Submicron Structures Technology and Research by Smith, Henry I., Burkhardt, Martin, Carter, James M., Chu, William, Early, Kathleen R., Ghanbari, Reza A., Ku, Yao-Ching, Moel, Alberto, Quek, Hui Meng, Schattenburg, Mark L., The, Siang-Chun, Yen, Anthony T., Lu, Kenneth P., Su, Lisa T-F., Gutierrez, JoAnne M., Tsai, Flora S., Antoniadis, Dimitri A., Carlin, Gregory A., Meyer, Paul G., Shahidi, Ghavam G., Field, Stuart B., Kastner, Marc A., Meirav, Udi, Park, Samuel L., Scott-Thomas, John H. F., Bagwell, Phillip F., Orlando, Terry P., del Alamo, Jesus A., Ismail, Khalid, Liu, C. T., Smith, T. P., Tsui, Daniel, Canizares, Claude R., Floro, Jerold A., Thompson, Carl V.

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Compound Semiconductor Materials and Devices by Fonstad, Clifton J., Jr., Ahadian, Joseph F., Royter, Yakov, Patterson, Steven G., Wang, Hao, Viadyananthan, Praveen T., Martin, Paul S., Aggarwal, Rajni J., Petrich, Gale S., Kolodziejski, Leslie A., Mikkelson, James M., Goodhue, William D., Fitzgerald, Eugene A., Bulsara, Mayank T., Hoshino, Isako, Tachikawa, Masami, Choy, Henry K., Ram, Rachna J., Livas, Jeffrey C., Hall, Katherine L., Prasad, Sheila, Shenoy, Krishna V., Warde, Cardinal, Luo, Jiafu, Psaltis, Demetri, Pan, Janet L., Crankshaw, Donald S., Kannam, P., Martin, R. J.

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Polymer based optical MEMS (POEMS) by Franck Chollet.

“…The main reason behind this choice is the perceived superiority of polymers over silicon as optical material, particularly in the visible domain where silicon is opaque. …”
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Z-scan technique with high repetition rate femtosecond laser for nonlinear optical properties measurement by Zainal Abidin, Mohd Shahnan

“…Nonlinear optical properties are crucial in determining the behavior of the optical material under the intense laser beam. Z-scan method is a simple technique to measure nonlinear refraction and absorption with high degree of sensitivity and noncomplex arrangement setup. …”
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Submicron Structures Technology and Research by Anderson, Erik H., Burkhardt, Martin, Carter, James M., Chu, William, Early, Kathleen R., Ku, Yao-Ching, Quek, Hui Meng, Moel, Alberto, Schattenburg, Mark L., Smith, Henry I., Yen, Anthony T., Plotnik, Irving, Kawata, Hiroaki, Antoniadis, Dimitri A., Field, Stuart B., Kastner, Marc A., Licini, Jerome C., Meirav, Udi, Park, Samuel L., Scott-Thomas, John H. F., Bagwell, Phillip F., Orlando, Terry P., Ismail, Khalid, Meyer, Paul, Shahidi, Ghavam G., The, Siang-Chun, Ajuria, Sergio, Floro, Jerrold A., Thompson, Carl V., III, Palmer, Joyce E., Canizares, Claude R.

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Submicron Structures Technology and Research by Smith, Henry I., Burkhardt, Martin, Carter, James M., Chu, William, Early, Kathleen R., Ghanbari, Reza A., Ku, Yao-Ching, Moel, Alberto M., Schattenburg, Mark L., The, Siang-Chun, Yen, Anthony T., Gutierrez, JoAnne M., Lu, Kenneth P., Ng, Lee-Peng, Salyani, Shahir R., Su, Lisa T-F., Tsai, Flora S., Wey, Lead, Antoniadis, Dimitri A., Carlin, Gregory A., Fang, Hao, Hu, Hang, Field, Stuart B., Kastner, Marc A., Park, Samuel L., Scott-Thomas, John H. F., Bagwell, Phillip F., Orlando, Terry P., del Alamo, Jesus A., Ismail, Khalid, Yee, Kenneth, Evans, Keith, Liu, C. T., Shayegan, M., Smith, T. P., Tsui, Daniel, Zhao, Yang, Canizares, Claude R., Floro, Jerrold A., Thompson, Carl V.

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Compound Semiconductor Materials and Devices by Fonstad, Clifton G., Jr., Ahadian, Joseph F., Royter, Yakov, Patterson, Steven G., Viadyananthan, Praveen T., Postigo, P. Aitor, Petrich, Gale S., Kolodziejski, Leslie A., Mikkelson, James M., Goodhue, William D., Braddock, David, Mull, Daniel E., Choy, Henry K., Ram, Rajeev J., Hoshino, Isako, Prasad, Sheila, Wang, Haifeng, Hemenway, Roe B., Jr., Deming, Robert, Knoedl, Thomas, London, Joanna, Crankshaw, Donald S., Pan, Janet L.

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Heterostructures for High Performance Devices by Fonstad, Clifton J., Jr., Vlcek, James C., Singer, Richard A., Burns, Geoffrey F., Blanck, Herve, Shenoy, Krishna V., Mikkelson, James, Choi, Woo-Young, Royter, Yakov, Martin, Paul S., Haus, Hermann A., Kuo, Tanni Y., Cunningham, Jack, Prasad, Sheila, Meskoob, Bahman, Kim, Michael, Broekaert, Thomas P. E., Smet, Jurgen, Peng, Lung-Han, Jones, R. Victor, Ehrenrich, Victor, Hoshino, Isako, Ceyer, Sylvia T., Sawin, Herbert H.

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Heterostructures for High Performance Devices by Fonstad, Clifton J., Jr., Choi, Woo-Young, Smith, Henry I., Hirayama, Yuzo, Smet, Jurgen H., Ippen, Erich P., Hu, Qing, Martin, Paul S., Haus, Hermann A., Royter, Yakov, Hopps, J. H., Shenoy, Krishna V., Mikkelson, J., Elman, B., Nuytkens, P. R., Grot, A. C., Psaltis, D., Aggarwal, Rajni J., Peng, Lung-Han, Jones, R. Victor, Ehrenrich, Victor

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Heterostructures for High-Performance Devices by Fonstad, Clifton J., Jr., Braun, Eric K., Shenoy, Krishna V., Mikkelson, J. M., Aggarwal, Rajni J., Ahadian, Joseph F., Petrich, Gale S., Kolodziejski, Leslie A., Grot, A. C., Psaltis, Demetri, Royter, Yakov, Wang, Hao, Martin, Paul S., Haus, Hermann A., Chen, Jerry C., Pan, Janet L., Peng, Lung-Han, Iisuka, Norio, Smet, Jurgen H., Hu, Qing, Prasad, Sheila, Hoshino, Isako

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Liquid crystal technologies for enhanced optical system functionality by Jin, Y

“…Simulations that take into account factors such as the thickness of the boundary layer, the back-flow effect in the context of the LC hydrodynamic behaviour, and dielectric coupling in a flexoelectro-optic material are examined. These simulations play a crucial role in guiding the optimisation of the device configuration. …”

Developments and applications of THz polaritonics, efficient THz generation, and single-shot THz detection by Ofori-Okai, Benjamin Kwasi

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Heterostructures for High Performance Devices by Fonstad, Clifton J., Jr., Vlcek, James C., Singer, Richard A., Burns, Geoffrey F., Failla, Anton, Shenoy, Krishna V., Mikkelson, J., Elman, B., Choi, Woo-Young, Royter, Yakov, Martin, Paul S., Haus, Hermann A., Hopps, J. H., Lee, Jae-Jin, Prasad, Sheila, Meskoob, B., Kim, Michael, Broekaert, Thomas P. E., Aggarwal, Rajni J., Smet, Jurgen H., Hu, Qing, Peng, Lung-Han, Jones, R. Victor, Ehrenrich, Victor, Hoshino, Isako, Ceyer, Sylvia T., Sawin, Herbert H.

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Heterostructures for High Performance Devices by Fonstad, Clifton J., Jr., Choi, Woo-Young, Wong, Vincent V., Smith, Henry I., Meehan, Kathy, Gavrilovic, Paul, Whitney, P., Chen, Jerry C., Haus, Hermann A., Peng, Lung-Han, Smet, Jurgen H., Ippen, Erich P., Lenz, Gadi, Martin, Paul S., Shenoy, Krishna V., Goodhue, William D., Braun, Eric K., Mikkelson, J., Hansell, G., Harton, A., Wyatt, C., Ahadian, Joseph F., Kolodziejski, Leslie A., Grot, A. C., Psaltis, D., Nuytkens, P. R., Royter, Yakov, Aggarwal, Rajni J., Hirayama, Yuzo, Jones, R. Victor, Ehrenrich, Victor, Hu, Qing, Prasad, Sheila, Hoshino, Isako

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Physical characterization and optical spectroscopy of Er3/Yb3-doped multicomposition tellurite glass for broadband amplifiers by Omar Baki, Sharudin

“…These characteristics suggest that the synthesized multicomposition tellurite glass is a potential optical material for the future broadband telecommunication technology.…”
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Doping of erbium and silver in zinc tellurite glass system for optical application by Shahrol Nidzam, Nazirul Nazrin

“…This result suggests that the fabricated glass samples have the potential to become a promising optical material for broadband telecommunication technology. …”
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