low temperature compatible,
achromatic objective with high NA
CUSTOMER FEEDBACK
Dr. Ivan Favero
The photonic probe station has essentially solved cryogenic and mechanical
stability problems in our experiments, such that we can today concentrate
our efforts on other conceptual and technical aspects. Simply a great scien-
tific instrument!
(Université Paris Diderot, CNRS, Paris, France)
(lensed) fiber probe
(lensed) fiber probe
photonic integrated circuit
sample holder
Nano-resonators and planar wave guides
PRODUCT KEY FEATURES
• large area sample positioning (6 mm x6 mm)
• 2 independently movable optical probes
(lensed fibers)
• ultra low drift at low temperature
BENEFITS
• quick and easy sample exchange
• inspection optics 90 µm x 70 μm (field of view)
• accurate & flexible in-situ optical probing of
photonic nanostructures
Coupling from the lensed fiber (red dashed line) into the
planar wave guide; the red circle indicates the confocal spot
APPLICATION EXAMPLES
• characterization of nanophotonic structures
• spectroscopy of single QD in nanoresonator
• biosensors
• nano-plasmonics
• opto-electronics devices
Lensed fiber (red dashed line) at the edge of
a planar wave guide sample (courtesy of Ivan
Favero, Université Paris Diderot-CNRS)
attoMICROSCOPY
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