WH

W.R. Haaxman

1 records found

Arrays of high reflectivity SiN photonic crystal membranes for cavity optomechanics
Conference paper (2018) - J.P. Pinto Moura (author), J.P. Pinto Moura (author), Joao P. Pinto Moura (author), Joao P. Pinto Moura (author), Joao P. Moura (author), Joao P. Moura (author), J.P. Moura (author), J.P. Moura (author), C.M. Gartner (author), C.M. Gartner (author), C.M. Gartner (author), W.R. Haaxman (author), W.R. Haaxman (author), Richard A. Norte (author), Richard A. Norte (author), R.A. Norte (author), R.A. Norte (author), Simon Gröblacher (author), Simon Gröblacher (author), S. Groblacher (author), S. Groblacher (author), Simon Groblacher (author), Simon Groblacher (author), Simon Groeblacher (author), Simon Groeblacher (author), S. Gröblacher (author), S. Gröblacher (author), S. Gröeblacher (author), S. Gröeblacher (author), Simon Gröeblacher (author), Simon Gröeblacher (author), S. Groeblacher (author), S. Groeblacher (author)
We fabricate photonic crystal SiN membranes with reflectivity > 99.9% at 1550 nm. These form a platform for studying arrays of mechanical oscillators inside optical cavities, which can potentially reach strong single-photon optomechanical coupling.@en