Markus Häyrinen - UEFConnect

Tarkenna hakuasi

Tiedot Julkaisut

Julkaisut

25/25 kappaletta

High-Aspect-Ratio LiNbO3 ridge waveguide with vertical buffer layer and enhanced electro-optical efficiency
Caspar, A; Roussey, M; Häyrinen, M; Laukkanen, J; Perignon, A; Behague, F; Calero, V; Ulliac, G; Kuittinen, M; Bernal, MP; Courjal, N. 2018. Journal of lightwave technology. 36: 2702-2707
Multiple self-healing Bloch surface wave beams generated by a two-dimensional fraxicon
Kim, Myun-Sik; Vetter, Andreas; Rockstuhl, Carsten; Lahijani, Babak Vosoughi; Häyrinen, Markus; Kuittinen, Markku; Roussey, Matthieu; Herzig, Hans Peter. 2018. Communications physics. 1: 63
Experimental investigation of the propagation properties of bloch surface waves on dielectric multilayer platform
Dubey Richa, Barakat Elsie, Häyrinen Markus, Roussey Matthieu, Honkanen Seppo K, Kuittinen Markku,Herzig Hans Peter. 2017. Journal of the european optical society: rapid publications. 13: 5
Near-field investigation of Bloch surface wave based 2D optical components
Dubey R, Lahijani BV, Kim M-S, Barakat E, Häyrinen M, Roussey M, Kuittinen M, Herzig HP. Teoksessa: Garcia-Blanco SM, Conti GN(toim.) , 2017. Proceedings of SPIE: Integrated Optics: Devices, Materials, and Technologies XXI. s. 101061G. SPIE
Strip-loaded horizontal slot waveguide
Roussey Matthieu, Ahmadi Leila, Pelisset Segolene, Häyrinen Markus, Bera Arijit, Kontturi Ville, Laukkanen Janne, Vartiainen Ismo, Honkanen Seppo, Kuittinen Markku. 2017. Optics letters. 42: 211-214
Ultra-thin Bloch-surface-wave-based reflector at telecommunication wavelength
Dubey R, Vosoughi Lahijani B , Häyrinen M, Roussey M, Kuittinen M, Herzig HP. 2017. Photonics research. 5: 494-499
Strip loaded waveguide on lithium niobate thin films
Roussey Matthieu, Karvinen Petri, Häyrinen Markus, Honkanen Seppo, Kuittinen Markku. Teoksessa: Jean-Emmanuel Broquin, Gualtiero Nunzi Conti(toim.) , 2016. Proc. SPIE 9750. s. 975006.
ALD tuned titanium dioxide nanophotonics
Häyrinen Markus, Bera Arijit, Roussey Matthieu, Kuittinen Markku, Honkanen Seppo. Teoksessa: Ion M. Tiginyanu(toim.) , 2015. Proc. SPIE 9519. s. 951903.
Benefits of Atomic Layer Deposition in Nanophotonic Device Fabrication
Häyrinen Markus. 2015. Publications of the University of Eastern Finland. Dissertations in Forestry and Natural Sciences
Nano-structure devices for visible with ALD-tuned geometry
Häyrinen Markus, Ahmadi Leila, Bera Arijit, Roussey Matthieu, Tervo Jani, Saarinen Jyrki, Honkanen Seppo, Kuittinen Markku. 2015. University of Eastern Finland
Parabolic opening in atomic layer deposited TiO2 nanobeam operating in visible wavelengths
Bera Arijit, Häyrinen Markus, Kuittinen Markku, Honkanen Seppo, Roussey Matthieu. 2015. Optics express. 23: 14973-14980
Slot waveguide ring resonators for visible wavelengths in ALD titanium dioxide
Häyrinen Markus, Roussey Matthieu, Säynätjoki Antti, Kuittinen Markku, Honkanen Seppo. Teoksessa: Jean-Emmanuel Broquin; Gualtiero Nunzi Conti(toim.) , 2015. Proc. SPIE 9365 Integrated Optics: Devices, Materials, and Technologies XIX. s. 936513. SPIE
Strip Loaded Waveguides on Lithium Niobate Thin Films
Roussey M., Karvinen P., Häyrinen M., Kuittinen M., Honkanen S.. 2015.
TiO2 nanobeam cavity operating at the visible wavelengths
Bera Arijit, Häyrinen Markus, Roussey Matthieu, Kuittinen Markku, Honkanen Seppo. 2015.
Titanium dioxide slot waveguides for visible wavelengths
Häyrinen Markus, Roussey Matthieu, Säynätjoki Antti, Kuittinen Markku, Honkanen Seppo. 2015. Applied optics. 54: 2653-2657
ALD-tuned nanobeam cavity on titanium dioxide platform operating in the visible
Bera Arijit, Hayrinen Markus, Roussey Matthieu, Kuittinen, Honkanen Seppo. 2014. EOSAM
Impact of ALD grown passivation layers on silicon nitride based integrated optic devices for very-near-infrared wavelengths
Khanna Amit, Subramanian Ananth, Häyrinen Markus, Selvaraja Shankar, Verheyen Peter, Van Thourhout Dries, Honkanen Seppo, Lipsanen Harri, Baets Roel. 2014. Optics express. 22: 5684-5692
Low-Loss Titanium Dioxide Strip Waveguides Fabricated by Atomic Layer Deposition
Häyrinen Markus, Roussey Matthieu, Gandhi Vishal, Stenberg Petri, Säynätjoki Antti, Karvonen Lasse, Kuittinen Markku, Honkanen Seppo. 2014. Journal of lightwave technology. 32: 208-212
Low-loss titanium -dioxide strip waveguides by atomic layer deposition
Roussey Matthieu, Häyrinen Markus, Säynätjoki Antti, Karvonen Lasse, Stenberg Petri, Kuittinen Markku, Honkanen Seppo. Teoksessa: Michel J. F. Digonnet, Shibin Jiang(toim.) , 2014. Optical Components and Materials XI. s. 89820E. SPIE
One-dimensional photonic crystals with cylindrical geometry
Roussey Matthieu, Descrovi Emiliano, Häyrinen Markus, Angelini Angelo, Kuittinen Markku, Honkanen Seppo. 2014. Optics express. 22: 27236-27241
Application of ALD-grown TiO2 in guided-wave nanophotonics
Honkanen Seppo, Kuittinen Markku, Roussey Matthieu, Stenberg Petri, Häyrinen Markus. 2013.
Application of ALD-grown TiO2 in guided-wave nanophotonics
Honkanen Seppo, Kuittinen Markku, Roussey Matthieu, Stenberg Petri, Häyrinen Markus. 2013.
Low propagation loss titanium dioxide waveguides by using Atomic Layer Deposition
Häyrinen Markus, Roussey Matthieu, Gandhi Vishal, Stenberg Petri, Säynätjoki Antti, Karvonen Lasse, Kuittinen Markku, Honkanen Seppo. 2013.
New approach to fabricate low-loss titanium dioxide waveguides with electron beam lithography and atomic layer deposition
Häyrinen Markus, Roussey Matthieu, Gandhi Vishal, Kuittinen Markku, Honkanen Seppo. 2013.
New approach to fabricate low-loss titanium dioxide waveguides with electron beam lithography and atomic layer deposition
Häyrinen Markus, Roussey Matthieu, Gandhi Vishal, Kuittinen Markku, Honkanen Seppo. 2013.