- Whats-Your-Frequency-0.mp3
- Whats-Your-Frequency-0.mp4
- Whats-Your-Frequency-I.mp3
- Whats-Your-Frequency-I.mp4
- Whats-Your-Frequency-intro.mp3
[Intro]
What is your frequency
’cause I’d like to be
Tuned in
(To win)
[Verse 1]
Swinging back and forth
Counting, for what it’s worth
The notion…
Of your repetitive motion
[Bridge]
What is your frequency
’cause I’d like to be
Tuned in
(To win)
[Chorus]
Vibration (oscillation)
Electromagnetic (such beautiful music)
Do you vibrate (at my rate)
[Verse 2]
The energy level
Of your quantum state
Angel or devil…
How do you participate
[Bridge]
What is your frequency
’cause I’d like to be
Tuned in
(To win)
[Chorus]
Vibration (oscillation)
Electromagnetic (such beautiful music)
Do you vibrate (at my rate)
[Bridge]
What is your frequency
’cause I’d like to be
Tuned in
(To win)
[Outro]
Vibration (oscillation)
Electromagnetic (such beautiful music)
Do you vibrate (at my rate)
A SCIENCE NOTE
Frequency in Terms of Motion
In physical motion, frequency refers to the number of cycles or oscillations that occur in a given unit of time. For instance:
- In a pendulum, frequency describes how many times the pendulum swings back and forth in one second.
- For a vibrating string, frequency corresponds to how quickly the string oscillates.
In this context, frequency is tied to the repetitive motion of something with mass or the oscillation of a wave, like sound or water waves.
Frequency in Terms of Existence
When considering phenomena like light or quantum fields, frequency is less about motion in the classical sense and more about the intrinsic oscillatory nature of the entity’s “existence” in its field or state:
- For light, frequency describes the oscillation rate of electric and magnetic fields in an electromagnetic wave. It’s not tied to the motion of a particle but rather the energy of the wave—higher frequency corresponds to higher energy.
- In quantum mechanics, the frequency of a wavefunction corresponds to the energy level of a quantum state, representing probabilities rather than classical motion.