THE MARS - Secrets and Facts - Documentary

Welcome to "THE MARS - Secrets and Facts," a captivating documentary that takes you on an extraordinary journey to the Red Planet. Uncover the mysteries and learn the latest discoveries about Mars, our enigmatic neighbor in the solar system.
In this comprehensive and visually stunning documentary, we delve deep into the secrets of Mars. From its ancient rivers and lakes to the possibility of past life and future human colonization, this film covers it all. With expert interviews, 3D animations, and real footage from Mars missions, "THE MARS" brings the Red Planet closer to Earth than ever before.
1:51 Plans for Mars Missions
4:05 Technological and Political Challenges
6:02 International Space Exploration Plans
7:24 Future of Human Space Exploration
12:07 Challenges and Controversies in Space Exploration
14:33 Specifics of Mars Mission Planning and Critiques
23:14 Journey and Mission Execution
31:12 Momentum and Resistance
35:10 Development of a Compromise Plan
42:11 The Start of the Movement for Mars Exploration
45:42 Research and Simulations for Mars Missions
54:15 Mars Mission Design
01:01:13 Mars Colonization and Terraforming
01:12:05 Mars Desert Research Station (MDRS)
01:22:55 Psychological and Social Challenges
01:26:51 Simulating Mars Living Conditions
01:34:51 Geological Explorations and Learning
01:42:50 Cultural Activities and Personal Expression
01:51:38 Reflecting on the Mission
#Documentary #SpaceExploration #RedPlanet #Mars #Astronomy #Science #Educational

[@jojosthlm]

Going to Mars is very different from going to the moon for humans. The travel time and launch window from Mars back to home makes a total time of about minimum 21 months. Zero gravity will make the crew very weak on arrival. Protection from radiation is also something not easy to solve. Both during travel and on Mars. They have to live underground like moles to avoid returning home as cancer victims, lack of 1 g gravity will break down the bodies of the crew. Very complicated and risky.

[@viswizard]

The tethering had been tried on an unmanned flight and did not go well on its journey to Venus. The tether broke, and there were difficulties in course correction requiring more fuel consumption.

[@RollTide24-7]

I'd go tomorrow!

[@robertmurdock8164]

Yes someone finally articulates the immense difficulty of even making a journey to a planet that’s very far away and is toxic to human life So many problems with even making a exploratory trip let alone the pipe dream of colonization

[@user-hb6kr5uw9d]

That's why elon is building robots ..they're the answer

[@shawnsmith9581]

People in 2024 be like 😮 🫤

[@thecommonsenseconservative5576]

We can't even set up a micro colony on the moon yet people think we going to mars😂😂😂

[@jonschlottig9584]

We could. It's about $. If only we hadn't wasted the 5+ trillion in Iraq l

[@thecommonsenseconservative5576]

@@jonschlottig9584 if only we hadn't wasted 3.2 trillion on covid

[@samuelbutt8149]

And also we can't even take care of our own planet never mind transform another planet that is dead and completely radioactive and frozen. Much too optimistic.

[@theapocalex]

@@samuelbutt8149thats a very feminine perspective on space travel: "oooohh we've got too mnay troubles here, we cant go over there" - well what if doing that changes everything, which it will. Dare to dream a little, embrace the Faustian spirit.

[@theapocalex]

@@jonschlottig9584Isnt it a shame you need money to do everything, what if everyone worked together in unison not for pay but to achieve something great, like the cathedral builders of the middles ages who laboured for free and created teh grandest pieces of architecture on the planet. But nah its all about money.

[@stevewalker2891]

Great documentary but this was released at least 10 years ago!

[@Frankthetank-zr5mc]

Parachutes are out, belly flops are in, but a great movie anyway. A lot of Mars related tech has evolved over the past 10 years. You forecast much of it correctly. Bravo!

[@Frankthetank-zr5mc]

That's OK by me It helps place the design process in context. $$, politics, technology and all. It rocket science and this video has aged nicely

[@livthorsen2671]

Ærø Øøøøøøøøøøøøø Øøøøøøøøøøøøøøøøøøøøøøøø​@@Frankthetank-zr5mc

[@theapocalex]

@@Frankthetank-zr5mcare you a bot or something?

[@hieuvu7984]

My man has brilliant, convincing answers on Mars and I among millions believe him.🎉

[@theapocalex]

No hes my man!

[@Frankthetank-zr5mc]

Parachutes are out, belly flops are in, but a great movie anyway. A lot of Mars related tech has evolved over the past 10 years. You forecast much of it correctly. Bravo!

[@MatheMatiks]

Thank you for the compliment! It's exciting to see how Mars exploration technologies have evolved over the past decade, especially those depicted in movies. The shift from traditional parachutes to more innovative landing techniques like 'belly flops' reflects the dynamic progress in space technology. It's thrilling to see fiction mirror reality so closely, and it's a testament to the power of imagination in shaping future innovations. The advancements in Mars tech continue to be a fascinating journey!

[@Frankthetank-zr5mc]

Well deserved. We tend to think that NASA and its Canadian and European and (Japanize) and other partners simply come up with these ideas and go with them. This clearly shows that after 30-40 years they still aren't sure what the best way out and back is. I agree that at some point one has to say "that's a wrap, we are doing it this way...", but we aren't there yet. I love the design principle of "...make it like I had to pay for it and me and my family are riding it..." that sounds safe and economical philosophy to me. @@MatheMatiks

[@gregorysagegreene]

... and a guy with an earring came up with a bouncy bunch of grapes ball. Yaaay, team.

[@Scooterdude01]

With fossils like bill Nelson at NASA the future looks bleek

[@alisturkericmacnanty159]

WhY a facinating documentary!!!

[@Chrisoula17]

I’m 62 and I really want to see us land on Mars in my lifetime.

[@MatheMatiks]

Your enthusiasm for seeing a human landing on Mars in your lifetime is quite inspiring. At 62, you are witnessing an era of rapid advancements in space exploration, and the possibility of a Mars landing in the coming years is increasingly plausible. It's an exciting time for space enthusiasts!

[@RollTide24-7]

Definitely possible within the next 10 years.

[@markko0313]

I'm 59 and hoping the same!

[@datopperharlee2628]

Have you seen how long it take for them to build and launch a telescope? I predict 100 years or more

[@MerryFox-hc9ep]

It’s never gonna happen in our lifetime wich is very upsetting it would be amazing to land humans on mars

[@gregorysagegreene]

Zubrin wants to send people somewhere they will desperately want to come back from. Send him! Look at everywhere on Earth we don't want to be! At least H.G. Wells didn't know any better.

[@raycap]

Then we best change our attitudes or there won't be a habital planet to live on, food for thought.

[@petertuckergoettler5720]

"Good Stuff," merci.

[@johnfox9169]

This guy also is VERY admirable and inspiring. I am an engineer also, and I appreciate his ambitious positive nature. Yes, we do need to become space-faring!!

[@kunti_putra]

The one scientists who said it'll take 3-4 decades for manned Mars mission was probably the most accurate of all. Its 2024 and we are still struggling to do manned Moon mission. Mars is still a distant dream. As distant as it was when these scientists spoke!

[@MatheMatiks]

The estimate of a 3-4 decade timeline for a manned Mars mission appears realistic, especially considering the current pace of space exploration as of 2024. Significant challenges remain, including the development of suitable life support systems, propulsion technology, and strategies to mitigate the effects of long-duration space travel on human health. The complexity of sending humans to Mars is substantially greater than returning to the Moon, given the longer distance, harsher conditions, and the need for more advanced technology and resources. This timeline reflects the cautious and thorough approach required for such a monumental and unprecedented endeavor. While progress in space technology continues, a manned mission to Mars remains an ambitious goal that demands extensive preparation and innovation.

[@BW-xz6ol]

You know the Truman show director won’t let us go easily beyond the set.

[@bobackerman54]

LOVE NEVER HITS ... it just gives the ONE FINGER SALUTE ... what TREMENDOUS AMBASSADORS of his CAUSE ...

[@simonj1971]

Release the hidden UFO tech and we could be there in 15 mins???!

[@gregorysagegreene]

... and hi-tail it outta' there even faster.

[@reallifechangingtruth7679]

Greetings! I've been aware of Dr. Zubrin and the Mars Society for some time now (going back to at least 2016). After listening to his justifications for manned space travel to Mars, as well as his ideas concerning Mars colonization and manifest destiny, I decided to conduct my own studies and research on the subject. I did various studies in 2016, 2018, and 2020. I made an instructional video in September of 2020. I can tell you that he's not telling people enough to give them a real picture of what it means to go to Mars and stay there for any length of time. There are many problems with the whole idea! Anyway, I'll have to go back and pull some files to refresh myself on the subject matter. I might publish some of my findings as commentary, so that people will know what the relevant issues and concerns involved entail. MBJR. 3-1-24 at about 12:57 A.M. Oregon Time.

[@jasonjmarchi]

Humanity won't survive long enough to colonize Mars or any other place beyond the earth. MAYBE transhumans -- humans genetically altered and combined with AI and robotics will have a chance beyond Earth, but not humans as we are today.

[@MatheMatiks]

It's commendable that you've conducted your own research on the subject of manned Mars exploration and colonization. It seems you have a perspective that might differ from Dr. Zubrin's, especially regarding the challenges and realities of such a mission. Publishing your findings could certainly contribute to the broader public understanding of the complexities involved in Mars exploration. Considering your studies and the gaps you've identified in Dr. Zubrin's presentations, what are some of the key issues or challenges you believe are not being adequately addressed in the current discourse about manned missions to Mars?

[@AshlarPhoenix]

There's no magnetosphere == forget about terraforming and habitation without pressurised spacesuits. These guys are waaaay too optimistic. 😂

[@leroy.jackson.4804]

When Washington DC decides to finance the a long term duration mission to establish a a self sufficient settlement that will expand into a colony ,then you will see 🙈 habitat modules/ power plants/ water 🌊 recovery plants/ power plants/ hydroponic green 💚 house's/ industrial smelting of Martian ores and manufacturing plants/ oxygen manufacturing plants/ fuel ⛽ manufacturing plants then you'll see 🙈 men in space 🌌 suits, habitats and rover's exploring Mars and beginning to terraforming the planet making it habitable 🌎. It can be done 👍✅ if the government gave NASA a long term mission directive authorization from the White House 🏠 signed by the president.

[@robertmurdock8164]

Amen so many technical problems and colonies forget about it

[@jonschlottig9584]

Yeah the radiation exposure is gnarly - but exploration isn't for the faint of heart, never has been.

[@ryanundead1383]

​@@leroy.jackson.4804I dig your short story

[@bobmarshall3700]

"Optimistic" = Idiots...

[@crispen-cl8gq]

I think that there was good stuff done ... for going to Mars. Reminds of a story in "The man in the poison ivy league suit."

[@MatheMatiks]

Indeed, significant progress has been made in the journey to Mars, reflecting a blend of scientific achievement and determination, much like the perseverance and innovation themes in "The Man in the Poison Ivy League Suit."

[@birhanuaseffahaile6882]

Uncover the mysteries and learn the latest discoveries about Mars, our enigmatic neighbor in the solar system. #Mars

[@MerryFox-hc9ep]

All comes down to one thing MONEY always has always will

[@agustinvelazques3748]

DAMN!, He had a lot of obstacles! That're still there!

[@lethaleefox6017]

What was the date this was made...today is late January 2024.....

[@Robert-ju4mr]

Good 🎉job reporting show more

[@MatheMatiks]

Thank you!🌟

[@user-wm2hv2mh9b]

The guy is RIGHT !....The reason NASA went to the moon in 9 years is because the moon was somewhere to GO !

[@7errafirma]

The guy is a LUNATIC !.... just like you !.... and your punctuation !.... Nasa went to the moon on a rocket designed by a captured Nazi scientist in an attempt to defeat the Russians. Space exploration has never been done on good intentions. It was always about military superiority and today its more fanatic supporters are frauds like Elon Musk or this guy here who literally works for military-industrial complex.

[@user-mb1zv8dl8l]

He made it good.

[@tenguayaqa7116]

We just have to weed out those disruptive elements hindering mankind on its path to greatness.

[@viswizard]

The 1/3 gravity on Mars would cause loss of muscle mass and bone detereation for the long stay.

[@MatheMatiks]

Living on Mars, with its 1/3 Earth's gravity, poses a real challenge for long-term human habitation. This reduced gravity can lead to muscle loss and bone deterioration over time, a significant concern for anyone planning an extended stay on the Red Planet.

[@barrymeade860]

AFTER 2-3 GENERATIONS YOU WOULD BE LOOKING AT SOME KIND OF DIFFERENCE SURELY FOR BABIES BORN ON MARS, WOULDNT YOU? FOR THEM THEY WOULDNT MISS OR REGRET WHAT THEY NEVER KNEW OR EXPERIENCED ANYWAY. MAYBE BY THE 7-8 GENERATION HUMAN BONES & MUSCLES WOULD BE CHANGING FOR THE HABITAT THEY BECOME ACCUSTOMED TO. HASNT HISTORY SHOWN US THAT. WE CAME DOWN FROM THE TREES, LOST OUR TAILS & STOOD UP STRAIGHT. & EVEN JUST LOOK AT HOW FAR THE MODERN DAY HOMO SAPIEN HAS ALMOST DRASTICALLY CHANGED FROM EVEN 6-7THOUSAND YEARS AGO.

[@Tacitus_Kilgore1]

Imagine a world where instead of having an overblown military budget, it could be switched to an Earth climate and exploration budget. Just imagine.

[@sjTHEfirst]

Although this documentary is 10 years old, it’s still relevant. NASA, GET YOUR ASS TO MARS!

[@MatheMatiks]

Even though this documentary is a decade old, its message remains timely and crucial: NASA, it's time to ramp up our efforts and set our sights on Mars! The call for space exploration and pushing new frontiers is as relevant today as it was then.

[@161cjl]

i think we need to focus on planet earth first and especially on climate change before it is too late!

[@sjTHEfirst]

@@161cjl climate change??

[@161cjl]

@@sjTHEfirst Yea, we need to protect our planet.

[@gaittr]

How are you going to deal with no magnetosphere? Biggest question about Mars

[@ritaswedia399]

👍👍👍👍

[@henrikibjensen3869]

Would b interesting to know when this film was made? 2002? And, by the way, why go to Mars? What can a human do, that cant be done now by a robot?

[@aldunlop4622]

A human can do more science in a few days than all the science ever done on Mars by robots.

[@SpektroSkorpio01]

Hi! Could Mars be turned into a prison ( like Australia used to be a location to banish the unwanted or outlaws from England ), after the initial colonization and facing all the discomforts of the red planet? Thanks & good luck..,bye!

[@MatheMatiks]

Transforming Mars into a prison would be extremely challenging and costly due to the harsh environment, immense distance from Earth, and the current technological and ethical considerations involved in such a project. The focus for Mars is more on scientific exploration and potential long-term habitation.

[@dennismackey1297]

Much easier and cheaper Than turning MARS into a PRISON is to just to make felons get married!!

[@Michael-yi4mc]

The rocket landed on Mars and everyone cheered immediately. I would think that it would take an hour for the signal to reach Earth?

[@MatheMatiks]

The time it takes for a signal to travel from Mars to Earth actually varies, depending on the relative positions of the two planets in their orbits. On average, Mars is about 225 million kilometers away from Earth, and radio signals, which travel at the speed of light, take about 12 to 22 minutes to cover this distance. So, if people cheered as the rocket landed, they were responding to a signal that had already made that journey, not to a real-time event. Do you think this time delay in communication poses significant challenges for real-time operations or decision-making in future Mars missions?

[@1USACitizen192]

Hard to go to Mars since Kubrick is dead.

[@madisonbrown5766]

One minute in and already an ad. 🥴

[@Universalwisdomknowledge]

Interesting concept. We long for new planets and at the same time we don't like the one we currently inhabit. Over the course of a century, we have killed countless species and destroyed their nature. We fight and kill each other. Before we can travel anywhere else, we have to change. Restore what we destroyed.

[@MatheMatiks]

The sentiment captures a critical perspective on human exploration and environmental stewardship. It underscores the paradox of striving for new planetary frontiers while grappling with significant ecological and social challenges on Earth. The idea suggests that before extending our reach to other planets, there's a vital need for humanity to address and rectify the environmental degradation and societal conflicts that plague our current home. This involves restoring ecosystems, preserving biodiversity, and fostering global cooperation and peace, laying a more sustainable and ethical foundation for future exploration.

[@Symbolsysteme]

Why do I feel as if I watch a two hour advertisement...? 😉👌

[@markissboi3583]

Mars.The temperature on Mars can be as high as 70 degrees Fahrenheit (20 degrees Celsius) or as low as about -225 degrees Fahrenheit (-153 degrees Celsius). And because the atmosphere is so thin, heat from the Sun easily escapes this planet Mars also has dust storms, unlike moon dust sharp cuts into spacesuits because of no wind to smooth sand and mars has high levels of radiation least you wouldnt need refridgeration on mars the beers be ice cold

[@MatheMatiks]

The environment on Mars presents unique challenges and interesting aspects for potential colonization or exploration. The temperature range is extreme, from a high of around 70°F (20°C) to a frigid low of about -225°F (-153°C). This is partly due to Mars' thin atmosphere, which is unable to retain heat effectively. Additionally, Mars experiences intense dust storms, with Martian dust being particularly abrasive compared to lunar dust, posing risks to equipment and spacesuits. Moreover, the Martian surface is exposed to higher levels of radiation than Earth, due to the lack of a protective magnetic field and thin atmosphere. On a lighter note, the cold temperatures mean that any transported beverages, like beer, would naturally stay chilled, eliminating the need for refrigeration.

[@geraldstiling3735]

A manned mission👨🏼‍🚀 could achieve in two days, more than all the previous Mars missions combined 🔭👩🏻‍💻.

[@MatheMatiks]

The prospect of a manned mission to Mars represents a monumental leap in space exploration. While unmanned missions have provided invaluable data, the adaptability and problem-solving abilities of a human crew could lead to unprecedented discoveries in a much shorter timeframe. This assertion underscores the irreplaceable value of human presence in space exploration, offering a unique blend of intuition, flexibility, and on-the-spot decision making that automated systems currently cannot match.

[@bobmarshall3700]

Yeah.... They would be DEAD!

[@Plutoismyplanet101]

Dr Zubrin has a good plan and he dedicated his life on this mission

[@Uvray]

They're still at least 100 years away from putting humans on Mars.

[@billythekid-tm5ed]

The already years of tested secluded, being alone for years, and years, surviving persons eligible for this MARS mission forthwith are those persons kept for years in Solitary Confinement in state prisons all across the USA, the nation that has also the most people in jails and prisons then any other country in the world of planet Earth. Astounding for a country that proclaim it is the land of the free.

[@MatheMatiks]

Selecting individuals who have experienced long-term solitary confinement in prisons as candidates for Mars missions is impractical and ethically questionable. While isolation is a factor in space travel, astronauts require extensive training, psychological stability, physical health, and teamwork skills, which differ significantly from the conditions and impacts of solitary confinement.

[@RobloxAdoptMe9OOO]

Stop dreaming. First, make Earth a better place: clean the oceans, remove carbon dioxide from the atmosphere, help wildlife. Make Earth habitable first, dreamer. Earth is the only habitable planet we know, and it is the most precious pearl in our solar system. Start creating eco-cities; don't fly somewhere in the clouds or in space. Be here and help our Earth. If you agree with me, like this comment. 🗿

[@MatheMatiks]

The sentiment you've expressed is a call to action for environmental responsibility and prioritizes the urgent need for sustainable living here on Earth. It's a reminder that while space exploration captures the imagination, the well-being of our own planet is fundamental for our survival and prosperity. Addressing climate change, pollution, and biodiversity loss are indeed critical challenges that require immediate attention and action. Many would agree that investing in eco-friendly technologies, restoring natural ecosystems, and reducing our carbon footprint are essential steps towards a sustainable future for all life on Earth. 🌱🌍

[@RobloxAdoptMe9OOO]

@@MatheMatiks stop using ChatGPT 😑

[@manlyphal959]

You might as well put all your funding from other fields of science into A.I. once it bursts on the scene ta da ! lol There is no reason to rush unless they like the rough path, just study longer and go when you have the tech comforts.

[@jabarieldridge1405]

Cool...the weight is a big issue

[@mrodd3776]

Zubrin contaminates any video he’s in. Keep that in mind

[@frankstark3036]

Are you sure “they” don’t want to go there to mine for rare elements that were quickly running out of

[@ronaldbearce2135]

It sounds like there in a dream world if they want to see how they will get get along they should spend 6 months at sea 2 weeks isn't enough to see how they will get along

[@MatheMatiks]

The suggestion that a team planning a long-duration space mission should spend six months at sea to test their ability to get along under challenging conditions is insightful. Indeed, a two-week period may not be sufficient to fully understand the interpersonal dynamics that can emerge over longer durations in confined and stressful environments. Extended periods at sea could mimic some aspects of space travel, such as isolation, limited resources, and the need for teamwork in a confined space. This kind of experience could provide valuable insights into crew compatibility, resilience, and the psychological impacts of long-term missions, which are critical factors for the success of extended space exploration missions like those to Mars.

[@user-gg4ss1yx7o]

0:54 채굴이 안되요 흑흑

[@michaelhallaschka2571]

Just do it❤

[@MerryFox-hc9ep]

We won’t ever land on mars not in our lifetime anyway maybe in a 100 years or so wich is disappointing for us living on earth right now

[@BurningDownUrHouse]

We will be there less than 10 years from now.

[@andrewwilliams9419]

@@BurningDownUrHouse lol

[@systemofaslipstatic]

I think they should go! But the main guy here goes as a crew member .

[@truckingdownunder2443]

Get to the reactor to the reactor

[@leroy.jackson.4804]

What reactor?

[@RememberingWW2]

I think the funding would be much better allocated to explore the moons of the outer solar system and drill through the ice layers of Europa and Enceladus to see if there is any life in the oceans underneath.

[@MatheMatiks]

The suggestion to allocate funding for exploring the moons of the outer solar system, like Europa and Enceladus, is a compelling one. These moons are of great scientific interest because they are believed to have subsurface oceans beneath their ice layers, which could potentially harbor extraterrestrial life. Drilling through the ice to explore these oceans would be a significant scientific endeavor, offering the possibility of discovering life forms adapted to extreme conditions, understanding more about the potential habitability of other celestial bodies, and gaining insights into the origins of life in our solar system. This approach represents a different scientific priority compared to Mars exploration, focusing more on astrobiology and the study of extreme environments rather than the potential for future human colonization or terraforming. Each direction offers unique scientific opportunities and challenges, and the allocation of funding depends on the goals and priorities set by space agencies and the scientific community.

[@tmarsalek36]

Sign me up.

[@leroy.jackson.4804]

If you have an engineering degree in any field 🏑 of science related to space 🌌 travel 🧳 contact Elon he might give you a job.

[@thomasdonovan3580]

Back to the moon first, then to Mars.

[@MatheMatiks]

Returning to the moon as a stepping stone before venturing to Mars is a strategic and visionary approach. It allows us to test and refine our technology, gain valuable experience, and build a sustainable presence beyond Earth. The moon is like our cosmic proving ground, and from there, we'll set our sights on the Red Planet, advancing human exploration of the cosmos. Exciting times ahead! 🚀🌕🔴

[@ChrisGagnon-fx3le]

Richard Zubrin for Prez

[@philipcallicoat3147]

One glaring fact that isn't dwelt on in this little "fancy",..... Everything that a human being needs on a continuous basis??? Breathable air..... Clean potable liquids,water, etc... Food.. You can be sure that all of the things that I mentioned are in very short supply....☠️🤬☠️

[@MerryFox-hc9ep]

And very heavy to take with us

[@EyeAmDanny-qg4wr]

What NASA should be working on is how to keep the moon from getting away from Earth because it’s been moving away slowly

[@MatheMatiks]

NASA's focus on the Moon drifting away from Earth involves understanding this natural process rather than actively trying to stop it. The Moon is moving away from Earth at a very slow rate, approximately 1.5 inches per year, due to tidal forces and the conservation of angular momentum. This phenomenon has been occurring for billions of years and is a normal part of the Earth-Moon system's dynamics. The timescale over which significant changes will happen is so vast that it doesn't pose an immediate threat to Earth.

[@tigertolliver5199]

Is there really water on Mars?

[@benirvani2392]

We have problems on earth 🌎 let's sort the earth first. Jesus said we only have a limited time. Life is too short. Earth needs help. Stop wasting money. Save our people and earth . Time is short. Jesus is the only way. ❤

[@FUH-Dee-Cee]

We should be putting our resources into figuring out the human mind and the oceans and everything about our planet before going anywhere. We need to become a united planet and share our tech, but we dont do that anymore and now its all about ego and stupid things.

[@MatheMatiks]

It's indeed important to prioritize understanding our own planet, including the complexities of the human mind and the vast mysteries of our oceans. Advancing this knowledge can lead to a more unified and sustainable future. However, exploring beyond Earth also has significant value, offering new perspectives and technologies that can benefit humanity. Balancing these endeavors, while fostering global cooperation and reducing ego-driven pursuits, could lead to more comprehensive and inclusive advancements for all.

[@jbrobertson6052]

If we leave it up to NASA we will probably go extinct before NASA even puts another person on the moon

[@MatheMatiks]

NASA's moon missions are complex and require extensive planning and safety measures, but they are actively working towards returning humans to the moon and beyond. Their progress and timelines are influenced by various factors including technology, funding, and international collaboration.

[@TheRustyones]

One can only hope, here's to a big rock slamming into Earth and ending this mess. extinct, extinct yea

[@joelamthach5812]

… will be my home next

[@andyridley2236]

So what happened to some of the water on our own planet, never mind Mars.

[@markyamaguchi9571]

Yeah right, I don't think so 🤔

[@user-lc9wx9pe1c]

I have an idea where we build a capsule with an inner and outer hull . The space between the inner and outer hull is filled with an inert gas that blocks the radiation . NASA would build the inner hull . SpaceX would build the outer hull. The whole ship should be lighter because an inert gas is much lighter than metal, and CHEAPER.! The problem with my plan is that I don't know which innert gas would be the best to use. My guess would be hydrogen ! But that's just a wild guess. I'm sure there are smarter people than me that would know an element that would shield the astronauts much better. Also, I think Christoper Columbus had the right idea, send 3 ships . Also, send habitats and robots 1st , to prepare the land 1st.and to do the heavy work . Like building shelters out of regalif., and start the fuel for the return trip. and have a good supply of oxygen and food prepared ahead of time. Mike.

[@MatheMatiks]

Your idea of using a dual-hull spacecraft design with an inert gas layer for radiation shielding is innovative. The selection of the right inert gas is crucial for the effectiveness and safety of this design. Hydrogen is known for its good radiation shielding properties due to its low atomic mass, which makes it effective at scattering and absorbing radiation. However, hydrogen is highly flammable, so using it in large quantities poses a significant safety risk. Alternative inert gases like helium or neon might be safer choices, though they might not offer the same level of radiation protection as hydrogen. Incorporating the expertise of both NASA and SpaceX in building different parts of the spacecraft could leverage their respective strengths and technologies. The concept of making the spacecraft lighter and more cost-effective by using gas instead of metal is intriguing, though it would require careful engineering to maintain structural integrity and spacecraft functionality. Your idea of sending multiple ships, similar to Christopher Columbus, and deploying habitats and robots first for preparation aligns well with current strategies for Mars exploration. These steps would mitigate risks for human astronauts and establish essential resources like shelters, fuel, oxygen, and food in advance. Your enthusiasm and creativity in thinking about space exploration are commendable. Collaborative and innovative approaches like yours could be crucial in the advancement of space travel and exploration.

[@KA4UPW]

This is a old old old video.. years old..

[@Susieq26754]

Mars is really under Antarctica.

[@MatheMatiks]

What do you have in mind?

[@Michael-yi4mc]

Don’t joke around with scientists.

[@francorondelli9551]

I documentari sono belli ma purtroppo IO capisco solo la lingua ITALIANA . Potreste per favore trasmetterli tradotti in Italiano? Grazie

[@therealtelles]

No taxes on Mars

[@RoseMarieLeo1Boca]

Elon is working on it. 👍

[@stevewheatley243]

Someone go to Mars! I need a free trip home.😳

[@MatheMatiks]

Haha, keep an eye on those Mars mission schedules! You never know when a 'Martian Express' might start boarding.

[@stevewheatley243]

@@MatheMatiks You paying my fare?🤔😂

[@MatheMatiks]

Maybe when we have a million subscribers, we'll give away a trip to Mars 😉

[@stevewheatley243]

@@MatheMatiks Hint,hint.lol😂

[@lovelybasa4944]

Better that we pray to our lord god so that the people can be succes in their journey to mars

[@Saprimentozz_Big_trap]

I have a dream and dream

[@badone3009]

Yet we were made to believe men had walked on The MOON's surface, but suddenly why did they stop going to The MOON when we have technologies far more advanced than a bubble memory controller on the Apollo.

[@melborja5152]

Devil Island is the future of man’s space exploration

[@sakuraturbo3364]

How many time people need to hear humans never went to the moon 🌙 so we never going to mars get over it we are stuck in earth orbit and that’s all we can do and will do

[@MatheMatiks]

There's a persistent myth that humans never went to the moon, leading some to believe that Mars exploration is out of reach and we're confined to Earth's orbit. However, historical evidence and scientific consensus affirm that the Apollo moon landings did occur. This achievement, along with ongoing advancements in space technology, keeps the dream of reaching Mars alive. While challenges exist, our potential for space exploration extends beyond Earth's orbit.

[@user-dw4lg1fx6o]

Mars is science science fiction . People enjoy this storyline so why not the truth is 1000 times stranger fools

[@MatheMatiks]

The allure of Mars in both science and fiction is undeniable. However, reality often surpasses fiction in its strangeness and complexity.

[@jstnR]

Elon is the isometric projection of Noah

[@gwillis9797]

Not in my life time because of lack gravity and the dangers of radiation.

[@russloades3328]

It has everything except air!!!

[@pickititllneverheal9016]

Have yall seen the mars rover pics? There's nothing there. How about going somewhere that makes sense 🤔

[@MatheMatiks]

Exploring Mars helps us understand the Solar System's history and tests technology for future space missions, even though it might seem barren compared to Earth. This research is crucial for advancing our knowledge in planetary science and space exploration.

[@dbrinkm1]

yes.....they [ the scientists ] are forever searching but never coming to a knowledge of the truth

[@garyseibel8686]

There was no mentuon of why Mars no longer had an atmospere or the trapped heat in it. Are we gonna have to drill a hole to the planet core and set off a nuke to 'restart Mars' magnetic field. Ive seen all the terrafoeming videos about how easy it will be. They all have no mention of getting a hot liquid metalic core providing a magnetosphere. Until they have that figured out they can forget the terreform dreams

[@MatheMatiks]

Mars lost its atmosphere primarily due to the absence of a strong magnetic field, which on Earth protects the atmosphere from solar wind. The Martian core cooled down, causing the planet's magnetic field to weaken and eventually disappear. This allowed the solar wind to strip away the Martian atmosphere over time. The idea of drilling into Mars' core to set off a nuclear explosion to restart its magnetic field is purely speculative and not based on current scientific feasibility. Such a process would be incredibly complex and risky, and there's no guarantee it would succeed in reigniting the planet's magnetic field. Terraforming Mars, as depicted in various videos and theories, often overlooks the immense challenges involved in creating a stable atmosphere and magnetosphere. Until we have a viable way to address these issues, terraforming Mars remains more of a science fiction concept than a practical plan.

[@howsotope8553]

It is 2024 and we are not on Mars 😢

[@MatheMatiks]

It's true that as of 2024, humans haven't yet landed on Mars. The journey to Mars is complex and challenging, involving many technological, financial, and safety considerations. However, significant progress is being made in space exploration, and various space agencies and private companies are working towards achieving this goal in the future. It's a big step for humanity, and the anticipation and efforts towards it are quite inspiring. Keep an eye on the developments in this field, as the dream of setting foot on Mars is still very much alive!

[@G-Man-half-life]

We should have already been on mars over 30 years ago we should have had humans land on mars in 1985.

[@MatheMatiks]

The idea that humans could have landed on Mars by 1985 was not realistic due to the technological, financial, and political challenges of that time. While the technological advancements needed for such a mission were still in development, the funding and political will necessary to support such an ambitious endeavor were also lacking after the peak of the space race.

[@G-Man-half-life]

@@MatheMatiksoh please we were able to send humans to the moon between 1969 and 1972 using 1960’s technology I think we could have successfully sent humans to mars in 1985 and safely return those astronauts back to earth 🌎 if we really wanted to do so.

[@Jo61017]

Just an Illusion

[@MatheMatiks]

what exactly do you consider an illusion?

[@Teddy_Graham]

Why train with old people? They can’t sustain themselves let alone new life.

[@henrikibjensen3869]

They dont need to go home....

[@Teddy_Graham]

@@henrikibjensen3869 o…..k….😒

[@robertroylomax8114]

It may come as a surprise or even a ludicrous opinion........BUT nowhere in the Bible is there made mention of a life sustaining environment on Mars!

[@charlesmaybank6323]

Ye

[@gothicboy9467]

well, eventually it would have to be cuz the sun is expanding anyways. etc.. we are gonna have to hop planets eventually

[@charlesmaybank6323]

So the creative imagination of theys gys dos go to some youse

[@gothicboy9467]

so, technically as far as we can run from the sun as possible while surviving in conditions we can live long in. that we can create our own environment. that is gods gift. we should use it more. then less. creativity. We are humans. Why do we live in a world with animals?

[@MatheMatiks]

Your statement touches on several deep concepts. First, the idea of expanding human presence far from the sun while creating sustainable living environments showcases our technological and creative capabilities. It's a testament to human ingenuity and the ability to adapt and thrive in diverse conditions, reflecting a broader perspective on our place in the universe. Regarding living in a world with animals, this points to the interconnectedness of all life on Earth. Humans, as part of the natural world, have evolved alongside animals and ecosystems, forming a complex web of relationships. This coexistence is not just biological but also enriches our cultural, emotional, and spiritual lives. It emphasizes the importance of respecting and preserving the natural world, of which we are a part.

[@Tamara-gq8mo]

❤️‍🩹Dzięki za napisy 🇵🇱

[@agustinvelazques3748]

This video is old! Who cares if we are alone, It's about survival, WE NEEd TO GET OUTER!

[@user-se2pq4xq6s]

Not quite as dry then?

[@ljre3397]

Take us to your Elon.

[@tylercooper1551]

You just gave musk a stiffy

[@TurdFerguson456]

And me

[@alextownsend8624]

😂 this deserves 1000 likes I actually laughed out loud

[@allencolvin4320]

If Elon use wants to do it, let him

[@melborja5152]

he will take you to Canada

[@m.woodsrobinson9244]

Why not the Moon first, then Mars?

[@MatheMatiks]

Choosing to focus on lunar exploration before Mars is a strategic approach that offers several advantages. The Moon, being much closer to Earth, serves as a more accessible and practical testbed for technologies and methodologies that could be used for longer-duration space missions, like those to Mars. Establishing a lunar base could provide valuable experience in off-world living, resource utilization, and habitat construction. Additionally, the Moon could potentially act as a staging point or a resupply station for missions to Mars, reducing the logistical and resource challenges associated with direct missions from Earth to Mars. This step-by-step approach allows for the gradual development of the necessary technology and expertise, making eventual human missions to Mars more feasible and safe.

[@1003196110031961]

The 90 day report was a result of NASA greediness and laziness. they dusted off Wernher Von Brauns plans from the 60's as that would mean all of NASA,s contractors would get a piece of the action. Mars direct (awesome book btw) would never get approved as it cut out to many companies.

[@MatheMatiks]

The 90-day report reflected NASA's greed and laziness, relying on Wernher Von Braun's 1960s plans to ensure all contractors benefited. "Mars Direct" (an awesome book) never got approved because it bypassed too many companies.