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Joshhabka-iias-moon-laboratory(1)

Josh Habka at the International Institute of Astronautical Sciences Gravity Offset Lab in Melbourne, Florida.

Josh Habka (born 2004) is an American scientist specializing in astrophysics and the application of blockchain technology in astronomical research. He is the founder and CEO of Astrochain and the International Biohacking Community. Habka's work focuses on enhancing data integrity in astronomy through decentralized systems and exploring human enhancement technologies.

Education[]

Habka is pursuing a Bachelor of Science in Astronomy and Astrophysics at the Florida Institute of Technology (FIT), with a minor in Entrepreneurship. He is also engaged in graduate coursework in Commercial Enterprise in Space, concentrating on international space law and human spaceflight physiology.[1]

Research and Career[]

Astrochain[]

In 2022, Habka founded Astrochain, a space research company developing blockchain solutions for astronomical data sharing.[2] Astrochain aims to create a decentralized platform that ensures data integrity and security for astronomical observations, facilitating collaboration among researchers.

Blockchain Applications in Astronomy[]

Habka's research involves leveraging blockchain technology to address challenges in data ownership, authenticity, and accessibility in astronomy. His work seeks to enhance the reliability of astronomical data by implementing decentralized ledger systems that allow secure and transparent sharing of observations.

Biohacking and Human Enhancement[]

As the founder of the International Biohacking Community,[3] Habka explores ethical practices in biohacking and human enhancement technologies. His interests include:

  • Neurotechnology: Developing brain-computer interfaces for improved human-machine interaction.
  • Wearable Electronics: Investigating epidermal electronic systems for health monitoring and data collection.
  • Genetic Engineering: Studying applications of CRISPR technology for potential therapeutic uses.
Josh Habka - ILMAH Plant Module

Josh Habka in the "plant module" in the University of North Dakota's Inflatable Lunar-Mars Analog Habitat

Analog Astronaut Missions[]

Habka participates in analog astronaut missions to simulate space exploration conditions on Earth, contributing to research on habitability and human factors in long-duration missions.[4] His involvement includes:

  • Inflatable Lunar-Mars Analog Habitat (ILMAH): Conducted studies on plant growth in controlled environments and tested brain-computer interface technologies.
  • Life on Mars Simulation: Engaged in habitat and spacesuit design for Martian conditions, addressing challenges like dust mitigation and habitat integrity.[5]

Publications[]

Papers[]

  • "The Theoretical Dyson Sphere: An Overview": Examines the concept of Dyson Spheres in the context of energy harvesting and astrophysical implications.[6]
  • "The Astrochain Lightpaper": Outlines the technical framework and objectives of integrating blockchain with astronomical data.
  • "Life on Mars White Paper: Pivotal Moments Shaping Iterative Outcomes Mission 001 – Audacity": Details findings from the Life on Mars simulation regarding habitat design and resource management.

Conference Presentations[]

  • "Applications of Blockchain for Secure Astronomical Data Sharing": Presented methods for utilizing blockchain to enhance data integrity in astronomy.
  • "Decentralized Autonomous Organizations in Space Exploration": Discussed the potential of decentralized governance models for future space missions.

Research Interests[]

  • Astrophysics: High-energy phenomena, theoretical models, observational techniques.
  • Blockchain Technology: Decentralized systems for data security and collaboration in scientific research.
  • Biohacking: Ethical human enhancement, neurotechnology, wearable health monitoring devices.
  • Analog Space Missions: Human factors, habitat design, and life support systems in simulated extraterrestrial environments.

References[]