HK
Hirakjyoti Kalita
BGRL, India Institute of Geomagnetism, Indian Institute of Technology Roorkee, Dibrugarh University, Colorado School of Mines
Employment
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BGRL Project Scientist-I2025 - Present
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India Institute of Geomagnetism Project Associate-I2025 - 2025
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Colorado School of Mines Visiting Research Scholar2024 - 2024
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Indian Institute of Technology Roorkee Project Associate2019 - 2021
Education
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Indian Institute of Technology Roorkee Doctorate2020 - 2026
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Dibrugarh University M-Tech / Exploration Geophysics2015 - 2017
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Dibrugarh University B-Tech / Petroleum Engineering2011 - 2015
Projects & Funding
Projects & funding information is unavailable.
Publications (12)
- Acoustic insights into facies-dependent pattern and characterization for aiding exploration, enhanced recovery and sequestration efforts in bassein carbonate formations, West Coast India Save
- A microCT-Based Framework for Quantifying Heterogeneity and Anisotropy in Deccan Basalts and Their Evolution Following CO2 Exposure Save
- A Multi‐Model, Physics‐Guided Machine Learning Approach for Lithofacies and Petrophysical Prediction in Complex Carbonate Reservoirs of the West Coast of India Save
- Characterizing Mineral and Textural Heterogeneity in Carbonates: Insights from Complex Conductivity and Acoustic Response Save
- Cluster-Specific Random Forest Models for Predicting Compressive and Shear Slowness from Conventional Logs in the Bassein Formation of Western Offshore India Save
- Sensitivity of pore characterization aided effective medium modeling for seismic property prediction in complex carbonates of western offshore India Save
- Sensitivity of Effective Medium Models for Estimating Elastic Properties Using Inverted Versus Deterministic Pore Aspect Ratio in Columbia River Basalts Save
- Shapley-Value Weighted Rock Physics Application for Quantifying the Fraction of Morphologies in Gas Hydrate-Bearing Formations Save
- CCUS in India: A Techno-Economic and Policy Roadmap to Net-Zero Amid Climate and Environmental Challenges Save
- Constraining spectral induced polarization-derived pore size distributions in carbonates using MIP and SEM Save