This comprehensive article delves into the intriguing moons of Mars, Phobos and Deimos. This article explores their origins, physical characteristics, orbital dynamics, and potential implications for Martian exploration. By synthesizing data from planetary missions and theoretical models, this study aims to provide a thorough understanding of these enigmatic satellites. Introduction Mars: The Red Planet Mars, aptly named the "Red Planet" for its distinctive rusty hue, has long been a focal point of scientific inquiry and human fascination. Situated as the fourth planet from the Sun, Mars occu ..read more

This is a paid sponsored post brought to you by SaiDAO. Learn More Introduction SaiDAO, short for Scientific Aptitude Initiative, is a groundbreaking decentralized autonomous organization (DAO) that is revolutionizing the landscape of high school life science research. Founded by a dedicated high school student, this innovative platform addresses the challenges faced by young researchers as they transition from classroom learning to hands-on research. SaiDAO's mission is to create a vibrant and transparent ecosystem that empowers ambitious high school students while connecting them with welco ..read more

LoM White Paper - Final LoM White Paper - Final.pdf 2 MB download-circle ..read more

Medium: https://joshhabka.medium.com/understanding-radio-telescopes-and-the-advantages-of-radio-astronomy-4af3109ec94a I. Introduction Astronomy, the study of celestial objects and phenomena beyond Earth's atmosphere, has long captivated humanity's imagination. Since ancient times, humans have gazed at the night sky, seeking to understand the mysteries of the cosmos. The invention of telescopes revolutionized our ability to explore and comprehend the universe, allowing us to observe distant stars, planets, galaxies, and other cosmic wonders in unprecedented detail. Telescopes serve as our win ..read more

Medium: https://joshhabka.medium.com/asteroid-cities-an-overview-feasibility-logistics-and-current-research-41bcb0ab35e4 The concept of asteroid cities emerges from the crossroads of astronomical research, space engineering, and futuristic urban planning. As humanity's footprint extends beyond Earth, the idea of establishing permanent settlements on asteroids presents an innovative solution to space colonization challenges. This paper provides a comprehensive overview of asteroid cities, examining their feasibility, logistical requirements, advantages, disadvantages, and the current state of ..read more

Welcome to episode nine of StarFM, where we embark on a cosmic journey to understand the intricate dance between lightning and the search for life beyond our solar system. With over 5,500 exoplanets discovered so far, astronomers are not just hunting for new worlds; they're searching for signs of life. Among these, several planets lie within the habitable zones of their stars, offering the most promising conditions for life as we know it. But how does lightning affect this quest? Lightning, a common phenomenon on Earth, is not just a spectacular light show; it plays a significant role in our ..read more

Medium: https://joshhabka.medium.com/pioneering-dust-management-electrostatic-system-for-mars-missions-c747c805eb07 LinkedIn Pulse: https://www.linkedin.com/pulse/pioneering-dust-management-electrostatic-system-mars-missions-habka-hdxpc/?trackingId=L6JPwy5gThe55Q5TAz%2Fdow%3D%3D ? Introduction: The Martian Challenge Embarking on a journey to Mars represents one of humanity's most audacious goals for space exploration in the 21st century. This endeavor, however, comes with a unique set of challenges that must be addressed to ensure the safety and success of astronauts on the Martian surface. T ..read more

ORIGINALLY POSTED ON LINKEDIN WE SURVIVED MARS - It is January 26th, 2049 and 46 martians have landed on the red planet in six SpaceX #starship vehicles with the task of building and sustaining the first and largest habitat ever established on the Martian surface - 225 million kilometers away from Earth. The Life on Mars Experience was a three day in-person simulation conducted by the Space Foundation at the Nova Southeastern University Alan B. Levan | NSU Broward Center of Innovation in Fort Lauderdale, Florida. The objective of the simulation was to serve as an interactive, fast-paced, and ..read more

Exoplanet TOI-733b, discovered 245 light-years away, is a unique celestial body with a density of 3.98 g/cm³. Slightly less than double Earth's radius, it orbits a star smaller than the Sun every 4.9 days. Exoplanet Quick Facts Planet Type Super Earth Discovery Date 2023 Mass (Earths) 5.72 Radius (Earth) 1.992 Orbital Radius 0.0618 AU Orbital Period 4.9 Days Eccentricity 0.05 Detection Method Transit Exoplanet Detection In a groundbreaking revelation, the scientific community has identified a novel exoplanet, TOI-733b, situated approximately 245 light-years away from Eart ..read more

K2-18b: A Mini-Neptune in the habitable zone with water vapor and exciting recent findings, challenging our view of alien worlds. Josh Habka This audio post accompanies this blog post: K2-18b: Ingredients For Life K2-18b: A Mini-Neptune in the habitable zone with water vapor and exciting recent findings, challenging our view of alien worlds. Josh HabkaJosh Habka ..read more