Do you know about "vortex mathematics"? (Add all the digits until you get a single digit, is part of it)steemCreated with Sketch.

in life •  7 years ago 

This post won't really be describing vortex mathematics, only to mention Marko Rodin and his Rodin Coil; he has many videos on YouTube introducing the concept, and how it can be used to make "over-unity" devices -- devices that give more power than they take to run.

Not "perpetual motion machines" because nothing runs forever -- over-unity devices will still have wear-and-tear to their parts, so they will not move perpetually. Somehow they obtain energy from somewhere we're currently unable to (e.g., zero point energy, as popularized in the kid's movie "Big Hero 6" which was also about father-and-son bonding over underwear recycling).

The reason I mention this, though, is that one technique that's used is to reduce a number to a single digit, by adding all the digits of the number together. Do this repeatedly until you're left with a single digit, which will never be zero (e.g., 1 through 9 are themselves; 10 would be 1+0 = 1, etc).

A large example, along with a couple methods

8,675,309 would be 8+6+7+5+3+9 = 38; then, 3+8 = 11; then, 1+1 = 2.

Another way of doing it without needing a calculator, is by "removing the 9s" -- because anything plus 9 ends up resolving to the same single-digit number: 2+9 = 11, then 1+1 = 2; etc. So with this method, I'd say "drop the last digit; then, the 8 can combine with 1 of the 3 to make a 9 and drop it; and the 7 can combine with the other 2 from the 3, and drop that. Then we're left with a 6 and a 5, which we can do in our head 6+5 = 11, then 1+1 = 2."

Alternately, when you get to the 6 and a 5, you could remove a 9 by taking 3 away from the 5 and discarding it with the 6; then you're left with 2, as well.

Formally, it's: remove any 9s; then, combine any 8s with 1s, and if there aren't 1s, go up to 2s, 3s, etc. Remove all 9s and you're left with a single digit.

My heading contains three "1"s! (No, it doesn't, but I'll post this anyway!)

The reason I started this post was because I (thought I) had seen my heading contain three numbers that all added up to "1" via the vortex math technique:

461 -> 4+6+1 = 11 -> 1+1 = 2; 885 -> 8+8+5 = 21 = 2+1 = 3; and 588 => 5+8+8 = same as the middle one, result of 3.

So I wrote all the above thinking that my heading had three numbers that added up to 1, but I was completely wrong; they add up to 2, 3, and 3. Doh! :) I'm posting this anyway, as I wrote a lot and am also including follow-up learning.

Anyway, you can learn more by reading and following the links from here: http://vbm.isteaching.com/

One really neat correlation I noticed: the image they use for the doubling circuit/3-6-9 circuit (it's at the above link, just below the video "Randy's Donuts"), is very similar to the Freemason's logo! Their logo consists of a compass and a square. The compass is the 3-6-9 circuit, and to make the square you just need to extend the lines from points 2 to 4, and points 7 to 5, until they intersect. I made my own version of it to avoid copyright issues:

Vortex math, 2017-08-03 Thu.png

And here's a free Freemason's logo image:

mason logo 420x420.png

(From http://freemasonry.bcy.ca/graphics.html found via http://www.masonic-lodge-of-education.com/masonic-clip-art.html.)

I haven't read about anybody else making the connection between the Freemason's logo and the diagram -- although, to be clear, I'm not saying nobody else has noticed it, just that I happened to notice it independently. I'd be interested to hear of anybody else who did. Enjoy!

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I can understand the method you talk! I used to sum up all the number of the Birthdate of the a person to see the final number. Then used that number to look up the meaning of their horoscope :D

That's so cool! I think it's really neat that certain techniques are used interchangeably in different fields. Like, if a mechanic can work on a car's engine, he can pretty much work on a boat's engine, or a tractor's.

good article. But math is not my skill !!!

Thanks! I hope to educate and enlighten, and if not, at least entertain. :)

Mathematics... my worst enemy :D

Maths has always been headache for me in school. You must be a genius

Yeah -- my mom wouldn't tell me my IQ until after I graduated from college. She didn't want me to figure I didn't need to work as hard in school. Truth is, I didn't, for many subjects -- but my social life is a constant struggle; there's always balance, of some sort...

I really like finding shortcuts, like the one I pointed out, the second method above. And some of them are simple, like when giving change: if the customer gives $10 for an item that costs $X.Y where Y is greater than zero, the bills to return are 10 - X - 1. (I also like thinking in variables, as it helps make my thoughts more generic so they can be applied in more situations.)

So for a more concrete example, the total is $3.69 out of $10. The bills part is easy: $10 - 3 is 7, then subtract one more to get 6. So, give the customer a 5 and a 1, and then some change: 100 - 69 = 31 cents.

I'm not sure I'm making sense, let me know if I've confused... :)

Your mother is a good mother. My head is turning right nw too. 👏👏👏👏👏👏 u are a genius.

Thanks man! She really is -- and, today is Mother's Day, we're about to take her out to dinner! :)

Her 73rd Birthday!

Wow. I wish her long life.

Very nice. Enjoy the day and hapi mother's day.

Are you a mathematician, engineer, scientist or all of them? lol

Guilty as charged! :)

I think they used to call my type a "Renaissance man"...

Or, less flatteringly, "jack of all trades; master of none."

Used to be a master of software automation, but now I can't remember so well due to the concussions, which makes software development basically impossible. Perhaps I've found a new medium, here...

That is pretty cool. Is software automation doing thing in the program itself or is it working on application, something like PLC (Programmable Logical Control) in Electrical control system?

In my case, the automation I've done has been in three main "hats" of software development: developer, builder, and tester. At one place I automated the installation process, which had a lot of quirks to it.

For instance: when a (Windows) installer starts up, there exists a "Next" button -- but it's grayed out for a few seconds while it's loading, and then become active.

So I couldn't just "wait for 'Next' button to appear", which I had written generic code for; I then had to write a "wait for 'control' to become active". And other similar hurdles.

Once completed, my automation would run at the fastest speed possible on the computer it was running on -- and no faster. It would never try to move forward when it was unable to. The sales/marketing folks really loved watching my demo!

There was one installer which was really poorly coded -- after user clicked the "Finish" button, and after the window goes away, it continued to do some processing. So I had to write several other routines for that: "what process is running this window?", so I'd know the process; and then after clicking "Finish", "wait for process to exit", and then I'd have captured all the actions that the installer took.

More recently I've been using Jenkins, a continuous automation server, to add post-build tests, and pre-checkin tests. Perl is my favorite scripting language, although Python is interesting as well. Not programming these days, I forget too much. Hopefully that'll change; we shall see.

You are a genius. I wish you can reintroduce that CTRL ALT DEL combo. Every time my laptop hang, I have to detach the battery for reset. so inconvenient.

Thanks!

Have you tried holding the power button down for 5 seconds? (If that doesn't work, try 10 seconds, some models are different.) At least then you won't have to unplug cables and flip the thing over! :)

Thanks for that tip. I would certainly try that next time