Molecular Weight

In the early development of Spooky2, one of Johnʼs important contributions was collecting and collating publicly available frequencies from different researchers. As these sources were gradually added to the software

Frequency Collection and Collation

Frequency Collectionand Collation The database contained 13,266 programs that John collected from different sources. 13,266 Collected Programs 15+ Frequency Sources Project Background Frequency Database in One Minute John’s Core Work Project Outcomes 01 Project Background Project Background Around 2012, when John White began developing Spooky2 software, one of the first practical challenges was the lack […]

JW_DLM

JW_DLM represents the next step in John White’s frequency research, building on the foundations of Molecular Weight and RRM. By using a high-resolution discrete lattice model, it aims to capture finer details of atomic and molecular structures and derive more precise, absolute frequencies without relying on a common scaling coefficient.

Spooky2 DNA Frequencies

When John began researching DNA frequencies, Spooky2 had already collected frequencies from different researchers and different systems. This was already a remarkable achievement at the time, but John did not stop there. He believed that the Spooky2 database still contained many gaps and wanted to create a highly precise database that could provide corresponding frequencies for almost any disease.

JW Peptides

JW Peptides is a collection of frequency programs developed by John White using specific peptide sequences. Unlike conventional frequency programs, JW Peptides programs are designed to focus on the underlying causes of health problems.

JW RRM and RRMD

A central motivation throughout John’s frequency research has been the continuous reduction of error and the more precise description of the object being studied. When new data reveals limitations in an earlier method, he is willing to review or rebuild the calculation process. He believes that greater accuracy in frequency calculation may allow the resulting research to help more people.