Mars - scientific output

TGO took this image on November 3, 2023. At its center is Cerberus Fossae (163.07°E, 9.25°N) Credit: ESA

Meteor collides with Mars: Seismic waves shake the Red Planet

TGO image from November 3, 2023 reveals impact effects in Cerberus Fossae region, deepening understanding of Martian tremors and seismic effects
Korolev crater on Mars in a close-up view, showing an ice center and surrounding rocks.

Why is it hard to find liquid water on Mars, even more than we thought?

A new study reveals the complexity of the presence of liquid water on Mars, emphasizing the cold conditions and atmospheric pressure that challenge its existence, despite decades of research on the subject

The wind, the sand and the water: a new explanation for the phenomenon of sand dunes on Earth and Mars

Gallons = small waves. A new international study led by Ben-Gurion University has challenged the prevailing theory that different physical conditions allow the development of galleons that do not exist on Earth
This illustration shows an idea of ​​several robots that would connect to Earth to deliver samples collected from the surface of Mars by NASA's Mars Perseverance rover. Credit: NASA/JPL-Caltech

What is NASA planning for the ambitious Mars sample return mission?

In addition to bringing the first sample collected from Mars to Earth, this very complex mission will include the first launch from the soil of another planet, and also the first rendezvous in orbit around another planet. Returning the samples from Mars
An artist's impression of an active mantle plume rising from the depths of Mars and pushing up the Elysium plain. Credit: Adrien Broquet & Audrey Lasbordes

A surprising discovery on Mars: a massive mantle plume is pushing the surface of Mars upwards

Cracks crossing land formations on Mars indicate that Mars is a much more active planet than previously thought
NASA's Evaporative Preserver off-road vehicle. Photo: depositphotos.com

How do you hear about Mars?

Afternoon on Mars: NASA's Mars Perseverance rover used its right navigation camera to capture this image after traveling by Sol 428. The view is behind the rover to the south, and on the left side of the image you can see the edge of Kodiak Mound. Credit: NASA/JPL -Caltech

NASA's Mars Rover: Next stop Hawksbill Gap

NASA's Perseverance rover began moving after completing remote science activities at Enchanted Lake. Now scientists want to drive it to the front of the delta of the ancient river that flowed into the lake
This illustration shows a simulation of how NASA's Mars Rover, carrying test tubes containing rock and soil samples, might be launched from the surface of Mars during one phase of the Mars sample return mission. Credit: NASA/JPL-Caltech

NASA chose Lockheed Martin Space to build the rocket that will return the first samples from Mars

The contract brings NASA one step closer to the first robotic round-trip flight to bring samples safely to Earth through the Mars Sample Return Program
NASA's Curiosity rover used its navigation cameras to capture panoramic images of this landscape. Add blue, orange, and green color to the combination of the panoramic images for an artistic interpretation of the landscape. Credit: NASA/JPL-Caltech

The Curiosity rover sends a beautiful postcard from Mars

An artistic interpretation of Curiosity's field of view on a mountain on Mars was created by team members who were amazed by the sweeping view
NASA's Mars lander captured this image as it passed over the surface of Mars on April 19, 2021, in the first stage of a powered and controlled flight to another planet. It used its navigation camera, which autonomously tracks the ground during the flight. Credits: Nas "A / JPL-Caltech

The Mars helicopter successfully took off on its first flight: less than 4 minutes to a height of 10 m

NASA's Ingenuity Mars lander captured this takeoff as it hovered over the Martian surface on April 19, 2021
Comparison of NASA's all-terrain vehicles that have flown to Mars so far (including Preserver's which is on its way there). Photo: NASA/Caltech

Seven things you need to know about the Mars 2020 mission Prezbyrans

The Perseverance vehicle, built at NASA's Jet Propulsion Laboratory in Southern California, is loaded with scientific instruments, advanced landing computing capabilities and other new systems
The Amadimai Preservation vehicle, under construction for its launch in the summer of 2020. Photo by the European Space Agency

Pick rocks on Mars to bring to Earth

The intensification of the dust storm on Mars as photographed by the Mars rover Curiosity located inside Gale Crater and looking at the crater wall. The photos were taken during June 2018

The Martian dust storm becomes a global phenomenon

The moon Phobos orbits Mars. In this photograph, the cracks on its surface are clearly visible, which are believed to be the first sign of its expected disintegration. Photo: NASA

Mars' moon Phobos may break into pieces

The dark narrow channel known as recurring slope lineae flows down a hill on Mars photographed in infrared light and appears to be an area where water flows today. Recently, scientists located brackish water on this hill located in the Hale Crater, thus confirming an original hypothesis that the channel was indeed formed by flowing water. The blue color upstream does not seem to belong to this configuration but rather they are formed in the presence of the mineral peroxin. Credits: NASA/JPL/University of Arizona

NASA confirms in a press conference: brackish water flows on Mars today

Slopes full of channels on Mars. Photo: MRO, NASA

The findings of the MRO spacecraft on Mars - part two

The north pole of Mars on the summer solstice. Photo: Mars Express - European Space Agency

March Express - new findings (2)

Volcanic ash deposits color Meridiani Planum, as seen from the Mars Express space probe. They also hint at the wind directions in this region of Mars.

March Express - new findings (1)

Illustration of the passage of the Siding Spring comet near Mars. Source: NASA

A ball of light in the sky of Mars

An artist's image of Mars, with asteroids passing by. Photo: NASA

Asteroids can shake and shed the ground due to the gravity of Mars

A small step on the way to a prestigious club. The preparations for the launch of the Mangalyaan spacecraft. Photo: Indian Space Agency

India launched first spacecraft to Mars. The launch was successful

The Mars Spirit rover inspects a rock called "Hillary" in 2008. Photo: NASA

Did Mars have an oxygen-rich atmosphere 4 billion years ago?

This image, taken by the High Resolution Imaging Spectroradiometer (HIRISE) on the Mars-orbiting MRO spacecraft, shows an example of "straight channels" that can be explained by clumps of dry ice clumping down a sand dune. Photograph NASA/JPL-CALTECH/UNIV. OF ARIZONA

Who snowboarded on Mars?

Comet 2013 A1 near Mars, wrapping its tail around it. Forecast for the event that will take place in October 2014. Image: NASA

Collision path: A comet makes its way towards Mars

The reddish moon Phobos as photographed in 2008 by the MRO spacecraft

Phobos and Deimos, the moons of Mars - summary of findings

A wide-angle NASA image compiled from all the photographs sent by satellites that orbited Mars from Viking in the XNUMXs to today's Martian orbits provides a spectacular view of Vallis Marineris - the Grand Canyon of Mars in the WorldWide Telescope screenshot. Photo: NASA/Microsoft

Microsoft and NASA bring Mars to the WorldWide Telescope app

Las Vegas Crater on Mars. Photo: NASA

The existence of historical lakes on Mars has been confirmed

Volcanic ash deposits color Meridiani Planum, as seen from the Mars Express space probe. They also hint at the wind directions in this region of Mars.

Volcanic ash in the planum meridian on Mars

Phobos and Deimos together at last!

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

New glaciers on Mars - this time in low latitudes

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Sticky clumps in Martian soil examined with the Phoenix microscope

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

NASA ordered the Phoenix spacecraft to deploy its robotic arm

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Twins and triplets in the craters of Mars

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

The invasion of Mars - Part III and last

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

The Invasion of Mars - Part II