¹ Oh how much confusion
Grows from small events
When the units are confused
It fouls up our measurements

² Even with the words we choose
To explain what we have found
In the lab, for things we’ve had
Can easily confound

³ An example is the “photon"
Some say is from hf
Planck’s Constant times the frequency
Was its original intent

⁴ Is it the entire resonant field
Or just a unit of that stuff?
If n = the number of full quanta,
nhf is then enough

⁵ However,
f is in cycles per second
That means that we assume
The pulse is a whole second long
And all of it consume

⁶ That means it’s not just energy
But "Power" we produce
Which can be useful as can be
But still, it can confuse

⁷ Yet,
In resonant fields that overlap,
They do so wave-by-wave
Which may include some different n
Which says how they behave

⁸ If the n does modulate
in a series of wavelengths
It’s like an old time radio show
In quantized even strengths

⁹ When their fields do overlap
Their Einstein Codes combine
The patterns that result from them
New features they define.

¹⁰ When Einstein Codes combine
It’s like cryptography
They’re pseudorandom in their works
So, results always agree

¹¹ So there needs to be a better
Way to measure energy
On a cycle-for-cycle basis
As it relates to what we see

¹² The question is, how much there is
In just one wavelength long
We divide by the number of cycles
And get E = nhf/f = nh, is how strong

¹³ In this case, the h we find,
Has come from energy
Numerically like Planck’s original
But now it’s a measure of quantized Energy

¹⁴ Thus, in the common photon field
The amount of Energy
Is a result of quantized resonance
Regardless of frequency

¹⁵ It sure is appropriate
To give it a fine name
We call it, “planck” for dear old Max
Since his work, brought on his fame

¹⁶ Now when we map the resonant fields
Much easier it’s been made
We’ll see how fields do interact
Thanks to this fine new aid

¹⁷ Let’s make science easy
Let’s make it fun for sure
So you’ll remember more of it
And, your education will endure