There are 300 million (or more) of Earth-like planets in our galaxy
How many Earth-like planets are in our galaxy? The search for celestial bodies in a "habitable" area becomes more precise: shocking numbers.
How many Earth-like planets are in our galaxy? The search for celestial bodies in a "habitable" area becomes more precise: shocking numbers.
A direct fusion engine being studied between Princeton and Turin can reduce the duration of a space trip, and exploit other advantages.
A more accurate estimate of the data available to us allows a research team to define a rather precise number of alien civilizations in our galaxy
In the imaginary of science fiction space travel is possible thanks to a form of hibernation practiced on astronauts. Science takes steps towards animation suspended in recent research.
Its terrible atmosphere has always prevented direct observations, but the data collected seem to confirm the thesis: there are still active volcanoes on Venus.
The largest study of the composition of exoplanets reveals a surprising reality: water on other planets is practically everywhere. Cambridge revolutionizes the search for extraterrestrial life
An engineer at NASA creates a helical motor which he says bypasses the third law of dynamics and can reach 99% of the speed of light.
A team of scientists speculate that Venus was habitable and housed life until a mysterious planetary catastrophe 700 million years ago.
In the projects of its founder, Asgardia will be an "archipelago" of large orbiting space stations capable of hosting up to 15 million people.
An exoplanet called k2-18p is at an acceptable distance from its star and is capable of hosting biological life.
The aircraft, announced in May 2018, will be able to detach itself from the Martian rover and travel on its own, exploring the surface of the red planet.
In just 10 years we will see 2 missions in search of life on Europe, one of the most habitable places in the solar system beyond Earth (except on Saturday evening).
The world awaits new landings on the moon and then on Mars, but I say: remember the asteroids, here are at least 4 good reasons to do it.
Dragonfly will land near the Equator of Titan, among dunes apparently composed of layers of solid hydrocarbons. It will be powered by plutonium like the Martian rovers, and with its eight rotors it will cover much more distance than any space predecessor.
Easier to use, less complex, less expensive, lighter: "soft" air robots can be really useful in space exploration.
BioSentinel is one of the 13 projects planned for the Artemis 1 mission scheduled for mid 2020. 47 years after the last launch of living organisms (Apollo 17, which reached the Moon in December 1972).
8 and a half billion euros, collaborations with the West and a detailed plan that has already started and will be completed in record time: in Beijing they are serious.
A robotic spacecraft as big as a house, equipped with 4 different rovers, just to bring up what you need: on subsequent trips, by 2024, the lander will bring the first "colonists" with him.
There is no longer any controversy surrounding NASA's development of the prototypes...
The question was referring to the fact that it seemed strange to him that we were not receiving any transmissions...
Technically they never moved, in fact they just opened the doors of this...