Any volunteers? 🚀🪐 New study estimates “It would take just 22 people with ‘agreeable’ personality qualities to establish the first human colony on Mars”. https://bit.ly/44Gfxt1
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Scientists are uncovering insights into why advanced alien civilizations have not made contact with us despite the vast number of planets in the universe. Discover more about this intriguing topic: [Link to the article] #AlienLife #SpaceExploration
Aliens haven't contacted us. Scientists found a compelling reason why.
mashable.com
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https://buff.ly/3VK9H8S Mars polar ice caps were one of the first Earth-like characteristics identified on Mars. Since the development of film in the 19th Century, researchers expected to see Earth-like activity, such as polar ice flow. Mars, however, doesn't follow expectations. In 1971, Mariner 9 data saw the south polar ice on Mars for the first time—setting off a 50-year debate about whether the ice is flowing or not. Every time an interpretation of flow arose, it was quickly ruled out by new observations. For 50 years, researchers have struggled to explain this immobile ice. Now, a new paper led by Planetary Science Institute Senior Scientist Isaac Smith has an answer: the ice, which is made of varying layers of material, may be held in place by those layers.
Fifty-year mystery of Mars' slow polar ice flow solved
phys.org
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John Heinz's article offers an important perspective on who's behind the UFO phenomenon. It goes beyond the simple choice between off-world extraterrestrials or secret government projects (aka SSPs) and proposes a third possibility - the UFOs come from inside the Earth. While Heinz describes them as Ultraterrestrials, they have been previously described as Cryptids, Inner Earthers, Intra-Terrestrials, etc. Heinz writes: "The "Ultra-Terrestrial" hypothesis proposes that one or more non-human civilizations arose on Earth before humanity's emergence, developing advanced technology before cataclysms drove them to take refuge underground and undersea. Their descendants may now pilot UAP to monitor surface conditions. civilizations." Ultra Terrestrial Theory: Shadow Intelligence in Earth’s Hidden Eczosystems — Ultra Unlimited https://lnkd.in/e_bUXhrJ
Ultra Terrestrial Theory: Shadow Intelligence in Earth’s Hidden Ecosystems — Ultra Unlimited
ultra-unlimited.com
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The Mars Theory Could life as we know it have begun on Mars instead of Earth? A handful of scientists believe so, and even more think we should at least consider the possibility. #Mars #LifeonMars #AncientAliens #ReGiuSonYoutube #TheMarsTheory #LifeStartedonMars #SolarSystem #Stars https://lnkd.in/dzh5yBN5
The Mars Theory
https://www.youtube.com/
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Societal Innovation Leader & Leadership Advisor • Learning Expert • Tech Learning Specialist • Organizational Transition Journey Designer • Regenerative Leadership Cultures • Previously Red Cross & EY
The Interconnected Universe of You ✨ Networks, Communities, Ecosystems …I wonder what’s next? The Galaxies Series I see a progression in certain spaces of societal discourse from Networks to Communities to Ecosystems as reflecting the evolution of understanding of interconnected systems with increasing complexity and interdependence. So what words might we reach for next to help us make sense of complexity and interdependence? Beyond Ecosystems, the next level of organization could be Global Systems, Meta-Ecosystems, Planetary and Cosmic Systems. Let's look into these concepts: 🌦 Global Systems: As interactions between ecosystems become more intricate and widespread, they might form larger and more comprehensive systems on a global scale. These global systems could involve various ecosystems, communities, and networks interacting across continents and oceans. Examples of global systems could be the global climate system, the worldwide economic system, or the intricate web of international relations. 🌋 Meta-Ecosystems: Beyond individual ecosystems, meta-ecosystems would represent the connections and interactions between multiple ecosystems in a specific region. These meta-ecosystems would encompass various ecosystems and communities, creating a more extensive and intricate network of relationships. An example of a meta-ecosystem could be a large watershed area that incorporates multiple interconnected ecosystems, such as forests, rivers, wetlands, and coastal areas. 🌍 Gaia Hypothesis or Planetary System: The Gaia hypothesis, proposed by scientists James Lovelock and Lynn Margulis, suggests that the Earth can be viewed as a self-regulating, living organism that maintains the conditions necessary for life. In this context, the next level of organization could be the entire planet Earth functioning as a complex and interconnected system, where all living organisms, ecosystems, communities, and networks interact to maintain a dynamic balance. ✨ Interstellar or Cosmic Systems: Speculatively, if we look beyond Earth, the next level of organization might involve the exploration of interconnected systems at an interstellar or cosmic level. This could involve the study of relationships and interactions between celestial bodies, star systems, galaxies, and life beyond our planet. What are these concepts useful for thinking about? What are you thinking about? #thegalaxiesseries #creativethinking #systemsthinking #ecosystemichealth #community #networktheory #societalinnovation #organizationalinnovation #innovation #worldbuilding
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Customer Engineer @ Google, Capture Manager @ AWS, Enterprise Service Manager @ AWS Professional Services, Cloud, Datacenter, Product Management, AWS, Google Cloud, Public Sector, Earth Sciences
Understanding the vastness of time is a mind-bending concept that can be difficult to grasp. Our lifetime is a mere blip in the grand scheme of things, especially when compared to the evolution of species, continental drift, and other slow phenomena that shape our world. It's important to recognize that comprehending the enormity of time is just the first step in understanding our place in the universe. Check out this article on the notion of deep time to learn more: https://lnkd.in/e4titVhg
The Notion of Deep Time
msn.com
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EarthLight Deep Dives: Evolutionary Biology and How Space will Influence our Evolution By Scott Solomon In a series of Q&As, we'll dig deeper into the topics presented at the bio-med panel at New Worlds '23. Part 8 of 9: EL: Learning from Martian Environments: In line with EarthLight's goal of exploring and experiencing the universe, what unique insights do you anticipate gaining from Martian environments that could lead to advancements in Earth's ecological and environmental sciences? SS: History shows us that every place that humans have gone, we have learned from our environment. Mars will be the ultimate classroom. By exploring Mars we will learn about the history of the planet, including what caused it to change from a milder, more Earth-like planet to a desolate place that is hostile toward life. We will also learn whether there were ever any livin g things on Mars and if so, whether any have survived. All of this knowledge will help us to gain a new perspective on our home planet, Earth. If we can work together to make Mars habitable, we should be able to do what it takes to prevent Earth from becoming a hostile environment for people. Ultimately, living on Mars will also teach us about ourselves by testing our will, our ability to work together, and ultimately revealing what it means to be human. #SpaceCulture #findyourtribe #mars #space #newspace #evolution #qanda
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United States Army Sergeant Major (RET) / USMC - 03 GRUNT - Infantry. Disruptor, Futurist, Innovator - Tactical, Operational and Strategic Servant Thought Leader
Boffins reckon Mars colony could survive with fewer than two dozen people - - a 2020 research paper published in Nature, Jean-Marc Salotti, professor of computer science at Ecole Nationale Superieure de Cognitique, Institut Polytechnique de Bordeaux in France, concluded that 110 humans would be required for a self-sustaining colony on Mars. - There have been other estimates. A 2003 study put the low-end colony size at 100. A separate 2001 paper suggested a self-sustaining colony of 500 – not cited as a minimum – could work on the North Polar Cap of Mars. But the 110 figure is more recent. - That may be more people than necessary. A group of researchers from George Mason University in Fairfax, Virginia, has concluded that a Mars colony could get by with just 22 colonists. - The data scientists – Edgar Arguello, Sam Carter, Cristina Grieg, Michael Hammer, Chris Prather, Clark Petri, and Anamaria Berea – describe their findings in a preprint paper titled "An Exploration of Mars Colonization with Agent-Based Modeling." https://lnkd.in/e-NpiqfJ
Boffins reckon Mars colony could survive with fewer than two dozen people
msn.com
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