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Clearest sign of life ever found on Mars, says Nasa

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NASA Perseverance Rovers Stunning Find May Be Mars First Sign of Life

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NASA Says Mars Rover Discovered Potential Biosignature Last Year

NASA says rock sample from Mars has potential 'biosignature' of life

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Is There Life on Mars? This Rock May Hold the Answer

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Rocks found by NASA's Mars rover offer strongest hints yet of past life

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Redox-driven mineral and organic associations in Jezero Crater, Mars

Martian rock contains clearest sign of ancient life on Mars, NASA says

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NASA seeks new ride to bring potential evidence of Mars life to Earth

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Will we find life on Mars by 2050?

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"No human is going to Mars anytime soon, if ever. "

"We will not go [to Mars] until the American people and the international community are ready and decide that it is a priority."

"No earlier than 2040 and no later than 2100."

NASA may send humans to Mars "approximately in the 2030s."

"NASA is developing the capabilities needed to send humans to an asteroid by 2025 and Mars in the 2030s."

"If those [uncrewed] landings go well, then the first crewed flights to Mars will be in 4 years."

"We will lead the world in space and reach Mars before the end of my term."

Will the US Send Astronauts to Mars?

NASA's Perseverance rover has discovered rock samples in Mars' Jezero Crater containing distinctive mineral patterns, known as "leopard spots" and "poppy seeds," that could indicate ancient microbial life activity dating back to approximately 3.7 billion years ago.

NASA's Perseverance rover has discovered rock samples in Mars' Jezero Crater containing distinctive mineral patterns, known as "leopard spots" and "poppy seeds," that could indicate ancient microbial life activity dating back to approximately 3.7 billion years ago.

The rock samples — including one named Sapphire Canyon from Cheyava Falls — contain iron-rich minerals vivianite and greigite alongside organic carbon, sulfur and phosphorus compounds that on Earth are associated with microbial metabolism.

New York Post

The rock samples — including one named Sapphire Canyon from Cheyava Falls — contain iron-rich minerals vivianite and greigite alongside organic carbon, sulfur and phosphorus compounds that on Earth are associated with microbial metabolism.

Scientists have discovered mineral patterns formed through redox reactions at low temperatures in clay-rich mudstones within the Bright Angel Formation. These conditions could have supported microbial life rather than high-temperature geological processes.

Scientists have discovered mineral patterns formed through redox reactions at low temperatures in clay-rich mudstones within the Bright Angel Formation. These conditions could have supported microbial life rather than high-temperature geological processes.

The discovery was published in the journal Nature on Wednesday, following a year of peer review, during which researchers were unable to find alternative non-biological explanations for the specific combination of minerals and their distribution patterns.

The discovery was published in the journal Nature on Wednesday, following a year of peer review, during which researchers were unable to find alternative non-biological explanations for the specific combination of minerals and their distribution patterns.

Acting NASA Administrator Sean Duffy stated that this is the closest evidence of discovering ancient life on Mars. However, scientists emphasize that the findings constitute potential biosignatures that require further study rather than definitive proof.

Daily Mail

Acting NASA Administrator Sean Duffy stated that this is the closest evidence of discovering ancient life on Mars. However, scientists emphasize that the findings constitute potential biosignatures that require further study rather than definitive proof.

The samples are among 30 rock cores collected by Perseverance since 2021. However, definitive analysis requires returning them to Earth through NASA's Mars Sample Return mission, which faces budget constraints and potential cancellation.

The samples are among 30 rock cores collected by Perseverance since 2021. However, definitive analysis requires returning them to Earth through NASA's Mars Sample Return mission, which faces budget constraints and potential cancellation.

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The rock samples, including one named Sapphire Canyon from Cheyava Falls, contain iron-rich minerals vivianite and greigite alongside organic carbon, sulfur and phosphorus compounds that on Earth are associated with microbial metabolism.</span

The rock samples, including one named Sapphire Canyon from Cheyava Falls, contain iron-rich minerals vivianite and greigite alongside organic carbon, sulfur and phosphorus compounds that on Earth are associated with microbial metabolism.

Scientists found the mineral patterns formed through redox reactions at low temperatures in clay-rich mudstones within the Bright Angel formation, conditions that could have supported microbial life rather than high-temperature geological processes.</span

Scientists found the mineral patterns formed through redox reactions at low temperatures in clay-rich mudstones within the Bright Angel formation, conditions that could have supported microbial life rather than high-temperature geological processes.

The discovery was published in the journal Nature after a year of peer review, with researchers unable to find alternative non-biological explanations for the specific combination of minerals and their distribution patterns.</span

The discovery was published in the journal Nature after a year of peer review, with researchers unable to find alternative non-biological explanations for the specific combination of minerals and their distribution patterns.

Acting NASA Administrator Sean Duffy stated this represents the closest evidence of discovering ancient life on Mars, though scientists emphasize the findings constitute potential biosignatures requiring further study rather than definitive proof.</span

Acting NASA Administrator Sean Duffy stated this represents the closest evidence of discovering ancient life on Mars, though scientists emphasize the findings constitute potential biosignatures requiring further study rather than definitive proof.

The samples are among 30 rock cores collected by Perseverance since 2021, but definitive analysis requires returning them to Earth through NASA's Mars Sample Return mission, which faces budget constraints and potential cancellation.</span

The samples are among 30 rock cores collected by Perseverance since 2021, but definitive analysis requires returning them to Earth through NASA's Mars Sample Return mission, which faces budget constraints and potential cancellation.

While intriguing, these findings fall far short of proving Martian life and represent another case of scientists getting ahead of the evidence. The same mineral patterns can form through purely chemical processes over billions of years without any biological involvement. Until samples return to Earth for proper laboratory analysis, claims about ancient aliens remain premature speculation.

While intriguing, these findings fall far short of proving Martian life and represent another case of scientists getting ahead of the evidence. The same mineral patterns can form through purely chemical processes over billions of years without any biological involvement. Until samples return to Earth for proper laboratory analysis, claims about ancient aliens remain premature speculation.

New Scientist

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NASA hasn't found life on Mars yet – but signs are promising

NASA Rover Finds Strongest Evidence Yet of Ancient Mars Life

Science & technology

The breakthrough discovery of these leopard-spotted rocks brings us tantalizingly close to confirming life beyond Earth. The mineral signatures found — vivianite and greigite associated with organic compounds — match exactly what microbial life produces on our planet. After exhaustive analysis, no geological process can adequately explain these patterns.

The breakthrough discovery of these leopard-spotted rocks brings us tantalizingly close to confirming life beyond Earth. The mineral signatures found — vivianite and greigite associated with organic compounds — match exactly what microbial life produces on our planet. After exhaustive analysis, no geological process can adequately explain these patterns.

While intriguing, these findings fall short of proving Martian life and signify another case of scientists getting ahead of the evidence. The same mineral patterns can form through purely chemical processes over billions of years without any biological involvement. Until samples return to Earth for laboratory analysis, claims about ancient aliens remain premature speculation.

While intriguing, these findings fall short of proving Martian life and signify another case of scientists getting ahead of the evidence. The same mineral patterns can form through purely chemical processes over billions of years without any biological involvement. Until samples return to Earth for laboratory analysis, claims about ancient aliens remain premature speculation.

There's a 10% chance that we will find life on Mars by 2050, according to the Metaculus prediction community.

There's a 10% chance that we will find life on Mars by 2050, according to the Metaculus prediction community.

NASA/Getty Images

NASA/Getty Images

NASA Rover Finds Strongest Evidence Yet of Ancient Mars Life

NASA Rover Finds Strongest Evidence Yet of Ancient Mars Life

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NASA Rover Finds Strongest Evidence Yet of Ancient Mars Life

NASA Rover Finds Strongest Evidence Yet of Ancient Mars Life

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