Name: Early Career Conference in Trapped Ions (ECCTI) 2020
Start: 2020-01-13T09:00:00+01:00
End: 2020-01-17T20:00:00+01:00
Location: CERN

A modular approach to a shuttling-based quantum processor in a 2D trap array (in session "Quantum Information & Computing 2")

Accumulation of positrons from a linac based source (in session "Antimatter 2")

An XUV frequency comb using HHG for metrology of Highly Charged Ions (in session "Atomic Clocks")

An ytterbium ion clock and its role in the search for dark matter (in session "Special Focus")

Antiproton Decelerator 1 (in session "CERN Tours")

Antiproton Decelerator 2 (in session "CERN Tours")

Antiproton Decelerator 3 (in session "CERN Tours")

ATLAS Cavern 1 (in session "CERN Tours")

ATLAS Cavern 2 (in session "CERN Tours")

ATLAS Cavern 3 (in session "CERN Tours")

ATLAS Cavern 4 (in session "CERN Tours")

Benchmarking high-fidelity mixed-species entangling gates (in session "Quantum Information & Computing 3")

Cavity-Enhanced Ion-Ion Remote Entanglement (in session "Quantum Information & Computing 2")

Characteristics of hybrid laser cooling of Yb-doped nanocrystals (in session "Quantum Simulation & Technology")

CMS Cavern (in session "CERN Tours")

Coherent manipulation of a single ion inside and outside the Lamb-Dicke regime (in session "Quantum Information & Computing 1")

Combining a cryogenic Paul trap and an electrostatic ion beam trap to explore the most exotic nuclides with high-resolution laser spectroscopy (in session "Precision Measurements 2")

Data Science with Python: Good practices (in session "Interactive Skills Session 2")

Development of a portable optical atomic clock based on a single Ca+ ion (in session "Atomic Clocks")

Effective digital science communication (in session "Interactive Skills Session 3")

Experimental realisation of quantum networks (in session "Quantum Information & Computing 1")

High Fidelity Microwave Gates with Ca43 (in session "Quantum Information & Computing 3")

High precision tests of Proton-Antiproton symmetry: Towards a 100 p.p.t. antiproton g-factor measurement (in session "Antimatter 2")

How to Write a Good Journal Paper (or Thesis) (in session "Interactive Skills Session 1")

Hybrid quantum systems of ultracold atoms and ions (in session "Quantum Simulation & Technology")

Ion transport simulations, recent hardware upgrade and current status of TITAN’s cooler Penning trap (in session "Precision Measurements 2")

Laser Spectroscopy of Antihydrogen (in session "Antimatter 1")

LHCb Cavern (in session "CERN Tours")

Microfabricated 2D array of ion traps (in session "Quantum Information & Computing 2")

Non-destructive detection in 87Sr optical lattice clocks (in session "Atomic Clocks")

Non-destructive detection of molecules without mass limitation (in session "Precision Measurements 3")

Novel quantum computing architectures with Barium ions (in session "Quantum Simulation & Technology")

Penning mass spectrometry using optical detection with 40Ca+ as sensor ion in an unbalanced crystal (in session "Precision Measurements 3")

Photon-recoil assisted rovibrational spectroscopy of the $^{24}$MgH$^+$ ion (in session "Precision Measurements 1")

Probing the proton-electron mass ratio through Doppler-free two-photon spectroscopy of HD+ (in session "Precision Measurements 2")

Production and trapping of C$_2^-$ in a digital RF trap (in session "Antimatter 2")

Quantum Networking with Trapped-Ion Qubits at AFRL (in session "Quantum Information & Computing 1")

Sub-microsecond entangling gate between trapped ions via Rydberg interaction (in session "Quantum Simulation & Technology")

Toward an experimental comparative study of the Doppler effect contribution between quadrupole and multipole traps (in session "Precision Measurements 3")

Towards precision spectroscopy of molecular hydrogen ions (in session "Precision Measurements 1")

Towards Sympathetic Cooling of Single Protons and Antiprotons (in session "Antimatter 1")

Towards testing Fundamental Physics using Ramsey-Comb Spectroscopy on He$^+$+ (in session "Precision Measurements 1")

Trapped-Ion Entangling Gates Robust Against Qubit Frequency Errors (in session "Quantum Information & Computing 3")

Ultra-High Precision Measurements of the Proton-to-Antiproton Charge-to-Mass Ratio (in session "Special Focus")

Ultra-low heating rates for high precision measurements on antiprotons (in session "Antimatter 1")

Using sympathetically laser cooled positrons for improved antihydrogen trapping (in session "Antimatter 1")

Welcome to ECCTI 2020 (in session "Welcome")

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Early Career Conference in Trapped Ions (ECCTI) 2020