Yemulwar

Pratyaksh Yemulwar

Student assistant

E-Mail: pratyaksh.yemulwar@mailbox.tu-dresden.de
Group: nanoelectronics for sensor technologies
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Pratyaksh Yemulwar has done Bachelor degree in Physics at Gujarat University in 2020. Also, he has 1 Year of masters in Physics at Gujarat University in 2021. His first master project was on Growth and Some Characteristics of Thiourea Crystals grown by one of the method of Crystallography called Slow Evaporation Method. These crystals have Non-Linear Optical properties due to which they are highly useful in fields of optical communication, electronics, photonics and signal and transmission. The 2nd master project was on Transit Photometry as Exoplanet Detection Method, which is most widely used and have high success rate as exoplanet detection method. In October 2021, he joined Nanobiophysics master program at TU Dresden. Currently he is working on the use of Carbon Nanotube Field-effect Transistors (CNT-FETs) as an active elements of biosensing device in group of Dr. Bergoi Ibarlucea at Professor Cuniberti’s Chair.




Yemulwar

Pratyaksh Yemulwar

Student assistant

E-Mail: pratyaksh.yemulwar@mailbox.tu-dresden.de
Group: nanoelectronics for sensor technologies
Download contact:

Pratyaksh Yemulwar has done Bachelor degree in Physics at Gujarat University in 2020. Also, he has 1 Year of masters in Physics at Gujarat University in 2021. His first master project was on Growth and Some Characteristics of Thiourea Crystals grown by one of the method of Crystallography called Slow Evaporation Method. These crystals have Non-Linear Optical properties due to which they are highly useful in fields of optical communication, electronics, photonics and signal and transmission. The 2nd master project was on Transit Photometry as Exoplanet Detection Method, which is most widely used and have high success rate as exoplanet detection method. In October 2021, he joined Nanobiophysics master program at TU Dresden. Currently he is working on the use of Carbon Nanotube Field-effect Transistors (CNT-FETs) as an active elements of biosensing device in group of Dr. Bergoi Ibarlucea at Professor Cuniberti’s Chair.