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LENRs

  1. LENRs
2005, 2022

Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, third step.New video

Admin/ May 20, 2022/ LENRs

I like to announce the availability of the latest video in the LENRs series. In this video I go through great length to understand and replicate what we have seen in “Step one”. I did build a new Stanley Meyer tube module with three tubes and one centre rod. I

1605, 2022

Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, second step. New video

Admin/ May 16, 2022/ LENRs

I like to announce the availability of the latest video in the LENRS series. In this video I have applied some changes and will see if these improvements are beneficial. You find the video under /movies/low-energy-nuclear-reactions/. Non – Members and Basic Members can purchase the video.

0805, 2022

Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, first step. New video

Admin/ May 8, 2022/ LENRs

I like to announce the latest video in the LENRs series. Here I apply my enhanced process of the Tadahiko Mizuno procedure. It also shows if there is hydrogen bonding responsible for heat increase as Fleischman and Pons described it. Looking at it logical and believing that might be the

2904, 2022

Low-Energy Nuclear Reactions, non-thermal fusion ignition of hydrogen-boron. New video

Admin/ April 29, 2022/ LENRs

I like to announce the availability of the latest video in the LENRs series. In this video I talk about the best approachable technology in fusion technologies. It is known that the bonding of hydrogen and boron-11 is providing most beneficial results but the way to achieve this with conventional

0904, 2022

Low-Energy Nuclear Reactions – The Tadahiko Mizuno experiment. New video

Admin/ April 9, 2022/ LENRs

I like to announce the availability of the latest video in the LENRs series. With very much detail and almost one hour length you get a very good idea about the process which has not been displayed in this detail before. You will now be able not only to replicate

2701, 2022

Low-Energy Nuclear Reactions, Electrodes and Electrolyte under High Voltage. New video

Admin/ January 27, 2022/ LENRs

I like to announce the availability of the latest movie in the LENRs series. Here I was already testing various electrolyte solution and came across one which did create exploding bubbles. I then created a new electrolyte and added all camera and monitoring functions, rather then me telling you what

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  • Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, third step.New video May 20, 2022
  • Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, second step. New video May 16, 2022
  • Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, first step. New video May 8, 2022
  • Low-Energy Nuclear Reactions, non-thermal fusion ignition of hydrogen-boron. New video April 29, 2022
  • Electrolysis – Pulse-width modulation of the Dry Cell. New video April 21, 2022
  • Electrolysis – The Dry Cell Hydrogen production and plate material performance. New video April 14, 2022
  • Low-Energy Nuclear Reactions – The Tadahiko Mizuno experiment. New video April 9, 2022
  • Electrolysis – Three modules test. New video April 1, 2022
  • Electrolysis – Point charge and cavity propagation via electrodes. New video March 28, 2022
  • Electrolysis – Increased surface area, Frequency response and Gas production level. New video March 18, 2022

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Latest posts

  • Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, third step.New video
  • Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, second step. New video
  • Low-Energy Nuclear Reactions, The Tadahiko Mizuno enhanced process, first step. New video
  • Low-Energy Nuclear Reactions, non-thermal fusion ignition of hydrogen-boron. New video
  • Electrolysis – Pulse-width modulation of the Dry Cell. New video

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