Student Poster Competition - Winners announced!

Congratulations to the winners and all finalists!

» Here are the winners of the the EFTF 2014 Poster Competition (click for pdf).

The finalists for the EFTF 2014 Student Poster Competition are as follow :

Click on the Paper ID for more details.

Paper ID Title
7164 Quartz-Based Vibrating MEMS on Structured Silicon Using Wafer Bonding Technology
7176 Assessment of the Acoustic Shear Velocity in SiO2 and Mo for Acoustic Reflectors
7276 Effects of a Plasma Etching Process on a Longitudinally Coupled Resonator Filter
7284 Active Electronic Cancellation of Nonlinearity in a High-Q Longitudinal-Mode Silicon Resonator by Current Biasing
7230 Photodiode Nonlinear Modeling and its Impact on Optical Links Phase Noise
7301 Compact Low Phase Noise 3.8GHz Oscillator
7069 High-Purity Microwave Signal from a Dual-Frequency Semiconductor Laser for CPT Atomic Clocks
7196 Experimental and Numerical Study of the Microwave Field Distribution in a Compact Magnetron-Type Microwave Cavity
7212 Mitigation of Frequency Shifts in a Cold-Atom Coherent Population Trapping Clock
7242 Imaging Rb-Wall Interactions and Microwave Fields in Vapor Cells
7034 Miniature Optical Fiber Cavity for a Trapped Atom Clock
7293 Electromagnetic Induction Readout Silicon-on-Insulator MEMS Resonant Magnetometer
7307 Studying Particulate Adsorption by Drying Droplets on a Microfabricated Electro-Acoustic Resonator
7150 Time Transfer Over Delay-Stabilized Fibre Links Using an Optical Pulse Train
7201 A Detection Algorithm of Atomic Clock Frequency Jumps with the Prediction Wiener Filter
7203 In-Line Extraction of an Ultra-Stable Frequency Signal Over an Optical Fiber Link
7288 A Method of Satellite Autonomous on-Board Clock Monitoring Using High-Stability Crystal Oscillator
7052 On the Prospects of Building Optical Atomic Clocks Using Er I or Er III
7112 Laser Stabilization System for Space Applications Based on Hydroxide-Catalysis Bonding
7165 An Ultra-Low Frequency Noise Laser Based on a 48 cm Long Ule Cavity for a Sr Lattice Clock
7179 Thin Disk Lasers Enable High-Power Frequency Combs

The student poster competition will take place on Tuesday afternoon from 14:00 to 15:40.
The finalist posters will remain posted during the whole conference. The poster format is A0 (84.1 cm wide x 118.9 cm tall).

Important note: if the abstract was selected for ORAL presentation, the student is required to present anyway the poster in the dedicated poster area to be eligible for the student poster competition.



Organising partners:      
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METAS logo

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Ville Neuchatel logo

Swiss Photonics logo

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