops on Precision Physics and Fundamental Physical Constants (2008-2017). This year it is organized as part of the Eötvös Year of Hungary with a special session devoted to Eötvös-type and other experiments on gravity
Editorial Board
- Dezsõ Horváth
Hungary - Ferenc Siklér
Wigner RCP, Budapest
| Session 1: Precision spectroscopy of atoms and ions |
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Spectroscopy of HD+ and the Rydberg constant
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Improving the hyperfine structure theory in hydrogen molecular ions
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m(alpha)^6 order spin-averaged effective Hamiltonian of hydrogen molecular ions
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Calculation of higher order corrections to positronium energy levels
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| Session 2: High energy physics: experiment |
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Precision tests of the Standard Model at the LHC with the ATLAS and CMS detectors
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Precision measurements in Higgs sector at ATLAS and CMS
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CP Violation and CKM Matrix Measurements
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High-precision tests of the Standard Model at future e+e- colliders
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New States in Charmonium and Bottomonium Families
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| Session 3: Exotic atoms |
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Precision measurements of antiproton and antihydrogen properties at CERN
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Muonic atoms and proton size
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The virtual-Delbruck-scattering potential for light muonic atoms
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FAMU: latest results in the measurement of the transfer rate from $mu$p to oxygen
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Present status of muonium hyperfine splitting in J-PARC
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| Session 4: QED tests on atoms and molecules |
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Testing fundamental interactions with the helium atom
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Testing QED with precision spectroscopy of the helium atom
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Quantum Electrodynamics of the hydrogen molecule
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Hyperfine cross-over resonances producing Lamb-dips and Lamb-peaks in the saturation spectrum of HD
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Energy levels of deuterium molecule
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Determination of the dissociation energy of para-H2
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| Session 5: Beyond the Standard Model |
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Highlights of searches for new physics at ATLAS and CMS
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Super-weak force
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Towards testing physics beyond the Standard Model with the g factor of bound electrons
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Isotope shift and atomic parity violation in the search for new physics
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| Session 6: Magnetic moment, g factor |
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Theory of the g factor of few-electron ions
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A New Experiment for the Measurement of the g-factors of 3He2+ and 3He+
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The ALPHATRAP g-factor experiment
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Many-body study of g factor of boron-like argon
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e+e- annihilation into hadrons and muon g-2
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Measurement of muon's g-2 and EDM
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The muon g-2 and the MuonE project
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| Session 7: Fundamental constants, atomic properties |
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New quantum SI units and fundamental constants
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High-Precision Measurement of the Deuteron’s Atomic Mass
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Precision measurements of the (anti)proton mass and magnetic moment by the BASE collaboration
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Precise determinations of the strong coupling in lepton collisions
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Study of the valence electronic density distribution in Z=112-120 atoms
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High-precision calculations of hydrogen molecule
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The hydrogen n=2 Lamb shift (and the proton size) and helium n=2 fine structure (and the fine-structure constant)
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| Session 8: The gravity experiment of Roland Eötvös |
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The Eötvös Paradox: The Enduring Significance of Eötvös' Most Famous Experiment
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My time with Bob Dicke; the beginning of experimental gravitational physics in university research
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Preparations for the remeasurement of the Eötvös Experiment
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Remeasurement of the Eötvös experiment - status and first results
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$G^{\epsilon\epsilon}$ Lab's Equivalence Principle Experiment
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| Session 9: Gravitational waves |
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Gravitational waves and the Einstein Telescope
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| Session 10: Gravity, new measurements |
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Determination of G with time-of-swing method by using high-Q silica fibers
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Determination of G with Angular-Acceleration-Feedback Method
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Newtonian Gravitation Constant: History of Measurement and New Results
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| Session 11: Miscellaneous |
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Paving the way for fundamental physics tests with singly-ionized helium
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Proton CT - a novel imaging tool in hadron therapy
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Testing Quantum Calculations with Measurements on Radioactive Molecular Hydrogen Isotopologues
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QED with heavy ions: on the way from strong to supercritical fields
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| Poster session |
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Two-loop self-energy corrections to the g-factor of bound electrons
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Two-photon spectroscopy of H2+
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Prospects of precision measurements with thorium ions trapped inside Coulomb crystals of 40Ca+
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Algorithm for calculating Bethe logarithm and the adiabatic correction for atoms and two-centered molecules
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Correlation trends in the nuclear anapole moment interaction of the Be atom in BeCl
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Quadropole transitions of the hydrogen molecular ion HD+
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Generating Sub-Millidegree Thermal Stability over Large Volumes for Precision Experiments
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Nonrelativistic energy levels of the helium atom
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Relativstic corrections to the hyperfine structure of hydrogen molecular ions
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Bohr-Weisskopf effect in the thallium atom
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Two-loop QED corrections to the bound-electron g factor involving the magnetic loop
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Measurement system of the new Eötvös experiment
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Eötvös balance operation presentation
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