\n\n<\/p>
[Intro]
\nFa, fa, fa
\n(Phase) shift
\n(Wave) drift
\nFa, fa, fa (Phase)<\/p>\n
[Bridge]
\nCan you relate
\n(Calculate)
\nRelativity
\n(Delta t)
\nSignal synchronization
\n(Configuration)<\/p>\n
[Refrain]
\nFa, fa, fa
\n(Phase) shift
\n(Wave) drift
\nFa, fa, fa (Phase)
\nChange (rearrange)
\nTime (n’ a rhyme)<\/p>\n
[Bridge]
\nCan you relate
\n(Calculate)
\nRelative… (can you see)
\nDelta t
\n(Time delay)
\nCan you say
\n(“Signal synchronization”)
\nWave manipulation
\n(Starting to see holography)
\nInterferometry<\/p>\n
[Refrain]
\nFa, fa, fa
\n(Phase) shift
\n(Wave) drift
\nFa, fa, fa (Phase)
\nChange (rearrange)
\nTime (n’ a rhyme)<\/p>\n
[Outro]
\nFa, fa, fa
\n(Phase) shift
\n(Wave) drift
\nFa, fa, fa (Phase)
\nChange (rearrange)
\nTime (n’ a rhyme)
\nDelay (delay, delay)
\nLet’s hear you say
\n“Delay” (delay, delay)
\nOK (OK, OK)<\/p>\n
ABOUT THE SONG
\nA phase shift is a horizontal translation of a periodic function, like a sine wave, along the x-axis. It represents a change in the starting point of a waveform’s cycle and can be found by solving for the horizontal shift in the function’s equation.\u00a0<\/span><\/p>\n