A qualitative modeling method for platform design. - Michael Van Wie; Robert B. Stone; Asli Sahin; Janis P. Terpenny; Fabrice Alizon; Steven B. Shooter; Timothy W. Simpson (IRI, 2005)

A CMOS Compatible Monolithic Fiber Attach Solution with Reliable Performance and Self-Alignment. - Bo Peng; Tymon Barwicz; Asli Sahin; Thomas Houghton; Brittany Hedrick; Yusheng Bian; Michal Rakowski; Shuren Hu; Javier Ayala; Colleen Meagher; Zoey Sowinski; Karen Nummy; et al. (OFC, 2020)

45nm CMOS - Silicon Photonics Monolithic Technology (45CLO) for Next-Generation, Low Power and High Speed Optical Interconnects. - Michal Rakowski; Colleen Meagher; Karen Nummy; Abdelsalam Aboketaf; Javier Ayala; Yusheng Bian; Brendan Harris; Kate McLean; Kevin McStay; Asli Sahin; Louis Medina; Bo Peng; et al. (OFC, 2020)

Monolithically integrated silicon nitride platform. - Yusheng Bian; Colleen Meagher; Karen Nummy; Sujith Chandran; Won Suk Lee; Abdelsalam Aboketaf; Danhao Ma; Ryan Sporer; Michal Rakowski; Nuh Yuksek; Monica Esopi; Bo Peng; et al. (OFC, 2021)

Hybrid III-V laser integration on a monolithic silicon photonic platform. - Yusheng Bian; Koushik Ramachandran; Bo Peng; Brittany Hedrick; Scott Mills; Keith Donegan; Armand Rundquist; Ed Vail; Vaishnavi Karra; Firat Yasar; Monica Esopi; Benjamin Fasano; et al. (OFC, 2021)

Monolithically Integrated High-Performance Ge-on-Si PIN Photodetectors with Nearly 60 GHz EO Bandwidth, 0.95 A/W Responsivity, <30 nA Dark Current and -36 dB Optical Return Loss Enabled by Ge Shape Optimization. - Yusheng Bian; Abdelsalam Aboketaf; Won Suk Lee; Sujith Chandran; Edgar Huante-Ceron; Arman Najafi; Ana Villafranca; Hatef Shiran; Judson Holt; Francis Afzal; Kevin K. Dezfulian; Michelle Zhang; et al. (OFC, 2025)

High-power, low-loss, fabrication tolerant multi-tip SiN edge coupler in 300mm monolithic SiPh foundry technology. - Yusheng Bian; Takako Hirokawa; Yarong Lin; Zahidur Chowdhury; Arpan Dasgupta; Abdelsalam Aboketaf; Won Suk Lee; Francis Afzal; Sujith Chandran; Kevin K. Dezfulian; Arman Najafi; Ming Gong; et al. (OFC, 2025)