Name: Multiplying a Number and Its Vortex Sum Results in the Same Vortex Sum
Uploaded: 2025-12-02T04:46:36+00:00
Duration: 26 min 35 s
Description: In this video I show that multiplying a number or its vortex sum (summing digits until a single digit is obtained) yields the exact same vortex sum. This is the cause of nearly all of the amazing vort

15 hours ago

Health & Science Education vortex math rodin coil vortex coil free energy over unity modular arthimetic toroidal coil windings arithmetic

In this video I show that multiplying a number or its vortex sum (summing digits until a single digit is obtained) yields the exact same vortex sum. This is the cause of nearly all of the amazing vortex math patterns! I derive why this is the case, which works for any integer multiple and any general base number system, by showing that the multiples always yields a factor of 9 (or base - 1) plus the remainder multiple. Thus the remainder governs the vortex pattern. And since final remainder is a single digit, which is limited to the base number system, then it means we will ALWAYS have a repeating pattern regardless if the multiplying numbers grow very large. Quite fascinating!

#math #vortexmath #modulararithmetic #numbertheory #education

Timestamps:

- Factor of 9 means whole number can be divided cleanly by 9 – 0:00
- Writing numbers as factors of 9 results in the remainder being the vortex sum – 0:57
- 11 and 11 * 6 are both written as factors of 9, and remainder governs vortex sum – 2:54
- Multiplying 11 or its vortex sum 2 by 6 results in the same vortex sum! – 3:58
- Proof for any integer and base number system – 4:52
- Multiplying an integer by another integer still yields a factor of (base - 1) – 7:20
- Vortex sum is same as vortex sum of the multiple – 11:29
- Example: (base 10) 17 * 4 v= 8 – 12:30
- Example: (base 8) 15 * 4 v= 3 – 15:00
- Easier to just determine the vortex sum of the remainder as numbers get large – 21:24
- This is the causation of most vortex math patterns! – 23:39
- Infinite numbers but only a finite number of single digit base numbers – 26:16