Massive Ocean Hiding Inside Mars and More Incredible Discoveries
Related videos
Major Discovery on the Origin of Life Found Inside a Korean Crater
Anton Petrov
47.2k views
Possible Discovery of First Ever Stars in the Universe
Anton Petrov
73.9k views
Bumblebees Can Do What?! Incredible Discoveries Nobody Expected
Anton Petrov
55.0k views
Incredible Discoveries About Uranus and Its Moons Ariel and Miranda
Anton Petrov
59.3k views
Discovery of an Invisible Flat Structure Shaping Our Galaxy
Anton Petrov
73.8k views
Incredible Discoveries About Supermassive Black Holes in the Early Universe
Anton Petrov
52.5k views
Major Discoveries About the Origins of Medieval Plague
Anton Petrov
51.5k views
Incredible Discoveries About Stellar Streams Around the Milky Way
Anton Petrov
38.5k views
Einstein Ring Hid Evidence of Something Compact and Very Massive
Anton Petrov
61.7k views
Exciting Discoveries About Rogue Planets and Their Origins
Anton Petrov
75.9k views
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Related videos
Major Discovery on the Origin of Life Found Inside a Korean Crater
Anton Petrov
47.2k views
Possible Discovery of First Ever Stars in the Universe
Anton Petrov
73.9k views
Bumblebees Can Do What?! Incredible Discoveries Nobody Expected
Anton Petrov
55.0k views
Incredible Discoveries About Uranus and Its Moons Ariel and Miranda
Anton Petrov
59.3k views
Discovery of an Invisible Flat Structure Shaping Our Galaxy
Anton Petrov
73.8k views
Incredible Discoveries About Supermassive Black Holes in the Early Universe
Anton Petrov
52.5k views
Major Discoveries About the Origins of Medieval Plague
Anton Petrov
51.5k views
Incredible Discoveries About Stellar Streams Around the Milky Way
Anton Petrov
38.5k views
Einstein Ring Hid Evidence of Something Compact and Very Massive
Anton Petrov
61.7k views
Exciting Discoveries About Rogue Planets and Their Origins
Anton Petrov
75.9k views
Top Comments (10)
Someone said the saddest thing is that when we find life on Mars it will be failed life on a dead planet. I think the saddest thing is that that will likely have no effect on humans' views on preserving the Earth.
Ah the age old question. "Is it easier to train oil riggers to be astronauts, or astronauts to be oil riggers?"
I just recently found Anton, and I love him. Just putting one of his videos on makes me smile. "Hello, wonderful person" 😊
Hey Anton, how are you? I hope you are okay mate. Thanks for making the videos for us to enjoy, we all appreciate it!
had to smile when Anton uses 'here' rather than 'there' as if he is reporting from mars rather than earth....great update, colour matched t-shirt and all....thnak you.
I am convinced, when we dig deep enough, we will find single cell life on Mars, and rudimentary multi-celled life
At this point it would be way more bizarre if Mars somehow DOESN'T have microbial life under its surface.
I suspect the Martian crust never completely melted into a magma ocean, the way Earth's crust did. It's made up of patches of regolith that all melted and subsequently fractured due to impacts and tectonic activity and cooling at different times and different rates. That made for pathways for the early Martian ocean to slowly flow deep down into the crust and probably even the mantle as the planet cooled. Earth's crust is also saturated with water, but not to the same degree - it's more chemically bound up with the rocks under extreme heat and pressure. On Mars, it's large amounts of liquid water separate from the rock itself, essentially wet gravel. Also on Earth, heat rising from the core and mantle often heats the water forcing it back to the surface, while plate tectonics recycles wet crust back into the mantle, where the water turns to steam and eventually gets belched back out in volcanic eruptions. There's no tectonic cycle on Mars to recycle water vapor back into the atmosphere once it gets trapped in the crust, either chemically bound to minerals or just hanging out in the gravel. It's down there for good, unless Mars smacks into some Ceres-sized asteroid capable of melting the entire crust and releasing all that water.
Whether or not Mars once had (or still has) life, it is still a very fascinating planet. But I still think it's better to send machines there than humans, at least for now.
That they didn't name that rock "Frozen Peas" is a glaring injustice.
Unlock the Data Inside
Turn Videos into Knowledge
- Get FREE 10/day: transcripts, summaries, chats
- Chat with videos, export text & PDF
- $1 free API credit for RAG, chatbots & research
Free forever plan • All features unlocked
Top Comments (10)
Someone said the saddest thing is that when we find life on Mars it will be failed life on a dead planet. I think the saddest thing is that that will likely have no effect on humans' views on preserving the Earth.
Ah the age old question. "Is it easier to train oil riggers to be astronauts, or astronauts to be oil riggers?"
I just recently found Anton, and I love him. Just putting one of his videos on makes me smile. "Hello, wonderful person" 😊
Hey Anton, how are you? I hope you are okay mate. Thanks for making the videos for us to enjoy, we all appreciate it!
had to smile when Anton uses 'here' rather than 'there' as if he is reporting from mars rather than earth....great update, colour matched t-shirt and all....thnak you.
I am convinced, when we dig deep enough, we will find single cell life on Mars, and rudimentary multi-celled life
At this point it would be way more bizarre if Mars somehow DOESN'T have microbial life under its surface.
I suspect the Martian crust never completely melted into a magma ocean, the way Earth's crust did. It's made up of patches of regolith that all melted and subsequently fractured due to impacts and tectonic activity and cooling at different times and different rates. That made for pathways for the early Martian ocean to slowly flow deep down into the crust and probably even the mantle as the planet cooled. Earth's crust is also saturated with water, but not to the same degree - it's more chemically bound up with the rocks under extreme heat and pressure. On Mars, it's large amounts of liquid water separate from the rock itself, essentially wet gravel. Also on Earth, heat rising from the core and mantle often heats the water forcing it back to the surface, while plate tectonics recycles wet crust back into the mantle, where the water turns to steam and eventually gets belched back out in volcanic eruptions. There's no tectonic cycle on Mars to recycle water vapor back into the atmosphere once it gets trapped in the crust, either chemically bound to minerals or just hanging out in the gravel. It's down there for good, unless Mars smacks into some Ceres-sized asteroid capable of melting the entire crust and releasing all that water.
Whether or not Mars once had (or still has) life, it is still a very fascinating planet. But I still think it's better to send machines there than humans, at least for now.
That they didn't name that rock "Frozen Peas" is a glaring injustice.