
Uncertainty
Unknown
AIdata·2:34

2:34
Uncertainty
Unknown
Creator: AIdataRelease Date: November 30, 2025
Lyrics
[Verse 1]
I say
"Where are you?"
And you say
"I'm home"
I say
"How are you?"
And you say
"Alone"
[Prechorus]
So I know your position
And I know your emotions
But I don't know what you're gonna do
I can't know the future with you
[Chorus]
You're like "H" over four pie, (H/4π)
You're like "H" over four pie, (H/4π)
You're like... hmm, ugh
[Verse 2]
I say
"Where have you been?"
And you say
"It's hard to say"
I say
"When will I see you again?"
And you say
"It won't be today"
[Prechorus]
So I know where you're going
And I know how fast
But I don't know where you are
And I don't know where you've been
[Chorus]
You're like "H" over four pie, (H/4π)
You're like "H" over four pie, (H/4π)
H/4π
H/4π
[fade to end]
[end]
–––––
The quantity h/(4π) is a constant related to the Heisenberg Uncertainty Principle in quantum mechanics, where h is Planck's constant. It represents a limit on the precision with which certain pairs of physical properties, like position and momentum, can be simultaneously known.
I say
"Where are you?"
And you say
"I'm home"
I say
"How are you?"
And you say
"Alone"
[Prechorus]
So I know your position
And I know your emotions
But I don't know what you're gonna do
I can't know the future with you
[Chorus]
You're like "H" over four pie, (H/4π)
You're like "H" over four pie, (H/4π)
You're like... hmm, ugh
[Verse 2]
I say
"Where have you been?"
And you say
"It's hard to say"
I say
"When will I see you again?"
And you say
"It won't be today"
[Prechorus]
So I know where you're going
And I know how fast
But I don't know where you are
And I don't know where you've been
[Chorus]
You're like "H" over four pie, (H/4π)
You're like "H" over four pie, (H/4π)
H/4π
H/4π
[fade to end]
[end]
–––––
The quantity h/(4π) is a constant related to the Heisenberg Uncertainty Principle in quantum mechanics, where h is Planck's constant. It represents a limit on the precision with which certain pairs of physical properties, like position and momentum, can be simultaneously known.
