/sci/ - Science & Math

[Anonymous No.2036236]

<span class="math">nh\omega \approx mc^2 = m\frac{\mathbb{E}}{\mathbb{B}} = pd\omega = mcd\omega[/spoiler] Where <span class="math">\frac{\mathbb{E}}{\mathbb{B}} = 1 = c[/spoiler].
<span class="math">m = \frac{nh\omega}{c^2}[/spoiler]
Constants:
h is planck action
c is the speed of light over empty space
Variables:
<span class="math">\mathbb{B}[/spoiler] is the magnetic field
d is a distance
<span class="math">\mathbb{E}[/spoiler] is the electric field
n is the number of bits
m is the rest mass <span class="math">m\neq 0[/spoiler]
p is the momentum
<span class="math">\omega[/spoiler] is the frequency

What can I do to isolate m in dimensionless terms and define them as a relationship to the number of n-bits?

[Anonymous No.2036247]

>>2036236
OP, Shouldn't the ratio of the fields be squared?

[Anonymous No.2036285]

I think we want natural units.

http://en.wikipedia.org/wiki/Natural_units

[Anonymous No.2036351]

>>2036236
<span class="math">\lim_{m \to 0} m = \frac{nh\vec{\omega}}{c^2}[/spoiler]?

[Anonymous No.2036470]

Anyone have a non-paywall link to "Dead matter has memory!"?