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Publication
Featured researches published by Giovanni Barbarossa.
lasers and electro-optics society meeting | 2001
S. Cao; Christopher Lin; Giovanni Barbarossa; C. Yang
A virtually imaged phased array (VIPA) can perform dynamically tunable dispersion slope compensation. The tuning mechanism is the rotation of the diffraction grating that is used to provide wavelength separation for fixed dispersion slope compensation. The range of tunability is limited by the increase in loss due to the sub-optimal incident angle on the diffraction grating upon rotation.
lasers and electro-optics society meeting | 2005
Di Yang; Wei Chen; Christopher Lin; Giovanni Barbarossa
We proposed a novel tunable dispersion compensator using cascaded, thermally tunable Gires-Tournois etalons. We present results demonstrating tunability over the range +2000 ps/nm to -2000 ps/nm with a usable window of 0.2 nm at 50 GHz channel spacing.
Archive | 2008
Haijun Yuan; Xuehua Wu; Christopher Lin; Giovanni Barbarossa
Archive | 2002
Christopher Lin; Simon X. F. Cao; Giovanni Barbarossa; Charlene Yang
Archive | 2008
Haijun Yuan; Xuehua Wu; Christopher Lin; Giovanni Barbarossa
Archive | 2008
Xuehua Wu; Haijun Yuan; Younsheng Liu; Christopher Lin; Giovanni Barbarossa
Archive | 2007
Haijun Yuan; Xuehua Wu; Christopher Lin; Giovanni Barbarossa
Archive | 2006
Di Yang; Giovanni Barbarossa; Wei Chen
Archive | 2008
Haijun Yuan; Xuehua Wu; Christopher Lin; Giovanni Barbarossa
Archive | 2003
Xuehua Wu; YueZhong Feng; Xixiang Chen; Giovanni Barbarossa; Simon X. F. Cao
