Mr. Biplab Pakhuria | Condensed Matter Physics | Best Researcher Award
Indian Association for the Cultivation of Science, India
š EducationĀ
š¼ ExperienceĀ
He has hands-on experience in solid-state reactions, sol-gel, solvothermal synthesis, thin film preparation, and single-crystal growth using Optical Floating Zone Furnace Ā he has worked with PPMS, SQUID, TGA/DSC, UV-Vis, PL, TEM, and neutron/X-ray beamlines for comprehensive material analysis he served as Teaching Assistant in Materials Laboratory courses at IACS during 2021ā2023 Ā he contributed as Project Assistant in research on quantum spin liquids and Griffiths phases from 2022ā2025 Biplab also has experience in polymer synthesis, optical and magnetic property measurement, and advanced spectroscopic analysis .
š Awards and HonorsĀ
He qualified CSIR-UGC NET and JEST (AIR-119) and received IACS Integrated PhD Fellowship (2018ā2025) he received the DST-INSPIRE Scholarship for being in the top 1% in 10+2 won Best Poster Awards at Materials Science Day in 2023 and 2025 at IACS participated and presented in NPCM-2024 at BARC and NCES-2024 at SRM UniversityĀ visited KEK Photon Factory, Japan for synchrotron experiments in 2022 actively engaged in training, symposiums, and international scientific outreach programmes.
š¬ Research FocusĀ
His PhD research revolves around the electronic and magnetic structure of exotic oxides with Griffiths singularity and Non-Fermi Liquid behavior Ā he investigates structural, optical, magnetic, and electrical properties using XRD, SEM, TEM, SQUID, and synchrotron techniques Ā he explores quantum spin liquids, color-tunable luminescent materials, and rare-earth indates for future optoelectronic and magnetic applicationsĀ his work bridges experimental solid-state chemistry with computational modeling, including EXAFS, XANES, μSR, and TDDFT analysis š§®; he is particularly interested in tuning materials at the atomic level for high-performance applications in nanotechnology, energy, and quantum materials.
šPublicationsĀ
Title: Evolution of Griffiths-like Anomaly in Isostructural Swedenborgite Compounds HoāāāErāBaCoāOāāĪ“
Year: Submitted (2025 or TBD)
Authors: B. Pakhuria, R. A. Saha, C. Meneghini, F. Bert, S. Kundu, and S. Ray
Title: Structure-Driven Optical Contrast in Rare-Earth Indates: Colour Change in HoInOā Absent in DyInOā
Year: In preparation (2025 or TBD)
Authors: B. Pakhuria, R. Ghosh, S. Ray, and P. K. Santra