Bangladeshi PhD Scholar Shares Journey into Quantum Information Technology: Insights on Securing Prestigious Scholarships and Advancing Research Frontier
Interviewer (I): Hello, Md Samiul Islam. It’s a pleasure to have you with us today. Could you start by giving us a brief introduction about yourself and your research interests?
Md Samiul Islam (MSI): Hello, thank you for having me. I’m Md Samiul Islam, currently pursuing my PhD at the Institute of Physics and Chemistry of Materials of Strasbourg (IPCMS), CNRS – University of Strasbourg, France. My research is primarily focused on ultrafast optical spectroscopy and microscopy, light-matter interaction. I am particularly interested in how these interactions can be harnessed for advancements in Quantum Information Technology
I: That’s quite a niche field. Could you tell us a bit more about what drew you to this area of study?
MSI: I’ve always been fascinated by the fundamental questions of how the universe works. Quantum physics, in particular, seemed to hold the answers to many of these questions. At the same time I wanted to direct this curiosity towards something tangible and useful for society .During my undergraduate and early graduate studies, I was drawn to the field of light-matter interaction and its potential applications in Quantum information technology. The more I learned, I became more intrigued and I knew that this was the path I wanted to pursue.
I: That’s fascinating. Could you share with us your journey to this PhD program? How did you manage to secure a scholarship in such a specialized field?
MSI: Certainly. After completing my BSc and the first two semesters of my MSc in Bangladesh, I had the opportunity to continue my MSc in Physics at the University of Strasbourg. During my Msc in Strasbourg, I started research work on a project focused on light matter interaction. At that time, the lab received funding from the QUSTEC program (Quantum science and Technologies at the European campus). This program was set up by the European Grouping of Territorial Cooperation (EGTC) Eucor – The European Campus and it received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant. The aim of the program is to address some of the grand challenges in Quantum Science today. After I applied for this fellowship, there was a rigorous selection process, with a strong emphasis on academic achievements, research potential, and alignment with the program’s objectives. I was fortunate enough to be selected for this prestigious fellowship.
I: That’s quite an achievement. Can you tell us more about the selection process and how you prepared for it?
MSI: The selection process for the QUSTEC program was indeed challenging. It involved a thorough evaluation of my academic records, research work, and a personal interview. I spent a good amount of time preparing for my interview, where I had to describe my previous research work and my motivation, which was aligned with the objectives of the QUSTEC program. I also sought advice from my Msc thesis supervisor and peers who had experience with similar applications. Their insights were invaluable in helping me understand what the selection committee was looking for.
I: What do you think are the possibilities for other Bangladeshi students to receive this kind of scholarship?
MSI: I believe the possibilities are quite high for motivated students with a strong academic background. Programs like QUSTEC and the Marie Skłodowska-Curie fellowship are open to students worldwide, and they focus a lot on the potential and motivation for research. Bangladeshi students who have a keen interest in research should definitely consider applying.
I: Could you elaborate more on the benefits of these scholarships for Bangladeshi students?
MSI: Absolutely. These scholarships not only provide generous financial support but also offer a unique opportunity to work in a multicultural environment and gain exposure to cutting-edge research. They help students build a strong foundation in their chosen field, opening up opportunities for future research positions or roles in academia or industry. Moreover, they enhance their global network, which can be beneficial for the advancement of their career.
I: That sounds very promising. Could you tell us a bit about your PhD project?
MSI: My PhD project is titled “Coherent ultrafast spectroscopy and control of individual Qbits in van der Waals materials”. I am trying to study and control the fundamental quantum properties of nanoscale systems at an ultrafast timescale. This can help develop Quantum computers and communication systems, which can be exponentially faster than any digital supercomputer. Development in Quantum information technology can have incredible consequences for everyone, in a similar way how digital technology shaped the last few decades. This project allows me to delve deep into the world of quantum physics, understand the fundamental processes that govern the behavior of quantum systems and also use it to contribute in shaping the future of technology as a whole.
I: What are some of the skills you’ve developed during your research?
MSI: I’ve developed a wide range of skills during my research. These include optical microscopy experimental setup development, solid state sample fabrication techniques, and advanced data analysis using Python. I’ve also gained experience in performing optical microscopy experiments under vacuum and at cryogenic temperatures. I am using these skills to make advancement in quantum information technology. These technical skills, coupled with soft skills such as communication and public speaking, have been instrumental in my research journey.
I: Finally, what advice would you give to Bangladeshi students who aspire to follow a similar path?
MSI: I would advise them to be curious and passionate about their chosen field. It’s important to have a strong academic foundation, but it’s equally important to be proactive, seek opportunities, and be ready to step out of your comfort zone. And of course, never hesitate to apply for scholarships and programs like QUSTEC and the Marie Skłodowska-Curie fellowship. They provide invaluable opportunities for growth and learning.
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