What Life on Mars Might Really Look Like
Manusia mungkin akan mengkoloni Mars dalam 100–200 tahun ke depan, meski tidak dalam cara tradisional. Kehidupan di Mars akan sangat berbeda, dengan habitat terendam untuk melindungi dari radiasi, diet nabati, dan ekonomi berbasis kolaborasi. Tantangan besar termasuk kesehatan fisik dan mental, serta kebutuhan akan sistem dukungan hidup yang tertutup.https://legawa.com/2026/06/14/what-life-on-mars-might-really-look-like/
A 90-day #Mars 🔴 transit is technically feasible using chemical propulsion capabilities - specifically, the SpaceX #Starship. This markedly shorter transit time has the potential to reduce #radiation ☢️ exposure, minimize microgravity-related #health risks, and lower the logistical burdens of prolonged spaceflight. #ISRU remains an outstanding concern that #SpaceX / #NASA must address before human 🧑🚀 missions can take place https://www.nature.com/articles/s41598-025-00565-7
Historically, spacecraft have followed trajectories that took between six and nine months to reach Mars, using traditional chemical propulsion on roughly Hohmann transfers. It is commonly believed that advances in propulsion technology, such as nuclear thermal or VASIMR, are necessary to reduce that transit time. In this paper, we show the feasibility of transit to Mars using the SpaceX Starship taking 90 days. We outline two trajectories that reduce each transit to between 90 and 104 days each way. These trajectories are within NASA career radiation limits, while 180-day trajectories are not.
RE: https://spacey.space/@spaceflight/114421615389313271
#Retropropulsion in #Mars 🔴 -like conditions tested since 2016
RE: https://social.heise.de/@heiseonlineenglish/116487955439842373
#Musk is to receive 200 million #SpaceX shares with special voting rights if the company reaches a market value of 7.5 trillion US dollars and has established a permanent colony with at least one million inhabitants on #Mars 🔴. Another 60.4 million restricted shares are to be given to him once SpaceX operates data centers in space 🌌 with a combined computing power of at least 100 terawatts
Re: #ArtemisII & #Carroll - Once we've reassembled our humans back on #Earth, let's resume our meeting discussing who gets to "#discover" and "name" places that are "#uncharted #territory".
What we do, in #broadcasts heard for decades, gets repeated by folks inspired to go "beyond" in their version of #humanity's #future.
Just as our #perspective on life & home changes w/ #Earthrise image, we need to maintain #awe & #humility for days ahead.
🚀 Mars Colonization: Fantasy or Future? 🌍
Humans on Mars may not be as far off as we think. Explore the science behind building sustainable habitats on the Red Planet. How will we get the materials there? 🌱
🔗 https://authormulhall.com/mars-colonization-can-we-build-sustainable-homes-on-mars/
#SpaceExploration #MarsColonization #SustainableLiving #SpaceTech #Innovation #Physics #SciFi #SpaceTravel #Mars #FutureTech
Beyond Gravity: Space Medicine and the Biomedical Leap Towards Martian Colonization
🧑🚀 Ever wondered how humans will survive on Mars? Space medicine isn't just about astronauts; it's a revolution in health. From growing organs in space to new ways to fight bone loss, discover how the quest to colonize other planets is pushing the boundaries of biomedical innovation for everyone. #SpaceMedicine #Bioengineering #MarsColonization #FutureHealth #TheBorealTimes
#Martian 🔴 afternoons can be quite mild. Rovers have recorded temperatures that hover between 15 and 20 degrees Celsius🌡️in equatorial regions. Landing in a low-altitude basin may offer slightly better chances for warmth https://thenaturenetwork.co.uk/how-warm-does-it-get-on-mars/
#Mars can have Earth-like temperatures in some areas and at certain times https://en.wikipedia.org/wiki/Colonization_of_Mars#Temperature_and_seasons
Bhyllabus l'énigme
Spaceflight 🚀
N-gated Hacker News
Wild Sown
Scientific World
John A. Mulhall
Duna Press