Pedro A. Segura* personal webpage

Hi There!

Thanks for your visit. I am Pedro Segura, I am a Ph.D. graduate from Sherbrooke University. I carried out a two-year research stay at the Jean Lamour Institute of Lorraine University in the city of Nancy. I am currently working with UNAM on a project that uses machine learning for forecasting atmospheric ozone levels.

My research interests are acoustic sensors, optical sensors, and wave phenomena in general.

Sections

Last Publications:

Segura Chávez, Pedro A., et al. “Love Wave Sensor with High Penetration Depth for Potential Application in Cell Monitoring.” Biosensors 12.2 (2022): 61.
Bonhomme, Jérémy and Oudich, Mourad and Bellaredj, Mohamed Lamine Faycal and Bryche, Jean-Francois and Segura Chavez, Pedro Alberto and Beyssen, Denis and Charette, Paul G. and Sarry, Frédéric. Micropillared Surface to Enhance the Sensitivity of a Love-Wave Sensor. Phys. Rev. Applied. 2022, 17,6.
Bonhomme, J., Oudich, M., Segura Chavez, P. A., Bellaredj, M. L. F., Bryche, J.-F., Beyssen, D., Charette, P. G., and Sarry, F. (2020). Numerical characterization of Love waves dispersion in viscoelastic guiding-layer under viscous fluid. Journal of Applied Physics, 128(15), 154502.
Segura-Chavez, P. A., Sarry, F., Bellaredj, F., Bonhomme, J., Olive, L., Beyssen, D., and Charette, P. G. (2020, October). Love wave sensor for detection of viscosity changes on a cell monolayer. MicroTAS 2020 conference, 2020.
Bonhomme, J., Bellaredj, M. L. F., Bryche, J.-F., Oudich, M., Segura-Chavez, P. A., Beyssen, D., Charette, P. G., and Sarry, F. (2020, September). Experimental Evidence of Mass Sensitivity for Love Wave Interacting with Phononic Pillars. 2020 IEEE International Ultrasonics Symposium (IUS). 2020 IEEE International Ultrasonics Symposium (IUS), Las-Vegas.
Sarry, F., Chavez, P. A. S., Bonhomme, J., Olive, L., Beyssen, D., Oudich, M., and Charette, P. G. (2019). Love wave biosensor to diagnose modification of cell viscoelasticy. 2019 IEEE SENSORS, 1–4.
Jérémy, B., Mourad, O., Pedro A, S. C., Lucile, O., Denis, B., Paul G., C., and Frédéric, S. (2019). Theoretical study of a phononic structure for bio-sensing applications. 2019 IEEE SENSORS, 1–4.
Pedro A. Segura Chávez, J.Valenzuela Benavides. (2013) Electrical characterization of micro and nano sized structures using novel design manipulators. Poster sesion. 2nd International Symposium on Nanoscience and Nanomaterials
Pedro A. Segura Chávez, J.Valenzuela Benavides(2012) “Design of in situ SEM manipulators”. Poster sesion. 1st International Symposium on Nanoscience and Nanomaterials.

New interesting additions:

How to make 10 000 points measurements with a miniVNA pro and make time domain analysis

Here I describe how you can use your low-cost VNA miniVNA pro to make sweeps of 10 000 points. Then you can use these bunch of points to make time-domain analysis or a gating filtering with the scikit-rf python library.

Another one addition