I am a physicist who studies materials science and has a great interest in technological innovations!
My Goals
My primary focus is to contribute to a robust and innovative advancement of science. I have gained considerable expertise in materials science, specializing in Heusler alloys with martensitic transformation. My research has primarily revolved around investigating shape memory phenomena, magnetocaloric effects, and finding ways to minimize hysteresis in these first-order transitions. I am deeply passionate about these fields and actively seek out new avenues for material research that can optimize energy utilization and drive technological progress in the realm of science.
My Philosophy
Since my childhood, I have nurtured a profound appreciation for nature and its wonders. Exploring its intricate workings and harnessing its properties for the betterment of sustainable human development is a pursuit that deeply resonates with me. Engaging in the study of materials and the development of innovative technologies brings me immense joy, as it enables me to contribute towards a more inclusive and accessible well-being. In this pursuit, I see scientific challenges as captivating trails that inspire me to push the boundaries of knowledge and forge new paths towards progress.
Collaborations
I am open to engaging in collaborative endeavors in the fields of condensed matter physics and material sciences. I have experience in X-ray diffraction, magnetic measurements using VSM in PPMS and SQUID, heat capacity measurements (PPMS), and heat flow in DSC. I have extensive experience in sample fabrication using an arc furnace and some experience with magnetic induction melting and sputtering deposition. Please feel free to reach out and initiate a collaboration with me. Contact me via email, and I will respond promptly: