Visible photonic band gap engineering in silicon nitride waveguides
Visible photonic band gap engineering in silicon nitride waveguides
We demonstrate experimentally the tuning of complete photonic band gaps in patterned silicon nitride waveguides. Transmission measurements were performed using an ultrabroadband high-brightness white light laser continuum, extracting extinction ratios as low as 10–4 in the gap regions. Angle-resolved measurements show the perfect alignment of the gap around the -J direction. © 2000 American Institute of Physics. [S0003-6951(00)02008-8]
991-993
Netti, M.C.
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Charlton, M.D.B.
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Parker, G.J.
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Baumberg, J.J.
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February 2000
Netti, M.C.
e565f0dc-9641-4f19-a536-f1c1f01ea0dd
Charlton, M.D.B.
fcf86ab0-8f34-411a-b576-4f684e51e274
Parker, G.J.
0be0b760-c634-410d-adf6-076c6636be7e
Baumberg, J.J.
78e1ea7e-8c70-404c-bf84-59aafe75cd07
Netti, M.C., Charlton, M.D.B., Parker, G.J. and Baumberg, J.J.
(2000)
Visible photonic band gap engineering in silicon nitride waveguides.
Applied Physics Letters, 76 (8), .
Abstract
We demonstrate experimentally the tuning of complete photonic band gaps in patterned silicon nitride waveguides. Transmission measurements were performed using an ultrabroadband high-brightness white light laser continuum, extracting extinction ratios as low as 10–4 in the gap regions. Angle-resolved measurements show the perfect alignment of the gap around the -J direction. © 2000 American Institute of Physics. [S0003-6951(00)02008-8]
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Published date: February 2000
Organisations:
Nanoelectronics and Nanotechnology
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Local EPrints ID: 256715
URI: http://eprints.soton.ac.uk/id/eprint/256715
PURE UUID: 28c2e3bf-3d70-46c9-b75d-9eecf835167a
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Date deposited: 04 Aug 2002
Last modified: 16 Jul 2019 22:58
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Contributors
Author:
M.C. Netti
Author:
M.D.B. Charlton
Author:
G.J. Parker
Author:
J.J. Baumberg
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