- Joined
- Sep 9, 2022
- Messages
- 474
Ghetto. This is huge.OK, so it's now official,
I finally have a way to measure HIM content of water.
For me, this finally proves it's existance, and also enables a way forward in absolutely knowing which waters are better than others.
The solution is to measure UV absorbtion of around 290nm using a spectrophotometer (this was actually discovered by James DeMeo).
These machines can be quite expensive, so true to my moniker, I got mine the cheapest way I could by buying 2 old damaged units which were liquidated by a major Australian university.
From the 2 units, I was able to make one which works perfectly, with a few spare parts to boot.
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Before I ended up settling on my own solution however, I was leaning towards DIYing one.
IMO it would still be possible to ghetto one by using a cheap UV bulb or UV LED shine through a quartz cubette and detect with a sensor attached to an arduino.
You can also buy a very basic brand new spectrophotometer which can work in UV such as the 752N (still quite expensive though).
Anyway, I finally took my first set of measurements @290nm:
> fluoridated tap water from the faucet (for a baseline control) = -0.001 ABS
> springwater stored 10 days in sealed glass bottle = 0.027 ABS
> springwater stored 10 days in sealed glass bottle in a MEOW kettle = 0.038 ABS
* The springwater was collected from a pool where it was exposed to sunlight.
I have good reason (due to Vinny Pinto's results) to believe that the UV absorbtion of HIM water is zero if it hasn't previously been exposed to sunlight.
To test this, after measuring I placed both my springwater samples in winter sunlight for 40 mins and re-measured, and on both samples the ABS increased by ~0.010 ABS
What does this mean...
> my limestone spring water absorbs UV light, unlike fluoridated tap water. (as expected)
> the UV absorbtion effect increases after storage in a MEOW device. (as expected)
> the UV absorbtion effect increases after exposure to sunlight. (not necessarily expected)
Thanks for bringing this to our attention and thanks to James De Meo of Reichian Orgone Research too.
Well done ghettoing those two spectrophotomers. What was your spend on those two and how much would it have been buying something like that new?
Now here's my next and possibly more interesting question:
WHY is HIM water absorbing UV light in the 290nm range? well, forget about the wavelength. Just the UV part is interesting.
Let's look at this.
Sunlight scatters HIM.
It kills the early stages of development of our different matters that need to be nourished in the dark or in moonlight / starlight.
So why would the HIM aspect of the water absorb UV light?
Here's my theory - forgive me if you or anyone has already proposed this.
HIM water is more healthy than fluoridated or regular crappy water.
the healthy portion absorbs the unhealthy aspect of the solar rays, much like a shield.
There.
That's it.
Thoughts?