About me

I am Pranjal Panwar, a final-year BS-MS student at the Indian Institute of Science Education and Research (IISER-Pune), India. My journey in science is driven by a deep curiosity to explore and understand the mesmerizing realm of the mesoscopic world.

Currently, I am part of the STM and Atom Manipulation Lab at IISER Pune led by Dr. Aparna Deshpande, where science and wonder converge. The moment I first saw atoms meticulously arranged before me, it felt like nature unveiled its deepest secrets—a breathtaking experience where the invisible became tangible, a testament to human curiosity and ingenuity. Through my research, I aim to unravel the hidden wonders of the universe, pushing the boundaries of what we can see, feel, and comprehend.

What i'm doing

  • Interest

    Research Interest

    I am fascinated by the behavior of electrons in many-body systems.

  • SPM

    SPM

    I am harnessing the power of Scanning Probe Microscopy (SPM) to unravel the mysteries of quantum materials.

  • Web development icon

    Web development

    I love to do frontend devlopment by react.

  • camera icon

    Photography

    I make high-quality photos of any category at a professional level.

What's New ?

  • Poster

    Best Poster Award

    Recent Presentation and Award at the Asia Pacific Conference of Condensed Matter Physics 2024
    I am pleased to share that I recently had the opportunity to present my submitted work at the Asia Pacific Conference of Condensed Matter Physics 2024, held at IIT Patna. During this event, I was honored to receive the Best Poster Award for my research on Oxidation Kinetics of ZrTe2: A Pathway to Low-Cost Oxygen Sensors. This recognition serves as a testament to the significance of the work and its potential contributions to the field of condensed matter physics. I am grateful for the platform provided by the conference and the encouragement from my peers and mentors.

  • Paper

    First Author Paper

    Exciting News: Submission of Our First-Author Paper
    We are pleased to announce the submission of our first-author paper titled "Oxidation Dynamics and Structural Evolution of ZrTe2: Pathway to Enhanced Oxygen Sensor Applications" to ACS. This research represents a significant step in understanding the role of ZrTe2 in oxygen sensor technology and its potential for future applications. We are excited to contribute to the growing body of knowledge in this important area of material science and sensor technology.

Poster
quote icon

Best Poster Award

Recent Presentation and Award at the Asia Pacific Conference of Condensed Matter Physics 2024
I am pleased to share that I recently had the opportunity to present my submitted work at the Asia Pacific Conference of Condensed Matter Physics 2024, held at IIT Patna. During this event, I was honored to receive the Best Poster Award for my research on Oxidation Kinetics of ZrTe2: A Pathway to Low-Cost Oxygen Sensors. This recognition serves as a testament to the significance of the work and its potential contributions to the field of condensed matter physics. I am grateful for the platform provided by the conference and the encouragement from my peers and mentors.

Awards & Honored

Resume

Education

  1. Indian Institute of Science Education and Research, Pune (IISER Pune)

    2020 — 2025

    Integrated BS-MS in Natural Sciences.

Experience

  1. Fourier Analysis: An Introduction Book by Elias M. Stein Reading

    Aug 2021 — Feb 2022

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  2. Experimental Unevaluated Nuclear Data List file Making (XUNDL)

    May 2022 — Oct 2023

    Proficiently evaluate research papers and conduct nuclear experiments, employing advanced data analysis techniques and con‑ temporary theories to unravel complex datasets. Demonstrated expertise in creating precise Evaluated Nuclear Structure Data Files (ENSDF) from Experimental Unevaluated Nuclear Data Lists (XUNDL). Skilled in preparing and presenting ENSDF files for review and dissemination, with regular reporting to mentor and the International Atomic Energy Agency (IAEA).

  3. Understanding the Correlated Electronic Properties of NbSe2 (Niobium Diselenide): Tuning via Intercalation of Bulk NbSe2

    Jan 2023 — April 2023

    Through the intercalation process, electronic properties were successfully achieved in the NbSe2 material, resulting in a critical temperature comparable to that of non‑intercalated bulk crystals. Additionally, the intercalated NbSe2 exhibited enhanced stability in comparison to monolayer flakes.

  4. Build a PRISM‑TIRF Microscopy, High‑Resolution UV Spectroscopy, and Investigating Excitonic Coupling through Nanoparticle Interactions (MITACS)

    May 2023 — Aug 2023

    Designed and constructed PRISM‑TIRF (Total Internal Reflection Fluorescence) microscopy system, including a UV spectrograph incorporating a UV laser, was developed to investigate energy propagation resulting from excitonic coupling.

  5. Modulating Electronic Properties via Intercalation in Transition Metal Dichalcogenides

    Aug 2023 — Dec 2023

    Investigation of Transition Metal Dichalcogenide Intercalation and Associated Electronic Property Modulations via STM, Raman Spectroscopy and AFM.

  6. Designed and Developed a Low‑Temperature Transport Setup

    Jan 2024 — April 2024

    I developed a custom‑built setup for optoelectronic transport measurements at temperatures as low as 5 Kelvin.

  7. Understanding the local electronic properties of ZrTe2

    May 2024 — March 2025(Expected)

    Investigation of Electronic and Topological Properties of ZrSexTe2‑x (0 ≤ x ≤ 1).Also, We are trying to tune the bandgap by substitution from semimetal to 0.3 eV

My skills

  • Web design
    80%
  • Graphic design
    90%
  • Branding
    90%
  • WordPress
    50%

Research

Contact

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