Sending Life Between Earth And Mars Using Asteroids!

#space #life #panspermia

https://www.youtube.com/watch?v=6CMckMaOY5M

Sending Life Between Earth And Mars Using Asteroids!

YouTube

Exciting Evidence for Panspermia, Bacteria Survive Asteroid Ejection! - YouTube
https://www.youtube.com/watch?v=fq9CSyQuR4s

#Biology #Panspermia #Life #ExtraterrestrialLife
#Astronomy #Cosmology

Exciting Evidence for Panspermia, Bacteria Survive Asteroid Ejection!

YouTube

Don't send Elon to Mars, send something useful, like Tardigrades.

#Mars #ElonMusk #Musk #Tardigrades #Terraforming #Panspermia #Space

🦠🪐 New #research from Johns Hopkins University suggests that the boundary between #planets might be a lot leakier than we thought.

By sandwiching the hardy bacterium Deinococcus radiodurans between steel plates and shooting them at nearly 500 km/h (~300 mph), scientists demonstrated they can survive 30,000 times atmospheric pressure.

👉 https://www.sciencealert.com/extreme-microbes-can-survive-the-journey-between-planets-experiments-show

#science #space #biology #astronomy #mars #panspermia #extremophiles

Extreme Microbes Can Survive The Journey Between Planets, Experiments Show

The idea that life can spread from world to world dates as far back as ancient Greece and the philosopher Anaxagoras.

ScienceAlert

RE: https://mastodon.social/@ScienceScholar/116177477189965788

I feel, that being on one the few planets in the Galaxy with bountiful life, we should spread it across a mostly dead Universe. Humanity could find a purpose beyond making a tiny amount of us rich, we could bring Life to the cosmos.
#Panspermia #RareEarthHypothesis

Some Extremophiles Could Survive an Asteroid Impact on Mars, and the Dangerous Journey to Earth

Panspermia is the idea that life was spread from world to world somehow. New research shows that one type of Earthly extremophile can survive the extremely high pressure from asteroid impacts on Mars, be blasted into space, and maybe even survive the journey to Earth.

Universe Today
#Extremophile survives the transient pressures associated with impact-induced ejection from #Mars: https://academic.oup.com/pnasnexus/article/5/3/pgag018/8503064 -> Did Life Hitch a Ride to Earth? Scientists Smashed the Living Crap Out of Microbes to Find Out: https://gizmodo.com/did-life-hitch-a-ride-to-earth-scientists-smashed-the-living-crap-out-of-microbes-to-find-out-2000729073 - the microbes "proved very hard to kill." #panspermia

Blasted off Mars and still alive
A super-tough microbe survived Mars-level impact forces, hinting that life might leap from planet to planet.

#microbes #life #Mars #panspermia

https://www.sciencedaily.com/releases/2026/03/260303082606.htm

Bilim insanları, asteroid çarpmalarıyla uzaya savrulan kaya parçalarının içinde mikroskobik canlıların hayatta kalabileceğini ve yaşamın gezegenler arası transferini sağlayabileceğini kanıtladı. Mars’tan Dünya’ya yaşam taşınmış olabileceği teorisi, laboratuvar deneyleriyle desteklendi. Bu keşif, yaşamın kökeni ve uzaydaki izleri hakkında yeni sorular doğuruyor.

#Panspermia
#LifeFromSpace
#MarsToEarth
#SpaceMicrobes
#OriginOfLife

Probablemente, los destinos de la #tierra y todo lo que la: habitó, habita y habitará, esté en manos del #ADN y las bacterias.
Y si la #panspermia los trajo congelados desde su extinto planeta o sistema y todo esto que ocurre en la tierra no es mas que el trabajo programado que realizan para volver a casa en un nuevo vehículo "humano/cibernético" ?. De ahí que nuestra biología quiera volver al espacio ?.

#tierra #cosmos #panspermia