Sai Tak Chu

Prof. Sai Tak Chu


Research Focus & Metrics

Academic Career Length

38Years (1989-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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6 January 2021 in Nature
Verified
Journal Article
Closed access
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XXXingyuan Xu
Xingyuan Xu
MTMengxi Tan
Mengxi Tan
BCBill Corcoran
Bill Corcoran
JWJiayang Wu
Jiayang Wu
Andreas BoesAndreas Boes
Andreas Boes
David MossDavid Moss
David Moss

1 June 1997 in Journal of Lightwave Technology
Verified
Journal Article
Closed access
BLB.E. Little
B.E. Little
SCSai Tak Chu
Sai Tak Chu
HHH.A. Haus
H.A. Haus
JFJ. Foresi
J. Foresi
JLJ.-P. Laine
J.-P. Laine
Microring resonators side coupled to signal waveguides provide compact, narrow band, and large free spectral range optical channel dropping filters. Higher order filters with improved passband characteristics and larger out-of-band signal rejection are realized through the coupling of multiple rings. The analysis of these devices is approached by the novel method of coupling of modes in time. The response of filters comprised of an arbitrarily large dumber of resonators may be written down by inspection, as a continued fraction. This approach simplifies both the analysis and filter synthesis aspects of these devices.

29 June 2017 in Nature
Verified
Journal Article
Closed access
MKMichael Kues
Michael Kues
CRChristian Reimer
Christian Reimer
PRPiotr Roztocki
Piotr Roztocki
LCLuis Romero Cortés
Luis Romero Cortés
SSStefania Sciara
Stefania Sciara
RMRoberto Morandotti
Roberto Morandotti

20 December 2009 in Nature Photonics
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Journal Article
Closed access
LRL. Razzari
L. Razzari
DDD. Duchesne
D. Duchesne
MFM. Ferrera
M. Ferrera
RMR. Morandotti
R. Morandotti
SCSai Tak Chu
Sai Tak Chu
David MossDavid Moss
David Moss

11 March 2016 in Science
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Journal Article
Closed access
PDF file
CRChristian Reimer
Christian Reimer
MKMichael Kues
Michael Kues
PRPiotr Roztocki
Piotr Roztocki
BWBenjamin Wetzel
Benjamin Wetzel
FGFabio Grazioso
Fabio Grazioso
RMRoberto Morandotti
Roberto Morandotti
Entangled frequency combs: The ability to generate optical frequency combs in which the output light is made up of millions of sharp lines precisely spaced apart has been important for optical applications and for fundamental science. Reimer et al. now show that frequency combs can be taken into the quantum regime. They took individual teeth of the combs and quantum-mechanically entangled them to form complex optical states. Because the method is compatible with existing fiber and semiconductor technology, the results demonstrate a possible scalable and practical platform for quantum technologies. Science , this issue p. 1176

23 November 2008 in Nature Photonics
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Journal Article
Closed access
PDF file
MFM. Ferrera
M. Ferrera
LRL. Razzari
L. Razzari
DDD. Duchesne
D. Duchesne
RMR. Morandotti
R. Morandotti
ZYZ. Yang
Z. Yang
David MossDavid Moss
David Moss