Part 3/8:
The researchers initially noted a background activity of the detector averaging between 22 to 25 counts per minute. During the bursts, counts would rise dramatically, with peaks reportedly around 40 to 50 counts per minute. This increase raised the possibility of an underlying nuclear event occurring within the cell.
The Search for Accurate Detection
The scientists recognized the need for robust detection methods to confirm their findings. They sought a sodium iodide thallium-doped crystal-based detector, which is known for its efficacy in detecting gamma rays. Thankfully, they were able to procure the necessary equipment through collaboration with a knowledgeable company—G Spectacular—and support from EarthTech in Texas, who expressed interest in the LENR research.