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PNSB Fermentation and PNSB Exotic Energy Device Photos

 

ver. 1.2.0; last updated 09/03/2017

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Prefatory Note
The term PNSB refers to purple non-sulfur bacteria. PNSB microbes are a type of syntropic antioxidative microbes (SAM), and PNSB microbes are beneficial microbes that exhibit almost magical health-giving, healing, rejuvenative and regenerative properties for humans, animals, plants, and for complex ecological systems such as soils, water in lakes, ponds and waterways.

There are 3 groups of photos below:
Each photo bears a complete descriptive caption below it.

 
Photos of PNSB Photofermentation Projects
See photos below of some of my experimental batches of high-PNSB fermented liquid brews that I have created over the past 8 months.  Some of the photos show ferments containing a level of PNSB microbes as high as 2x10E+10 cfu/ml (that is, 10 billion microbes per milliliter of liquid). Some of the photos depict bottles of the liquid cultures sitting in a window and backlighted by sunlight, showing the deep dark red color of some of the cultures. One batch was brewed in a 2.5 gallon LDPE Cubitainer bag, and two of them were brewed in 5 gallon LDPE Cubitainer bags.

The small bottle of red liquid (see below) contains a sample of my 5 gallon batch 5A-1 of purple non-sulfur bacteria (PNSB) growing in a microbial consortium (a modified high-pH SAMT4 consortium) as the batch nears the end of its 40+ day incubated photofermentation.

This batch is extremely high in levels of Rhodopseudomonas palustris and Rhodobacter sphaeroides: the microbial count of Rhodopseudomonas palustris is about 3x1010 cfu/ml (colony-forming units per ml, aka cfu/g or cfu g-1) and the count of Rhodobacter sphaeroides is about 2x108 cfu/ml.

The pH of the liquid is about 7.5, and the ORP (oxidation-reduction potential) is about -410 mv.

The liquid is not only very high in levels of the near-magical syntropic (negentropic) antioxidative PNSB microbes, but also exhibits extremely high levels of beneficial exotic energies, aka chi (aka prana).

The color of the liquid is a deep and vivid scarlet (a shade of red), with a hint of vermillion (also a shade of red) and, at times, appearing almost blood red. Since the liquid is a very deep and dark red in color, and appears to be a dark and almost totally opaque red when viewed under normal levels of indoor lighting, for the purposes of procuring a photograph that would clearly and brilliantly depict the color, for the purposes of the photo shoot the bottle was placed in a window where it was exposed to ~25,000 lux of sunlight as backlighting from behind and from a steep angle above the bottle.

The second photo of the same bottle shows the red color of the brew even more brilliantly, as it was shot later in the day (on the same day as the first photo) at a time when the bottle was backlit/sidelit by about 35,000 lux of sunlight coming from a much lower angle in the sky. Under this condition, the liquid in the bottle appears almost luminescent; it seems to glow, and the actual color of the liquid is thus greatly highlighted.


This photo depicts three one-quart bottles of experimental PNSB-rich brews that I grew in late 2016. The three bottles depicted in the photo had been brewing for about 12 days when the photo was taken.
This photo depicts three one-quart bottles of experimental PNSB-rich brews that I grew in late 2016. The three bottles depicted in the photo had been brewing for about 12 days when the photo was taken.


This photo shows PNSB Batch 4A-1-5G, a 5 gallon batch, after 26 days of fermentation, and at the end of stage 1 of fermentation. For purposes of showing the color, the LED illumination panels in the box were turned off, and the bag was backlit with a 40 watt white tungsten filament incandescent lamp.
This photo shows PNSB Batch 4A-1-5G, a 5 gallon batch, after 26 days of fermentation, and at the end of stage 1 of fermentation. For purposes of showing the color, the LED illumination panels in the box were turned off, and the bag was backlit with a 40 watt white tungsten filament incandescent lamp.


This photo shows PNSB Batch 4A-2-2.5G, a 2.5 gallon batch, after 20 days of fermentation, and at the end of stage 1 of fermentation. For purposes of showing the color, the LED illumination panels in the box were turned off, and the bag was backlit with a 40 watt white tungsten filament incandescent lamp.
This photo shows PNSB Batch 4A-2-2.5G, a 2.5 gallon batch, after 20 days of fermentation, and at the end of stage 1 of fermentation. For purposes of showing the color, the LED illumination panels in the box were turned off, and the bag was backlit with a 40 watt white tungsten filament incandescent lamp.


This photo shows PNSB Batch 4A-3-5G, a 5 gallon batch, after ~15 days of fermentation, and about 6 days from reaching the end of stage 1 of fermentation. The color of the liquid is very dark red/dark purple. The lighter areas at the top are regions where CO2 has formed pockets of gas at the top of the bag, and thus the liquid is not touching the bag at these points. For purposes of showing the color, the LED illumination panels in the box were turned off, and the photo of the bag was shot only using ambient room light The liquid in the 5 gallon bag was such a deep dark red-purple that backlighting the bag to show the color of the liquid would not have worked unless the light source was incredibly strong, perhaps as strong as noontime sunlight!
This photo shows PNSB Batch 4A-3-5G, a 5 gallon batch, after ~15 days of fermentation, and about 6 days from reaching the end of stage 1 of fermentation. The color of the liquid is very dark red/dark purple. The lighter areas at the top are regions where CO2 has formed pockets of gas at the top of the bag, and thus the liquid is not touching the bag at these points. For purposes of showing the color, the LED illumination panels in the box were turned off, and the photo of the bag was shot only using ambient room light The liquid in the 5 gallon bag was such a deep dark red-purple that backlighting the bag to show the color of the liquid would not have worked unless the light source was incredibly strong, perhaps as strong as noontime sunlight!



This photo shows a small bottle containing a sample of my 5 gallon batch 5A-1 of purple non-sulfur bacteria (PNSB) growing in a microbial consortium as the batch nears the end of its 40+ day incubated photofermentation. This batch is extremely high in counts of Rhodopseudomonas palustris and Rhodobacter sphaeroides. The color is a vivid scarlet (a shade of red), with a hint of vermillion (a shade of red) and, at times, appearing almost blood red. The pH of the liquid is about 7.5, and the ORP (oxidation-reduction potential) is about -410 mv.
This photo shows a small bottle containing a sample of my 5 gallon batch 5A-1 of purple non-sulfur bacteria (PNSB) growing in a microbial consortium as the batch nears the end of its 40+ day incubated photofermentation. This batch is extremely high in counts of Rhodopseudomonas palustris and Rhodobacter sphaeroides. The color is a vivid scarlet (a shade of red), with a hint of vermillion (a shade of red) and, at times, appearing almost blood red. The pH of the liquid is about 7.5, and the ORP (oxidation-reduction potential) is about -410 mv.


This is the second photo of the same bottle as above. This newer photo shows the red color of the brew even more brilliantly than the first, as it was shot later in the day (on the same day as the first photo) at a time when the bottle was backlit/sidelit by about 35,000 lux of sunlight coming from a much lower angle in the sky. Under this condition, the liquid in the bottle appears almost luminescent; it seems to glow, and the actual color of the liquid is thus greatly highlighted.
This is the second photo of the same bottle as above. This newer photo shows the red color of the brew even more brilliantly than the first, as it was shot later in the day (on the same day as the first photo) at a time when the bottle was backlit/sidelit by about 35,000 lux of sunlight coming from a much lower angle in the sky. Under this condition, the liquid in the bottle appears almost luminescent; it seems to glow, and the actual color of the liquid is thus greatly highlighted.

Photos of Liquid PNSB Products

Vinny's Red PNSB Concentrate

The below 2 photos show the various sizes and styles of containers in which Vinny has been bottling the very-high-PNSB SAMT4 liquid, colloquially named Vinny's Red PNSB Concentrate. The green box can hold up 50 x 2 ml cryogenic containers with screw caps. Many of the containers have been filled to only the 70%-80% level to allow air space/free space for expansion of the frozen liquid if the product is to be frozen in order to achieve an even longer shelf life. Incidentally, the shelf life of this product when stored in a sealed container in a cool dark place, and left undisturbed, is on the order of 7 years or longer. Shelf life of the bottled products when frozen in a consumer type deep freezer is on the order of 17 years or longer. These shelf life times are drastically increased if the containers of the PNSB-rich liquid are stored within the radius of strong effect of one of Vinny's Coherent Space Quantum Coherence Type 2 devices (see below).

Text on the labels reads as follows:
Vinny's Red PNSB Concentrate
a PNSB-rich SAMT4 Consortia Probiotic Liquid

For external use on skin only; not rated for human consumption.
Instructions: when first using, please use a tiny amount on small area of skin to check for any adverse reactions.

Contains the following beneficial probiotic microbes:
Bacillus subtilis, Bacillus coagulans, Lactobacillus acidophilus, Lactobacillus casei, Lactobacillus plantarum, Lactococcus lactis, Rhodopseudomonas palustris, Rhodobacter sphaeroides, Rhodoplanes roseus. 
Batch: SAMT4 PNSB batch 5A-1-1. Best used by: 10/20/2023.

This photo shows very-high-PNSB SAMT4 liquid from PNSB brew batch 5A-1-5G in various sized containers. This batch has a pH of around 7.5 and exhibits a level of PNSB microbes on the order of at least 2.00x10E+10 cfu/ml.
This photo shows very-high-PNSB SAMT4 liquid from PNSB brew batch 5A-1-5G in various sized containers. This batch has a pH of around 7.5 and exhibits a level of PNSB microbes on the order of at least 2.00x10E+10 cfu/ml.

This photo shows very-high-PNSB SAMT4 liquid from PNSB brew batch 5A-1-5G in various sized containers. This batch has a pH of around 7.5 and exhibits a level of PNSB microbes on the order of at least 2.00x10E+10 cfu/ml.
This photo shows very-high-PNSB SAMT4 liquid from PNSB brew batch 5A-1-5G in various sized containers. This batch has a pH of around 7.5 and exhibits a level of PNSB microbes on the order of at least 2.00x10E+10 cfu/ml.


Photos of Strange Exotic Energy Devices Incorporating High PNSB Ferments
Find below several photos of each of two really exotic and esoteric experimental illumination devices that I have created that use some of my dark red PNSB-rich liquid cultures in bottles. The light emitted by both the lamp device and the laser device exhibits some powerful beneficial exotic energy (aka chi) properties, aka syntropic properties, aka negentropic properties.

Also, find below photos of Coherent Space Quantum Coherent Type 2 PNSB Syntropic Effect Radiators.

There are photos of 3 different devices below:
Luminous Red PNSB Lamp
The first set of photos below offer several shots of my experimental Luminous Red PNSB Lamp, in both the off state and the on state. The rectangular bottles comprising the lamp hold a red liquid high-PNSB culture containing a very high level of PNSB microbes and the metabolites produced by them. The bottles are backlighted by a flat white LED panel mounted behind them; the LED light panel is designed to produce a light spectrum almost identical to that of late afternoon sunlight.

When turned on, whether in a dark room or in a lighted room, the lamp provides a soothing luminous glow in various shades of red and red-orange (each of the four bottles emits a slightly different shade of red). The light from this Luminous Red PNSB Lamp is rich in beneficial syntropic exotic energies imparted by the PNSB microbes and their metabolites, and the light also appears to exhibit some healing and regenerative effects, to a depth of up to about 4 mm, for skin exposed to the lamp at a distance closer than 8 feet.


This photo shows my experimental Luminous Red PNSB Lamp, turned off in a normally-lit room (about 300 lux light intensity). Notice the dark opacity of the liquid in the bottles, causing the liquid in them to appear to be very dark red. When the lamp is turned on, the bottles of PNSB culture are backlit by a flat white LED panel.
This photo shows my experimental Luminous Red PNSB Lamp, turned off in a normally-lit room (about 300 lux light intensity). Notice the dark opacity of the liquid in the bottles, causing the liquid in them to appear to be very dark red. When the lamp is turned on, the bottles of PNSB culture are backlit by a flat white LED panel.


This photo shows my experimental Luminous Red PNSB Lamp, turned on, and viewed from the front in a darkened room. The bottles of PNSB culture are backlit by a flat white LED panel.
This photo shows my experimental Luminous Red PNSB Lamp, turned on, and viewed from the front in a darkened room. The bottles of PNSB culture are backlit by a flat white LED panel.


This photo shows my experimental Luminous Red PNSB Lamp, turned on and viewed from an angle in a darkened room. The bottles of PNSB culture are backlit by a flat white LED panel.
This photo shows my experimental Luminous Red PNSB Lamp, turned on and viewed from an angle in a darkened room. The bottles of PNSB culture are backlit by a flat white LED panel.


Red PNSB Laser Device
The second set of photos depict my experimental Red PNSB Laser Device, in both the off state and the on state. In this device, the light beam from a 5 mw red laser is guided through a rectangular bottle holding a red liquid culture containing a very high level of PNSB microbes and their metabolites. The path length for the laser light beam is about 12 cm.

The plastic centrifuge tube mounted on the back of the bottle in the device contains an alchemically-created mixture of PNSB and certain special minerals. The special alchemical PNSB-rich material in the plastic tube provides a beneficial field effect/space effect that bathes the liquid PNSB culture in the bottle, and also bathes and influences the laser beam itself.

The light from this Red PNSB Laser Device is rich in beneficial syntropic exotic energies imparted by the PNSB microbes and their metabolites, and the laser light beam also appears to exhibit some healing and regenerative effects, to a depth of up to about 6 mm, for skin exposed to the laser lamp at a distance closer than 11 inches. The healing effect seems to be exhibited not only by the bright red laser beam itself, which has a diameter of about 3 mm after it exits the bottle, but also by the less-intense red beam, about 3 cm (about 1.2 inches) in diameter that surrounds the red laser beam after it exits the bottle.

This photo shows my experimental Red PNSB Laser Device, turned off. The plastic centrifuge tube mounted on the top of the device contains an alchemically-created mixture of PNSB and certain minerals. The material in the tube provides a beneficial field effect/space effect that bathes the liquid PNSB culture in the bottle, along with the laser beam itself.
This photo shows my experimental Red PNSB Laser Device, turned off. The plastic centrifuge tube mounted on the top of the device contains an alchemically-created mixture of PNSB and certain minerals. The material in the tube provides a beneficial field effect/space effect that bathes the liquid PNSB culture in the bottle, along with the laser beam itself.


This photo shows my experimental Red PNSB Laser Device, with the laser turned on. Photo was shot in a normally-lighted room. The plastic centrifuge tube mounted on the back of the device contains an alchemically-created mixture of PNSB and certain minerals. The material in the tube provides a beneficial field effect/space effect that bathes the liquid PNSB culture in the bottle, along with the laser beam itself.
This photo shows my experimental Red PNSB Laser Device, with the laser turned on. Photo was shot in a normally-lighted room. The plastic centrifuge tube mounted on the back of the device contains an alchemically-created mixture of PNSB and certain minerals. The material in the tube provides a beneficial field effect/space effect that bathes the liquid PNSB culture in the bottle, along with the laser beam itself.


This photo shows my experimental Red PNSB Laser Device, turned on; the photo shows a view from the end of the bottle via which the laser beam exits. The photo was shot in a normally-lighted room. The plastic centrifuge tube mounted on the rear (right side) of the device contains an alchemically-created mixture of PNSB and certain minerals. The material in the tube provides a beneficial field effect/space effect that bathes the liquid PNSB culture in the bottle, along with the laser beam itself.
This photo shows my experimental Red PNSB Laser Device, turned on; the photo shows a view from the end of the bottle via which the laser beam exits. The photo was shot in a normally-lighted room. The plastic centrifuge tube mounted on the rear (right side) of the device contains an alchemically-created mixture of PNSB and certain minerals. The material in the tube provides a beneficial field effect/space effect that bathes the liquid PNSB culture in the bottle, along with the laser beam itself.



Coherent Space Quantum Coherence Type 2 PNSB Syntropic Effect Radiator Devices

The availability of the very-high-PNSB fermented liquid product mentioned on this page, colloquially referenced as Vinny's Red PNSB Concentrate, has allowed the creation not only of the exotic energy effect illumination devices displayed elsewhere on the PNSB Fermentation and PNSB Exotic Energy Device Photos page, but has allowed the creation of a second generation of Coherent Space Quantum Coherence devices, called Coherent Space Quantum Coherence Type 2 PNSB Syntropic Effect Radiator devices, or Quantum Coherence Type 2 devices for a shorthand name, that are far more powerful, in terms of equivalent mass or volume, than their first-generation predecessors. The second generation Quantum Coherence devices based upon the high-PNSB fermented liquid not only exhibit beneficial exotic energy field effects that are quantitatively stronger per unit of size/mass than their QC Type 1 predecessors, but these new generation devices also differ in terms of qualitative effects as well, in that they exhibit some additional beneficial exotic energy effects that were not noticed to any significant degree with the earlier QC Type 1 technology.

My new-generation Coherent Space Quantum Coherence Type 2 technology, based upon syntropic effects of PNSB microbes and 3 minerals combined in a proprietary alchemical-type fashion and then exposed to my Point Zero Effect Treatment (the earlier, first-generation Coherent Space Quantum Coherence devices, along with some related exotic energy space effect devices, are explained and catalogued on the http://www.coherentspace.info/ website) is explained in greater depth below:

Some Notes on Effects of the Quantum Coherence Type 2 Technology
This technology exhibits a syntropic antioxidative radiative effect, aka a space effect or field effect, that is quite similar to the syntropic radiative effect of my original Coherent Space Quantum Coherence (that is, Quantum Coherence Type 1) devices, but also different in certain aspects, in that it is more powerful, and the newer technology also exhibits some additional beneficial exotic energy effects. The Quantum Coherence Type 2 PNSB Syntropic Effect Radiator technology devices seem to exhibit the following syntropic radiative field effect (aka space effect) properties:

The newer QC Type 2 technology exhibits all of the syntropic radiative effects that were noticed with the original Quantum Coherence Type 1 technology, including protection against harmful subquantum effects of electromagnetic radiation/electromagnetic fields (aka EMF) for all living organisms and electronic devices within its range of strong effect, and also various subquantum coherence-enhancing and subquantum coherence noise-quieting effects upon living organisms (in terms of inner coherence on an energy level), and including a mild improvement in gas mileage/efficiency for most internal combustion engines in motorized vehicles, are seen, plus the following additional effects that are unique to the QC Type 2 technology:
  • As was also true for the Quantum Coherence Type 1 devices, the Quantum Coherence Type 2 devices seem to significantly optimize the growth of SAMT4 microbial consortia cultures and PNSB microbial cultures, but to a greater extent, for a given mass/size of device, when compared to the older QC Type 1 devices.
  • As was also true for the Quantum Coherence Type 1 devices, the Quantum Coherence Type 2 devices seem to significantly reduce the frequency of incidence of, and intensity of, lightning strikes within the radius of medium-strength field effect of the device, but to a greater extent, for a given mass/size of device, when compared to the older QC Type 1 devices.
  • For a given mass/size of device, all of the Quantum Coherence effects of the QC Type 2 radiator devices are much stronger, and reach much further, than those that are seen with a QC Type 1 (original QC technology) device of the same mass/size. However, the downside is that, for a given mass/size device, while devices (aka radiators) incorporating the Quantum Coherence Type 2 effect technology seem to be much more powerful than a Quantum Coherence Type 1 device of the same mass/size, the price that would need to be charged for the QC Type 2 devices -- if any Proof of Principle prototype models were to be offered for sale to interested researchers -- is considerably higher than the pricing structure that existed for the Coherent Space Quantum Coherence devices.
  • A syntropic field effect (aka space effect) that, to a large degree, protects many types of foodstuffs, particularly many types of fresh fruits and vegetables, within its range of strong effect from over-ripening and from spoilage, including a large degree of protection against many types of bacterial rotting, molds and fungi. While the original Coherent Space Quantum Coherence devices also exhibited this effect, it was relatively weak, and therefore I never mentioned it on my website nor on my list groups in discussions of the original Quantum Coherence (that is, Quantum Coherence Type 1) devices.
  • A syntropic field effect (aka space effect) that, to a large degree, reduces offensive odors due to food spoilage or due to oxidized or decaying foodstuffs or other organic materials, such as odors that are encountered in the interiors of many refrigerators and freezers, and such as are often encountered from rotting food and from waste material (e.g., urine and feces) in a livestock or poultry barn or pen. While the original Coherent Space Quantum Coherence devices also exhibited this effect, it was relatively weak, and therefore I never mentioned this effect on my website nor on my list groups in discussions of the original Quantum Coherence (that is, Quantum Coherence Type 1) devices.
  • A syntropic field effect (aka space effect) that, to a large degree, tends to keep in-use razor blades sharp for a prolonged period of time, very similar to the maintenance of razor blade sharpness effect that has been claimed for about one hundred years (and also patented in some countries) for placing razor blades under pyramids that are constructed with certain dimensional ratios and sizes and that are oriented in a particular way with the earth's axis of orbit. The similarity of these effects will be discussed at greater length in a section below (this section will be added later, as time permits).
  • When placed in a greenhouse or other area where crop plants are being grown, a QC Type 2 device of the appropriate mass/size seems to exhibit a beneficial field effect/space effect upon all nearby green plants; these benefits seem to include greater plant health and vitality, improved soil quality, improved functioning of soil microbes, and much greater tolerance of plants to far-less-than-perfect growing conditions such as low-light conditions, drought or poor soil quality.

Comparison and Table: Radius of effect of Quantum Coherence Type 2-A1 devices and comparison with original Quantum Coherence Technology (aka Quantum Coherence Type 1 technology)

Notes:
  • Radius of effect is stated in feet.
  • The original Quantum Coherence Attractor technology is also called Quantum Coherence Type 1, aka QC Type 1.
  • The strongest effect that was listed (i.e., in tables showing radius of strongest effect) for each of the Quantum Coherence Type 1 devices is now classified as equivalent to one (1) QC Type 1 SE unit (strongest effect unit), aka QCT1SE-1U.
  • In the Type column, where a given size container is listed as 4.5 oz/50 ml, the first quantity (oz.) refers to fill weight of the QCT2 fill material, while the second quantity (ml) refers to the liquid volume of the container.

Type
Type 2-A1 (dry powder fill)
(container fill volume)
Radius of
Strongest Effect
Radius of
Strong Effect
Radius of
Moderate Effect
Radius of
QCT1SE-1U Equiv. Effect
50 ml. 16 ft 28 ft 34 ft 320 ft
100 ml. 27 39 46 430
200 ml. 36 54 68 660
800 ml. 72 108 136 1310
3.2L 144 216 272 2700

Note: Quantum Coherence Syntropic Effect Radiator Type 2-C2 (dry solid fill) devices exhibit an effect that is about 50% weaker than listed for Type 2-A1.

A Refresher on the Radius of Effect of the First Generation Quantum Coherence Devices (aka Quantum Coherence Type 1 Devices):

The older and original Quantum Coherence Attractor technology; all figures taken from Coherent Space website product pages on 07-07-17:

The radius of quantum coherence effects for the AUTO-21 are as follows:
about a 15 foot radius (about 700 sq. ft., or a spherical volume of 14,137 cu. ft.) for strongest effect
about a 18 foot radius (about 1,017  sq. ft., or a spherical volume of 24,430 cu. ft.) for strong effect
about a 28 foot radius (about 2,460 sq. ft., or a spherical volume of 91,950 cu. ft.) for an average or moderate level of effect
The radius of  quantum coherence effects for the model AUTO-21S, which is about the same physical size as the AUTO-21, but which is more powerful, is about 40% greater than that listed above for the model AUTO-21; in other words, the radius of effect for the AUTO-21S for strongest effect is about 21 feet..

The radius of quantum coherence effects for the SML-42 model are as follows:
about a 34 foot radius (about 3,630 sq. ft., or a spherical volume of 164,636 cu. ft.) for strongest effect
about a 55 foot radius (about 9,500  sq. ft., or a spherical volume of 695,000 cu. ft.) for strong effect
about a 73 foot radius (about 16,740 sq. ft., or a spherical volume of 1,629,500 cu. ft.) for an average or moderate level of effect

The radius of quantum coherence effects for the AUTO-31C are as follows:
about a 49 foot radius for strongest effect
about a 59 foot radius for strong effect
about a 92 foot radius for an average or moderate level of effect

The radius of quantum coherence effects for the SHO-05 model are as follows:
about a 53 foot radius (about 8,800 sq. ft., or a spherical volume of 623,600 cu. ft.) for strongest effect
about an 85 foot radius (about 22,700  sq. ft., or a spherical volume of 2,572,400 cu. ft.) for strong effect
about a 105 foot radius (about 34,600 sq. ft., or a spherical volume of 4,849,000 cu. ft.) for an average or moderate level of effect

The radius of quantum coherence effects for the Model COM/RF-16C are as follows:
about a 450 foot radius for strongest effect
about a 720 foot radius for strong effect
about an 896 foot radius for an average or moderate level of effect

This photo shows various CS QC Type 2 PNSB Syntropic Effect Radiators in various sizes, ranging from a net fill of 4.5 oz to 19.2oz.
This photo shows various CS QC Type 2 PNSB Syntropic Effect Radiators in various sizes, ranging from a net fill of 4.5 oz to 19.2oz.


Razor Blade Sharpener Device
The following three photos depict a Coherent Space Quantum Coherence Type 2 PNSB Syntropic Effect Radiator device, which contains a volume of about 450 cc of the QC Type 2 PNSB mixture. This particular instance of the device was crafted for use as a razor blade sharpener, that is, to keep a frequently-used razor blade sharp for far longer than otherwise possible, in much the same manner that people around the world have used small pyramids and small magnetic devices to keep frequently-used razor blades sharp for a prolonged period of time.

This photo shows the CS QC Type 2 PNSB Syntropic Effect Radiator crafted for use as a razor blade sharpener.
This photo shows the CS QC Type 2 PNSB Syntropic Effect Radiator crafted for use as a razor blade sharpener.


This photo shows the CS QC Type 2 PNSB Syntropic Effect Radiator crafted for use as a razor blade sharpener.
This photo shows the CS QC Type 2 PNSB Syntropic Effect Radiator crafted for use as a razor blade sharpener.


This photo shows the CS QC Type 2 PNSB Syntropic Effect Radiator crafted for use as a razor blade sharpener.
This photo shows the CS QC Type 2 PNSB Syntropic Effect Radiator crafted for use as a razor blade sharpener.




Syntropic Radiance Block
This is a massive tapered square cement block fabricated in 2008 with significant quantities of SAMT4 ceramics, a PNSB-rich SAMT4 liquid ferment (Vinny's own production stock), and SCD Xtra Immunity mixed with the Portland cement at the time of fabrication. In May of 2017, the block was soaked for 21 days in a 1:1 dilution of Vinny's Red PNSB Concentrate (a PNSB-rich liquid concentrate) and then air-dried.

The block measures over 8 inches square, and over 5 inches high, and weighs almost 26 pounds. The block is pictured below:

This photo shows the Syntropic Radiance Block.
This photo shows the Syntropic Radiance Block.

This photo shows the Syntropic Radiance Block.
This photo shows the Syntropic Radiance Block.



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