Space has intrigued me (infinitely) since childhood. I developed my interest in astronomy with late-night stargazing hours and made it more intense after watching India’s Mars Orbital Mission lift off in 2013. My curiosity became a passion to not only learn about space, but to make valuable contributions to our
Explore the latest developments in my ongoing research on resource extraction on Mars! I’ve outlined three innovative methodologies, along with key challenges that any future expedition team must be prepared to tackle. Energy harvesting on Mars is crucial for ensuring the sustainability of resource extraction operations and human missions. To
Have you ever wondered, how can innovative research extraction methodologies be applied to better understand the characteristics and distribution of resources in Martian volcanic regions, enhance techniques for obtaining these resources, while developing a comprehensive plan of action for a human mission to extract them, and ensuring ecological safety along
“It’s just 7:00 in the morning,” I murmured as a sharp sound echoed through the crisp winter air. The biting cold engulfed me, but the day demanded my attention. I had to wake up and get dressed quickly, as I had been selected as a Data Scientist intern at the
I have enhanced my understanding of the topic through these papers. Here is a short review of the individual papers: Potential Martian mineral resources: Mechanisms and terrestrial analogues Organization- Planetary and Space Science Journal https://www.researchgate.net/publication/239594538_Potential_martian_mineral_resources_Mechanisms_and_terrestrial_analogues
I have enhanced my understanding of the topic through these papers. Here is a short review of the individual papers: Low-Cost Science Mission Concepts for Mars Exploration Organization- NASA, Caltech https://www.kiss.caltech.edu/papers/access2mars/papers/Low-Cost-Mars-Final-Report.pdf Description: The report “Low-Cost Science Mission Concepts for Mars Exploration” explores innovative strategies to sustain and accelerate Mars discoveries,
