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schematic_monolithic_fiber_cavity.jpg
Two optical fiber mirrors are inserted into a glass ferrule glued on a piezoelectric actuator, to form a very compact monolithic fiber cavity.
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Ion_with_fiber_cavity_P_Kobel.jpg
A single Ytterbium trapped inside the cavity volume, and its blue fluorescence (composite image).
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Ion_trap_with_fiber_cavity_P_Kobel.jpg
Here, a fiber cavity is used together with an ion trap. For electrostatic shielding, the fibers are guided inside thin stainless steel tubes (horizontal) ...
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Omega-metalization_schematic_2_2.jpg
Single loop microwave near-field antenna design for driving magnetic dipole transitions of atoms and ions.
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Rectangular_membrane_on_substrate_SEM.jpg
Rectangular membrane (scanning electron microscope image).
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Omega-metalization_on_fiber_endface.jpg
Loop antenna realized on an optical fiber; the fiber diameter is 125 µm.
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Cavity_with_drum_on_fiber_endface.jpg
Fiber cavity with membrane on the left fiber mirror.
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Fiber_shooting_setup.jpg
Fiber micromachining setup.
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Monolithic_fiber_cavity_magnified.jpg
Close-up of the central part with the actual cavity (length ~80 µm).
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Membranes_on_fiber.jpg
Two and four 3D-printed membranes stacked on top of a fiber mirror for collective optomechanical coupling to a fiber cavity.
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