Category: Hobbyist LENR
Thoriated Tungsten Excess Heating – A Failed Replication Attempt
| May 19, 2013 | Posted by admin under Hobbyist LENR |
I attempted to replicate the results reported in the previous post and was unsuccessful. For now, I am concluding that the previously-reported results were an artifact. This study included improved methodology and statistical methods, and further demonstrated the utility of the Automated Android system for experimentation. I realize negative results are not very exciting, but… more
Automated Android Electrolysis System – Update
| May 1, 2013 | Posted by admin under Hobbyist LENR |
In my quest to produce LENR results, the most recent set of experiments have provided some of the most convincing results. I am not fully convinced yet, as more replications will be needed. I had previously been using power supplies that were constant voltage, which made it more difficult to evaluate results because of changing… more
Android Controlled Spark Plug Driver: Universal LENR Reactor
| March 26, 2013 | Posted by admin under Dale Basgall, Hobbyist LENR, Universal LENR Reactor |
I have built a spark plug driver circuit designed by Dale Basgall to work with my Android control system. This circuit will be part of the control circuitry for the Universal LENR Reactor–invented by Mr. Basgall and his team. Mr. Basgall’s design calls for the use of a deep cycle battery, which I will be… more
Automated Android Electrolysis System: Nitinol Demonstration
| January 23, 2013 | Posted by admin under Hobbyist LENR |
My efforts to produce LENR utilizing electrolysis has recently turned to the use of Nitinol (a nickel/titanium alloy). Nitinol has the unique capability of contracting once it reaches a certain temperature (hence the nickname of muscle wire). I produced a short video clip showing an electrolysis experiment in progress to demonstrate the activity of Nitinol… more
Automated Android Electrolysis System: Experiments 1-25
| November 22, 2012 | Posted by admin under Hobbyist LENR, Universal LENR Reactor |
The series of experiments utilizing borax as an electrolyte, combined thoriated tungsten and standard US 5 cent nickel cathodes, and an automated control and data collection system has been completed. The results demonstrated the utility of the method for examining excess heat production from LENR in an Edisonian manner. There were a few exciting false… more
Automated Android Electrolysis System (AAES) – Experiments 4-11
| November 11, 2012 | Posted by admin under Hobbyist LENR |
I have conducted 8 more experiments using the AAES system presented previously. The results further demonstrate the value of this system for investigating some parameters that may be of interest for LENR. So far, the system has not demonstrated the Anomalous Heat Effect (AHE). Some false positives were generated, but disproven by subsequent experimentation. … more
Hobbyist Science – LENR Part 2
| November 5, 2012 | Posted by admin under Hobbyist LENR |
In a post yesterday, I introduced the idea of using an Android controlled programmable controller for exploring electrolysis heat production. I am presenting another chart here from an experiment that was run today for a longer length of time. The notion is to demonstrate a technique for detecting high levels of anomalous excess heat with… more
Hobbyist Science – Investigating LENR Parameters
| November 4, 2012 | Posted by admin under Hobbyist LENR |
This writer has developed an automated electrolytic system for control and data collection for exploring LENR parameters. As it is very expensive for the equipment to do advanced data logging and calorimetry, I have developed some methods of exploring variables that may induce and demonstrate the Anomalous Heat Effect with a minimum number of sensors.… more
Recent Comments