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A very small part of the world is gone, leaving vacuum. How does this affect its surroundings?
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A small perfect sphere is suddenly gone. Everything inside is teleported somewhere -- through space or even maybe through time, we're not sure. It's a small sphere, just enough to fit a human sitting on a chair. The perfect vaporization affects everything -- most of the chair, large part of the desk, air. What's left behind is just vacuum. No flash, no explosion, no sound. (The fact that this can happen is the only part I can/want to handwave, but bonus points for a reality check here.)
But what happens to this space moments after it happens? What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
science-based atmosphere vacuum
asked 1 hour ago
Lazar Ljubenović
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up vote
1
down vote
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A small perfect sphere is suddenly gone. Everything inside is teleported somewhere -- through space or even maybe through time, we're not sure. It's a small sphere, just enough to fit a human sitting on a chair. The perfect vaporization affects everything -- most of the chair, large part of the desk, air. What's left behind is just vacuum. No flash, no explosion, no sound. (The fact that this can happen is the only part I can/want to handwave, but bonus points for a reality check here.)
But what happens to this space moments after it happens? What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
science-based atmosphere vacuum
asked 1 hour ago
Lazar Ljubenović
1064
New contributor
Lazar Ljubenović is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |Â
up vote
1
down vote
favorite
up vote
1
down vote
favorite
A small perfect sphere is suddenly gone. Everything inside is teleported somewhere -- through space or even maybe through time, we're not sure. It's a small sphere, just enough to fit a human sitting on a chair. The perfect vaporization affects everything -- most of the chair, large part of the desk, air. What's left behind is just vacuum. No flash, no explosion, no sound. (The fact that this can happen is the only part I can/want to handwave, but bonus points for a reality check here.)
But what happens to this space moments after it happens? What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
science-based atmosphere vacuum
asked 1 hour ago
Lazar Ljubenović
1064
New contributor
Lazar Ljubenović is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
A small perfect sphere is suddenly gone. Everything inside is teleported somewhere -- through space or even maybe through time, we're not sure. It's a small sphere, just enough to fit a human sitting on a chair. The perfect vaporization affects everything -- most of the chair, large part of the desk, air. What's left behind is just vacuum. No flash, no explosion, no sound. (The fact that this can happen is the only part I can/want to handwave, but bonus points for a reality check here.)
But what happens to this space moments after it happens? What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
science-based atmosphere vacuum
science-based atmosphere vacuum
asked 1 hour ago
Lazar Ljubenović
1064
New contributor
Lazar Ljubenović is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 1 hour ago
Lazar Ljubenović
1064
New contributor
Lazar Ljubenović is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 1 hour ago
Lazar Ljubenović
1064
New contributor
Lazar Ljubenović is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 1 hour ago
Lazar Ljubenović
1064
asked 1 hour ago
Lazar Ljubenović
1064
1064
New contributor
Lazar Ljubenović is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
Lazar Ljubenović is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
Lazar Ljubenović is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |Â
add a comment |Â
2 Answers
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up vote
5
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A very similar question was covered in What if series, applied to a glass.
Quoting from there:
We’ll imagine the vacuums appear at time $t=0$.
For the first handful of microseconds, nothing happens. On this timescale, even the air molecules are nearly stationary. For the most part, air molecules jiggle around at speeds of a few hundred meters per second. But at any given time, some happen to be moving faster than others. The fastest few are moving at over 1000 meters per second. These are the first to drift into the vacuum.
After a few hundred microseconds, the air rushing into the glass on the right fills the vacuum completely and rams into the surface of the water, sending a pressure wave through the liquid. The sides of the glass bulge slightly, but they contain the pressure and do not break. A shockwave reverberates through the water and back into the air, joining the turbulence already there.
In a few more milliseconds, it reaches the humans’ ears as a loud bang.
The bang will be pretty loud. I happened once to force open a vacuum chamber not yet fully vented, and though it was not in deep vacuum (just few millibar) it sounded like somebody had given a strong hit with a hammer.
Maybe the shockwave would be strong enough to shatter some fragile glass and damage some MEMS (like the microphones in the telephones).
answered 1 hour ago
L.Dutch♦
62.7k18145294
If you're vacuum chamber did the sound of a hammer something $5m^3$ big would probably shatter all the windows of the house and the vase of your mother-in-law
– Jean-Abdel
1 hour ago
add a comment |Â
up vote
3
down vote
What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
The same thing that happens after a lightning strike heats up the air so much that the hot gasses expand, causing a partial vacuum where the lightning was: air rushes back in really fast because nature abhors a vacuum.
And we all know what goes with lightning: a really loud thunder clap that -- if close enough -- breaks glass and sets off car alarms when the rapidly in-rushing air bounces against other bits of in-rushing air and bounces back.
answered 1 hour ago
RonJohn
11.9k12658
add a comment |Â
2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
5
down vote
A very similar question was covered in What if series, applied to a glass.
Quoting from there:
We’ll imagine the vacuums appear at time $t=0$.
For the first handful of microseconds, nothing happens. On this timescale, even the air molecules are nearly stationary. For the most part, air molecules jiggle around at speeds of a few hundred meters per second. But at any given time, some happen to be moving faster than others. The fastest few are moving at over 1000 meters per second. These are the first to drift into the vacuum.
After a few hundred microseconds, the air rushing into the glass on the right fills the vacuum completely and rams into the surface of the water, sending a pressure wave through the liquid. The sides of the glass bulge slightly, but they contain the pressure and do not break. A shockwave reverberates through the water and back into the air, joining the turbulence already there.
In a few more milliseconds, it reaches the humans’ ears as a loud bang.
The bang will be pretty loud. I happened once to force open a vacuum chamber not yet fully vented, and though it was not in deep vacuum (just few millibar) it sounded like somebody had given a strong hit with a hammer.
Maybe the shockwave would be strong enough to shatter some fragile glass and damage some MEMS (like the microphones in the telephones).
answered 1 hour ago
L.Dutch♦
62.7k18145294
If you're vacuum chamber did the sound of a hammer something $5m^3$ big would probably shatter all the windows of the house and the vase of your mother-in-law
– Jean-Abdel
1 hour ago
add a comment |Â
up vote
5
down vote
A very similar question was covered in What if series, applied to a glass.
Quoting from there:
We’ll imagine the vacuums appear at time $t=0$.
For the first handful of microseconds, nothing happens. On this timescale, even the air molecules are nearly stationary. For the most part, air molecules jiggle around at speeds of a few hundred meters per second. But at any given time, some happen to be moving faster than others. The fastest few are moving at over 1000 meters per second. These are the first to drift into the vacuum.
After a few hundred microseconds, the air rushing into the glass on the right fills the vacuum completely and rams into the surface of the water, sending a pressure wave through the liquid. The sides of the glass bulge slightly, but they contain the pressure and do not break. A shockwave reverberates through the water and back into the air, joining the turbulence already there.
In a few more milliseconds, it reaches the humans’ ears as a loud bang.
The bang will be pretty loud. I happened once to force open a vacuum chamber not yet fully vented, and though it was not in deep vacuum (just few millibar) it sounded like somebody had given a strong hit with a hammer.
Maybe the shockwave would be strong enough to shatter some fragile glass and damage some MEMS (like the microphones in the telephones).
answered 1 hour ago
L.Dutch♦
62.7k18145294
If you're vacuum chamber did the sound of a hammer something $5m^3$ big would probably shatter all the windows of the house and the vase of your mother-in-law
– Jean-Abdel
1 hour ago
add a comment |Â
up vote
5
down vote
up vote
5
down vote
A very similar question was covered in What if series, applied to a glass.
Quoting from there:
We’ll imagine the vacuums appear at time $t=0$.
For the first handful of microseconds, nothing happens. On this timescale, even the air molecules are nearly stationary. For the most part, air molecules jiggle around at speeds of a few hundred meters per second. But at any given time, some happen to be moving faster than others. The fastest few are moving at over 1000 meters per second. These are the first to drift into the vacuum.
After a few hundred microseconds, the air rushing into the glass on the right fills the vacuum completely and rams into the surface of the water, sending a pressure wave through the liquid. The sides of the glass bulge slightly, but they contain the pressure and do not break. A shockwave reverberates through the water and back into the air, joining the turbulence already there.
In a few more milliseconds, it reaches the humans’ ears as a loud bang.
The bang will be pretty loud. I happened once to force open a vacuum chamber not yet fully vented, and though it was not in deep vacuum (just few millibar) it sounded like somebody had given a strong hit with a hammer.
Maybe the shockwave would be strong enough to shatter some fragile glass and damage some MEMS (like the microphones in the telephones).
answered 1 hour ago
L.Dutch♦
62.7k18145294
A very similar question was covered in What if series, applied to a glass.
Quoting from there:
We’ll imagine the vacuums appear at time $t=0$.
For the first handful of microseconds, nothing happens. On this timescale, even the air molecules are nearly stationary. For the most part, air molecules jiggle around at speeds of a few hundred meters per second. But at any given time, some happen to be moving faster than others. The fastest few are moving at over 1000 meters per second. These are the first to drift into the vacuum.
After a few hundred microseconds, the air rushing into the glass on the right fills the vacuum completely and rams into the surface of the water, sending a pressure wave through the liquid. The sides of the glass bulge slightly, but they contain the pressure and do not break. A shockwave reverberates through the water and back into the air, joining the turbulence already there.
In a few more milliseconds, it reaches the humans’ ears as a loud bang.
The bang will be pretty loud. I happened once to force open a vacuum chamber not yet fully vented, and though it was not in deep vacuum (just few millibar) it sounded like somebody had given a strong hit with a hammer.
Maybe the shockwave would be strong enough to shatter some fragile glass and damage some MEMS (like the microphones in the telephones).
answered 1 hour ago
L.Dutch♦
62.7k18145294
answered 1 hour ago
L.Dutch♦
62.7k18145294
answered 1 hour ago
L.Dutch♦
62.7k18145294
answered 1 hour ago
L.Dutch♦
62.7k18145294
62.7k18145294
If you're vacuum chamber did the sound of a hammer something $5m^3$ big would probably shatter all the windows of the house and the vase of your mother-in-law
– Jean-Abdel
1 hour ago
add a comment |Â
If you're vacuum chamber did the sound of a hammer something $5m^3$ big would probably shatter all the windows of the house and the vase of your mother-in-law
– Jean-Abdel
1 hour ago
If you're vacuum chamber did the sound of a hammer something $5m^3$ big would probably shatter all the windows of the house and the vase of your mother-in-law
– Jean-Abdel
1 hour ago
If you're vacuum chamber did the sound of a hammer something $5m^3$ big would probably shatter all the windows of the house and the vase of your mother-in-law
– Jean-Abdel
1 hour ago
add a comment |Â
up vote
3
down vote
What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
The same thing that happens after a lightning strike heats up the air so much that the hot gasses expand, causing a partial vacuum where the lightning was: air rushes back in really fast because nature abhors a vacuum.
And we all know what goes with lightning: a really loud thunder clap that -- if close enough -- breaks glass and sets off car alarms when the rapidly in-rushing air bounces against other bits of in-rushing air and bounces back.
answered 1 hour ago
RonJohn
11.9k12658
add a comment |Â
up vote
3
down vote
What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
The same thing that happens after a lightning strike heats up the air so much that the hot gasses expand, causing a partial vacuum where the lightning was: air rushes back in really fast because nature abhors a vacuum.
And we all know what goes with lightning: a really loud thunder clap that -- if close enough -- breaks glass and sets off car alarms when the rapidly in-rushing air bounces against other bits of in-rushing air and bounces back.
answered 1 hour ago
RonJohn
11.9k12658
add a comment |Â
up vote
3
down vote
up vote
3
down vote
What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
The same thing that happens after a lightning strike heats up the air so much that the hot gasses expand, causing a partial vacuum where the lightning was: air rushes back in really fast because nature abhors a vacuum.
And we all know what goes with lightning: a really loud thunder clap that -- if close enough -- breaks glass and sets off car alarms when the rapidly in-rushing air bounces against other bits of in-rushing air and bounces back.
answered 1 hour ago
RonJohn
11.9k12658
What would a blob of empty space do when placed in the atmosphere -- precisely, in an office full of tech equipment. Would there be an explosion after all? Would it create an energy blast? Would it feel like a wind coming from it or going towards it? Could it do something to the laptops and phones nearby?
The same thing that happens after a lightning strike heats up the air so much that the hot gasses expand, causing a partial vacuum where the lightning was: air rushes back in really fast because nature abhors a vacuum.
And we all know what goes with lightning: a really loud thunder clap that -- if close enough -- breaks glass and sets off car alarms when the rapidly in-rushing air bounces against other bits of in-rushing air and bounces back.
answered 1 hour ago
RonJohn
11.9k12658
answered 1 hour ago
RonJohn
11.9k12658
answered 1 hour ago
RonJohn
11.9k12658
answered 1 hour ago
RonJohn
11.9k12658
11.9k12658
add a comment |Â
add a comment |Â
Lazar Ljubenović is a new contributor. Be nice, and check out our Code of Conduct.
Lazar Ljubenović is a new contributor. Be nice, and check out our Code of Conduct.
Lazar Ljubenović is a new contributor. Be nice, and check out our Code of Conduct.
Lazar Ljubenović is a new contributor. Be nice, and check out our Code of Conduct.
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