For the first time in history .. Listen to the world the voices of Mars



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It was recorded by the probe "Insight" of the red planet and sent to the Earth

Sensitive sensors aboard NASA's INSIGHT probe recorded "Mars Voices" in the first case of the Red Planet's invasion.

NASA has launched an audio-video recording of wind sounds on Mars, recorded by an atmospheric pressure sensor developed in Britain.

The probe detected a weak "rumble" or "squeak" caused by vibrations caused by air on Mars.

"The sound of the wind on Mars reminds us to be sitting on the balcony and hearing the sound of the light wind one evening in the summer," told reporters Don Banfield, a professor at the university. Cornell University.

But the sound of Mars winds has another meaning: it's the first time that a human ear hears a Mars sound.

"The sound of the" wind "on Mars is different from anything we've experienced or experienced in the field, says Thomas Pike, a scientist at Imperial College London." We think this gives us another way to think about the distance that separates us from these signals. "

The probe was able to record air on Mars using the ultra-sensitive seismic sensor and the atmospheric pressure sensor. The recording took place in different ways, reported the Daily Mail.

The seismic sensor detects oscillations during wind movement and passes over the solar panels of the probe, which are approximately two meters long, while the atmospheric pressure sensor directly records the air vibrations caused by the change of air.

The wind speed on Mars is estimated at around 16-25 kilometers at the time.

For the first time in history .. Listen to the world the voices of Mars


previously

Sensitive sensors aboard NASA's INSIGHT probe recorded "Mars Voices" in the first case of the Red Planet's invasion.

NASA has launched an audio-video recording of wind sounds on Mars, recorded by an atmospheric pressure sensor developed in Britain.

The probe detected a weak "rumble" or "squeak" caused by vibrations caused by air on Mars.

"The sound of the wind on Mars reminds us to be sitting on the balcony and hearing the sound of the light wind one evening in the summer," told reporters Don Banfield, a professor at the university. Cornell University.

But the sound of Mars winds has another meaning: it's the first time that a human ear hears a Mars sound.

"The sound of the" wind "on Mars is different from anything we've experienced or experienced in the field, says Thomas Pike, a scientist at Imperial College London." We think this gives us another way to think about the distance that separates us from these signals. "

The probe was able to record air on Mars using the ultra-sensitive seismic sensor and the atmospheric pressure sensor. The recording took place in different ways, reported the Daily Mail.

The seismic sensor detects oscillations during wind movement and passes over the solar panels of the probe, which are approximately two meters long, while the atmospheric pressure sensor directly records the air vibrations caused by the change of air.

The wind speed on Mars is estimated at around 16-25 kilometers at the time.

The last spring

The time now is 10:26 AM


It was recorded by the probe "Insight" of the red planet and sent to the Earth

Sensitive sensors aboard NASA's INSIGHT probe recorded "Mars Voices" in the first case of the Red Planet's invasion.

NASA has launched an audio-video recording of wind sounds on Mars, recorded by an atmospheric pressure sensor developed in Britain.

The probe detected a weak "rumble" or "squeak" caused by vibrations caused by air on Mars.

"The sound of the wind on Mars reminds us to be sitting on the balcony and hearing the sound of the light wind one evening in the summer," told reporters Don Banfield, a professor at the university. Cornell University.

But the sound of Mars winds has another meaning: it's the first time that a human ear hears a Mars sound.

"The sound of the" wind "on Mars is different from anything we've experienced or experienced in the field, says Thomas Pike, a scientist at Imperial College London." We think this gives us another way to think about the distance that separates us from these signals. "

The probe was able to record air on Mars using the ultra-sensitive seismic sensor and the atmospheric pressure sensor. The recording took place in different ways, reported the Daily Mail.

The seismic sensor detects oscillations during wind movement and passes over the solar panels of the probe, which are approximately two meters long, while the atmospheric pressure sensor directly records the air vibrations caused by the change of air.

The wind speed on Mars is estimated at around 16-25 kilometers at the time.

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