Master’s Thesis: Enhancing Observed Particle Density in GRAPES-3 Experiment

Guide: Dr. Hari Haran Balakrishnan, TIFR, Ooty
Focused on enhancing particle density measurements in the GRAPES-3 experiment by correcting non-linear responses of Photo-Multiplier Tubes (PMTs) using the CERN ROOT framework.
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AI-ML Enhanced Simulation of SZ Effect and Radio Relics in Galaxy Clusters

Master’s Thesis: Enhancing Observed Particle Density in GRAPES-3 Experiment

ASTROPHYSICS

AI-ML Enhanced Simulation of SZ Effect and Radio Relics in Galaxy Clusters

Convective and Dynamic Instabilities in Binary Star Systems

Investigated the Sunyaev-Zel’dovich Effect and radio relics in galaxy clusters using AI and ML techniques, including neural networks and the Random Forest algorithm, to estimate cluster mass automatically.
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Studied the complex interplay between mass transfer and stability in binary star systems, using computational modeling to analyze the dynamics and stability influenced by Roche lobe overflow.
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PHYSICS

Visualizing the Hydrogen
Atom Wavefunction

Implemented numerical methods to calculate and visualize the radial wavefunction and probability densities for different energy eigenstates of the Hydrogen atom, exploring the effects of hyperfine splitting.
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Bachelor’s Thesis: Crystal Growth in the Field of Material Science

Conducted synthesis, growth, and optical characterization of L-Arginine doped with KDP and ADP crystals aimed at applications in non-linear optics (NLO). Also included FTIR studies to analyze hybrid NLO properties.
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Chaos in a Swinging Atwood’s Machine

Investigated the non-linear dynamics of the Swinging Atwood’s Machine, demonstrating various special trajectories and chaotic behavior through experimental and computational methods.
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Phonons and Phase Transitions

Explored the effects of atom vibrations on phase transitions in solids using the Ising Model and constructed electrical analogues in the laboratory to analyze the behavior of monoatomic and diatomic lattices.
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SPACE MEDICINE/BIOASTRONAUTICS

Menstruation in Space

Examines the physiological effects and management of menstruation in microgravity conditions, aiming to improve female astronaut health and well-being during space missions.

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Understanding the Origin and Evolution of Life on Mars via Extremophiles

Conducted research on extremophiles to simulate Martian conditions and understand the potential for life on Mars, focusing on the resilience and adaptability of these organisms.

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Cerebral organoids as a tool to study neurodegenerative diseases in microgravity

This study investigated the effects of microgravity on the survival, migration, and metabolism of brain cells using cerebral organoids. It explored the role of protein misfolding and aggregation in neurodegenerative diseases.

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Master’s Thesis: Enhancing Observed Particle Density in GRAPES-3 Experiment

AI-ML Enhanced Simulation of SZ Effect and Radio Relics in Galaxy Clusters

Master’s Thesis: Enhancing Observed Particle Density in GRAPES-3 Experiment

ASTROPHYSICS

AI-ML Enhanced Simulation of SZ Effect and Radio Relics in Galaxy Clusters

Convective and Dynamic Instabilities in Binary Star Systems

PHYSICS

Visualizing the Hydrogen Atom Wavefunction

Implemented numerical methods to calculate and visualize the radial wavefunction and probability densities for different energy eigenstates of the Hydrogen atom, exploring the effects of hyperfine splitting. View Project

Bachelor’s Thesis: Crystal Growth in the Field of Material Science

Conducted synthesis, growth, and optical characterization of L-Arginine doped with KDP and ADP crystals aimed at applications in non-linear optics (NLO). Also included FTIR studies to analyze hybrid NLO properties. View Project

Chaos in a Swinging Atwood’s Machine

Investigated the non-linear dynamics of the Swinging Atwood’s Machine, demonstrating various special trajectories and chaotic behavior through experimental and computational methods. View Project

Phonons and Phase Transitions

Explored the effects of atom vibrations on phase transitions in solids using the Ising Model and constructed electrical analogues in the laboratory to analyze the behavior of monoatomic and diatomic lattices. View Project

SPACE MEDICINE/BIOASTRONAUTICS

© 2024 Krishna Bulchandani

Visualizing the Hydrogen
Atom Wavefunction

Implemented numerical methods to calculate and visualize the radial wavefunction and probability densities for different energy eigenstates of the Hydrogen atom, exploring the effects of hyperfine splitting.
View Project

Conducted synthesis, growth, and optical characterization of L-Arginine doped with KDP and ADP crystals aimed at applications in non-linear optics (NLO). Also included FTIR studies to analyze hybrid NLO properties.
View Project

Investigated the non-linear dynamics of the Swinging Atwood’s Machine, demonstrating various special trajectories and chaotic behavior through experimental and computational methods.
View Project

Explored the effects of atom vibrations on phase transitions in solids using the Ising Model and constructed electrical analogues in the laboratory to analyze the behavior of monoatomic and diatomic lattices.
View Project