Preparations for a manned flight to Mars

Singularity. Illustration: depositphotos.com

A million inhabitants on Mars, digital consciousness and the singularity: Science puts limits on Silicon Valley's dreams

Neil deGrasse Tyson video reignites debate over Mars colonization, “consciousness elevation” and singularity predictions – and what research says about physical and biological limitations
A manned mission to Mars. Illustration: depositphotos.com

Neil deGrasse Tyson: A manned mission to Mars is impractical at this point

In his recent podcast, he explains why distance, launch windows, radiation, and the rocket equation make “The Road to Mars” a project that requires decades of technological and political stability.
Simulation of a manned base on Mars, in a cross-sectional image of the underground base. Source: NASA Ames Research Center.

Scientists have detected hidden water ice on Mars: a game-changer for manned missions

New research reveals shallow ice deposits on Amazonis Planitia in the mid-latitudes of Mars – a critical resource for water, oxygen and fuel that could enable long-term human presence and preserve possible evidence of ancient life
This image of Jezero Crater on Mars shows a layer of mineral data measured from orbit. The green color represents carbonates – minerals that form in aqueous environments under conditions that may be favorable for preserving signs of ancient life. NASA's Perseverance rover is currently studying the green area above the Jezero alluvial fan (center). Credit: NASA/JPL-Caltech/MSSS/JHU-APL

How Earth's most resilient microorganisms could help us colonize Mars

Scientists are beginning to unravel how microbial systems, shaped by billions of years of evolution on Earth, might be recruited to build the first shelters on Mars. By examining how certain bacteria communicate,
A family of settlers on Mars. Illustration: depositphotos.com

A pair of bacteria could turn Martian dust into building material for the first colonists

A new study in Frontiers in Microbiology suggests a biomineralization system of two bacterial species, Sporosarcina pasteurii and Chroococcidiopsis, that could produce "biological concrete" from Martian soil, provide oxygen, and contribute to closed agricultural systems and human colonization efforts.
A new breakthrough in bioengineering could bring the realization of habitation on Mars closer not by sending materials from Earth but by growing them from local soil. Illustration: depositphotos.com

Scientists have created "living bricks" for building houses on Mars

Using synthetic lichens, a team of researchers has succeeded in developing a living material that connects Martian dust into stable structures – without the need for building materials from Earth and without human intervention.
Astronauts walk on Mars soil. Illustration: depositphotos.com

The science of survival on Mars: What really protects astronauts from radiation

Effective radiation shielding materials such as plastics, rubber, synthetic fibers and Martian soil have been identified as protecting astronauts on Mars, increasing the viability of long-duration missions and future settlement plans
Earthquakes on Mars. The image was prepared using DALEE for illustration only and is not a scientific image

Seismic waves on Mars: A new way to discover water hidden deep below the surface of Mars

Scientists are exploring the potential of using seismoelectric signals from Martian tremors to detect underground water on Mars, a method inspired by similar techniques on Earth but adapted to the unique conditions of Mars
Illustration: depositphotos.com

Channels deep in the ground could be the key to habitability on Mars

The Bio-SPHERE project investigates potential living and working conditions on the Moon and Mars
Image: In this artist's impression of the breadcrumb scenario, autonomous rovers can be seen exploring a lava tube after being deployed by a mother rover remaining at the entrance to maintain contact with a blimp or blimp. Credit: John Fowler/WikiCommons, Mark Treble Wolfgang Fink/University of Arizona

Hansel and Gretel's breadcrumbs reach Mars

Engineers from the University of Arizona have developed a system that allows autonomous vehicles to scan underground habitats for astronauts
An artist's impression of a laser sail powered by directed energy. Credit: Q. Zhang/deepspace.ucsb.edu

Lasers will be able to send missions to Mars in just 45 days

A group of researchers proposes to build a spacecraft that will rely on an innovative propulsion system - in which lasers are used to heat hydrogen fuel - that can shorten the flight time to Mars to only 45 days instead of 100
The six Harmonauts as soon as they left the Hav after the four days of the experiment, February 2018. Photo: Avi Blizovsky

A Mars simulation returns to the Ramon Crater

The six Harmonauts as soon as they left the Hav after the four days of the experiment, February 2018. Photo: Avi Blizovsky
Artist illustration of "The Living Mars" Illustration by Kevin Gill, NASA

What can climate change on Earth teach us about climate change we will cause on Mars?

An edible plant greenhouse on Mars. Image: shutterstock

White wine on the red planet

Alon Shikar (right) and Jackie Faye, two of the astronauts who spent four days in an analog Mars simulator in the Mitzpe Ramon area. Photo: Avi Blizovsky

An international Mars simulation will take place in Israel

Alon Shikar (right) and Jackie Faye, two of the astronauts who spent four days in an analog Mars simulator in the Mitzpe Ramon area. Photo: Avi Blizovsky

For the information of travelers to Mars

Building a base on Mars using a XNUMXD printer. Figure: (Les Bossinas, NASA Lewis Research Center)

"We could have been on Mars a long time ago"

The "Ramonauts" simulate a mission to Mars at Mitzpe Ramon. Photo: Mincha Nofa.

First Mars simulation in Israel - the first round has ended successfully

A simulation of a base on Mars, with several models of the giant ship that Elon Musk will use for development. Source: Elon Musk / SpaceX.

Elon Musk's space settlement vision

One of four devices that researchers are testing for use on Mars. (Photo: NASA)

NASA wants to send a tricorder to Mars

Visualization of the "Interplanetary Transportation System" (ITS) against the background of Jupiter's Great Red Spot. According to Musk, the system's motorized landing capability could allow it to reach even the distant moons of Jupiter, anywhere in the solar system. Source: Spice X.

Will Elon Musk and SpaceX establish the first human colony on Mars?

Astronaut Clayton Anderson watches a drop of water and its reflection in the space shuttle Discovery. The cohesion of water in microgravity is different than on Earth. Photo: NASA

Save Mark Watney - the technology. Part 2: Water and Air

The "HAB" as seen in the movie "Saving Mark Watney". Photo: FOX

Saving Mark Watney, The Technology – Chapter 1: Home on Mars

An artistic interpretation of the Frantal Martian plane. Image: NASA

NASA's "Frantel" space plane will fly over Mars

Artist illustration of "The Living Mars" Illustration by Kevin Gill, NASA

Students propose to "green" Mars using blue bacteria

An American spaceship wanders through space and is exposed to cosmic radiation. Illustration: shutterstock

Strong cosmic radiation can cause danger to astronauts flying to Mars

The first planned colony on Mars. Photo: Mars One/Brian Versteeg

"The Martians of the Mars One program will die in about two months"

A futuristic colony on Mars. Illustration: shutterstock

The future of the future - colonies on Mars - not science fiction / Yankee Margalit

Low-Density Supersonic Decelerator (LDSD) - a flying saucer-like device designed to simulate the landing of large spacecraft on Mars.

Experimental failure of the spacecraft landing system * The flying saucer crashed into the sea

Illustration of a human expedition to Mars. Credit: NASA

Space - the spaceship "Humanity" / Cameron M. Smith