TSE = Transition State Elements.
TSE Charged Water = water informed or charged by placing a sealed vial of TSE next to or in the water.
TSE Treated Water = water informed or charged by mixing the physical TSE into the water, and using the clear head of water once the TSE has settled (not recommended for drinking).
Our experiments and discovery investigations have shown us that the different TSE states can be used to help a variety of emotional and physical issues. Whilst this is not supported by any medical testing or studies, and in no way should they be treated as such, we believe it can be helpful to anyone who desires to try and duplicate what we are doing to have some anecdotal evidence to further their progress.
What we offer here can provide you with some insights on what we painstakingly go through to produce our Conscious Tech. It may also inspire you to start investigating and experimenting for yourself!
To learn how to make each type of Transition State Element:
- Expand (click/tap) the sections below.
- Download PDF further below with info from all four sections.
TSE: CALM
For making ZnO TSE we need two zinc plates. One zinc plate is superoxide coated and the other one is not. It is important that the plates are the same size, to create strong and balanced interactions between plates as it is stated for the Casimir Effect.
That Casimir Effect experiment shows interaction (net force) between two uncharged conductive plates in the vacuum condition, without an external field. This Casimir Effect is observed in water, gas and any medium supporting oscillations. Plates are hung at same height in the plastic box (so that they do not touch the bottom and walls) and they are connected together with the green LED diode. Plus (+) flow goes to the superoxide coated zinc plate and minus (-) to the plain zinc plate (not super-oxide coated).
Suggested size of plates: 80 x 210 mm
Approximate plastic box dimensions: 250 x 200 x 150 mm
Preparing copper super-oxide coated plate: Zinc plate is super-oxide coated four times using the steam method with caustic soda (NaOH), no aluminium. (see How we superoxide coat)
The ZnO TSE box is filled with 5% salty solution (50ml saline solution per 1L distilled water, or dissolve 50g clean sea salt in 1L water). On the surface of the water we will get ZnO TSE Amino Acids and on the bottom ZnO TSE material.
Remember to:
- Keep the right level of water in the TSE box. Add distilled water as it evaporates in the TSE production process.
- Check LED connection between plates. Make sure it is live. (it is not meant to light up)
- Gather amino acids into a smaller separate container, before harvesting TSE material.
- Reuse as much salty solution as you can for next runs of the box.
- Check the condition of metal plates, make sure they do not touch TSE material.
- Uses for ZnO TSE (calm)
We have observed and noted that it appears Zinc Transition State Element (ZnO) supports the emotions and nervous system. Generally, the element zinc is known to play an important role in regulating and stabilizing the functions of the central nervous system. It can support synaptic activity in neural cells and it is responsible for neural metabolism.
Emotional imbalance and stress are the originator and underlying initiator of many diseases. We have observed that by combining Co2 and ZnO information into distilled water the user experiences significantly improved states of balance and quels nervous reactions.
Please see the Product Uses section for further details about usage and application guidelines.
TSE: BALANCE
For making CO2 TSE we need one copper plate, and one zinc plate. The copper plate is superoxide coated and the zinc plate is not. It is important that plates are the same size, to create strong and balanced interactions between plates as it is stated for the Casimir Effect.
That experiment shows interaction (net force) between two uncharged conductive plates in the vacuum condition, without an external field. This Casimir Effect is observed in water, gas and any medium supporting oscillations.
Plates are hung at same height in the plastic box (so that they do not touch the bottom and walls) and they are connected together with the green LED diode. Plus (+) flow goes to the superoxide coated copper plate and minus (-) to the zinc plate (not superoxide coated).
Suggested size of plates: 80 x 210 mm
Approximate plastic box dimensions: 250 x 200 x 150 mm
Preparing copper superoxide coated plate: Copper plate is super-oxide coated four times using the steam method with caustic soda (NaOH), no aluminium. (see How we superoxide coat).
The CO2 TSE box is filled with 5% salty solution (50ml saline solution per 1L distilled water, or dissolve 50-70g clean sea salt in 1L water). On the surface of the water we will get CO2 TSE Amino Acids and on the bottom – CO2 TSE material.
Remember to:
- Keep the right level of water in the TSE box. Add distilled water as it evaporates in the TSE production process.
- Check LED connection between plates. Make sure it is live. (it is not meant to light up).
- Gather amino acids into a smaller separate container, before harvesting TSE material.
- Reuse as much salty solution as you can for next runs of the box.
- Check the condition of metal plates, make sure they do not touch TSE material.
- Uses for CO2 TSE (balance)
We believe that the CO2 Transition State Element provides enhanced transfer of information in the body. It has been our experiential observation that it corresponds with the nervous system, emotions and bone marrow. We also hypothesize that it brings balance by activating cells and strengthening the immune system. CO2 TSE may also be beneficial in supporting functions of cerebrospinal fluid because we believe that it consists of the complementary molecular structure. If this is true then CO2 TSE should be helpful for nervous system tissues. Similarly, it may be helpful for supporting the functions of bone marrow and facilitating a better distribution of calcium in the body.
Anecdotal reports and our own experience would indicate that CO2 TSE Treated Water can be of assistance to the body when it’s sprayed on muscle injuries. It has been known to reduce pain for some people. It might also be helpful if it’s applied in a broken bone emergency, but in this case it’s the area around the bone fracture that should be sprayed, never directly spray the fracture site especially if there’s an open wound there.
You can drink CO2 TSE Charged Water, and it is especially helpful in combination with ZnO TSE Charged Water. With this combination you can help bring better balance to your body and emotions.
Another way of applying CO2 TSE Charged/Treated Water in combination with ZnO TSE Charged/Treated Water is spraying your skin with a sprayer or mister. This can help your body to revitalize its skin, relax its muscles and nerves, and repair its wounds. NOTE: if you’re using the TSE water topically, you can use TSE Treated Water which is a bit stronger, but we do not recommend drinking TSE Treated Water.
You can also add CO2 TSE Charged/Treated Water to your bath in combination with ZnO TSE water and CuO TSE water for easing the muscle tensions and reducing the pain.
The use of CO2 TSE Charged/Treated Water is also beneficial for plants and animals. It can be used in gardening and agriculture to water and spray plants or crops.
Please see the Product Uses section for further details about usage and application guidelines.
TSE: CLEANSE
For making CuO TSE we need two copper plates, one is superoxide coated one is not. It is important that plates are the same size, to create strong and balanced interactions between plates as it is stated for the Casimir Effect.
That experiment shows interaction (net force) between two uncharged conductive plates in the vacuum condition, without an external field. This Casimir Effect is observed in water, gas and any medium supporting oscillations.
Plates are hung at same height in the plastic box (so that they do not touch the bottom and walls) and they are connected together with the green LED diode. Plus (+) flow goes to the superoxide coated copper plate and minus (-) to the plain copper plate (not superoxide coated).
Suggested size of plates: 80 x 210 mm
Approximate plastic box dimensions: 250 x 200 x 150 mm
Preparing copper superoxide coated plate: The Copper plate is superoxide coated four times using the steam method with caustic soda (NaOH), no aluminium. (see How we superoxide coat).
The CuO TSE box is filled with 5% salty solution (50ml saline solution per 1L distilled water, or dissolve 50-70g clean sea salt in 1L water). On the surface of the water we will get CuO TSE Amino Acids and on the bottom – CuO TSE material.
Remember to:
- Keep the right level of water in the TSE box. Add distilled water as it evaporates in the TSE production process.
- Check LED connection between plates. Make sure it is live. (it is not meant to light up).
- Gather amino acids into a smaller separate container, before harvesting TSE material.
- Reuse as much salty solution as you can for next runs of the box.
- Check the condition of metal plates, make sure they do not touch TSE material.
- Uses for CuO TSE (cleanse)
We believe that Copper Oxide (CuO) Transition State Element corresponds with the physical body. If we are correct then it would be excellent for supporting the muscle structure and may enhance communication with the muscle tissue. We have also observed experientially that it appears to have some cleansing properties for the body to access to help it achieve a better balance between its muscle structures and its nervous system.
Many people use CuO (Cleanse) TSE to purify water, especially when it is combined with CO2 (Balance) TSE. In that process we believe that CuO TSE together with CO2 TSE may create a specific type of gravitational/magnetic field which can exclude and/or eliminate the fields of contaminated elements in the water. The same logic and procedure could then also potentially be applied to disinfect and clean living spaces (bedrooms, bathrooms, garages) by spraying walls, ceilings and floors.
CuO TSE must NOT be used for agriculture and gardening because plants process copper and it’s fields differently than mammals and therefore treating plants with CuO TSE may be harmful to them.
Please see the Product Uses section for further details about usage and application guidelines.
TSE: VITALITY
For making CH3 TSE we need one copper plate and one zinc-coated iron plate. The copper plate is superoxide coated and the zinc-coated iron plate is not. It is important that plates are the same size, to create strong and balanced interactions between plates as it is stated for the Casimir Effect.
That experiment shows interaction (net force) between two uncharged conductive plates in the vacuum condition, without an external field. This Casimir Effect is observed in water, gas and any medium supporting oscillations.
Plates are hung at same height in the plastic box (so that they do not touch the bottom and walls) and they are connected together with the green LED diode. Plus (+) flow goes to the superoxide copper plate and minus (-) to the zinc-coated iron plate (not superoxide coated).
Suggested size of plates: 80 x 210 mm
Approximate plastic box dimensions: 250 x 200 x 150 mm
Preparing copper superoxide coated plate: The Copper plate is superoxide coated four times using the steam method with caustic soda (NaOH), no aluminium. (see How we superoxide coat).
The CH3 TSE box is filled with 5% salty solution (50ml saline solution per 1L distilled water, or dissolve 50g clean sea salt in 1L water). On the surface of the water we will get CH3 TSE Amino Acids and on the bottom – CH3 TSE material.
Remember to:
- Keep the right level of water in the TSE box. Add distilled water as it evaporates in the TSE production process.
- Check LED connection between plates. Make sure it is live. (it is not meant to light up).
- Gather amino acids into a smaller separate container, before harvesting TSE material.
- Reuse as much salty solution as you can for next runs of the box.
- Check the condition of metal plates, make sure they do not touch TSE material.
- Uses for CH3 TSE (vitality)
We believe that the Transition State Element of Iron (CH3) corresponds to the circulatory system and blood. If we are correct it may help provide the energy to the body. In its molecular structure CH3 is one carbon atom combined with three hydrogen atoms. This field of this specific atomic bonding may act as a trigger for the increased energy production and its further distribution by the circulatory system.
A magnet analogy is the good way to understand the what we believe to be the operation of CH3 TSE. The atom of carbon within CH3 is responsible for energy attraction and the role of hydrogen atoms is repulsion.
After absorbing the energy, carbon then needs to balance itself and so it releases some energy which is instantly distributed by hydrogen. In that hypothetical process, CO2 and ZnO TSE may be able to play a supportive role for the nervous system and the muscle tissue. They would in this way be able to help maintain the correct conditions to absorb and release energy in the body.
Sometimes we think we need more energy and feel tired. Often it may not be a lack of energy we experience, but rather too much energy which we may have absorbed and subsequently cannot release properly. CH3 TSE Charged Water may help the body to balance that process. It should be consumed together with the amino acids of CH3 TSE and supported with waters and amino acids of other Transition State Elements, especially CO2 TSE and ZnO amino acids. It is believed that in this way we can supply our bodies with energy at the right level. CH3 TSE Charged Water is very powerful so you do not want to consume too much because it can overload your energy levels. It’s a good idea to add just a few drops of CH3 TSE Charged Water combined with amino acids to your CO2/ZnO TSE Charged Water mixture and wait to assess your results.
It’s recommended that CH3 TSE Charged/Treated Water NOT be used by someone with cancer. This is because we believe there may be a risk that an extra package of energy being released may also support the cancer cells.
CH3 TSE Charged/Treated Water can also be used in gardening and agriculture to water and spray plants.
Please see the Product Uses section for further details about usage and application guidelines.
