And Hoyland's Frequencies Explained | Rife

: Rife’s original machines were difficult to tune and expensive to build for commercial use.

: Hoyland developed a machine that used a fixed high-frequency carrier mixed with a lower audio frequency .

: Because the machine's primary settings were low-frequency (audio), many users began to mistakenly believe these audio frequencies were the actual "healing" frequencies, rather than the high-frequency RF sidebands they created. Key Differences in Frequency Philosophy Rife and Hoyland's Frequencies Explained

: Rife used a specialized "supermicroscope" to observe live pathogens and manually tuned a radio frequency (RF) oscillator until he saw the organism respond or disintegrate.

: Organizations like Cancer Research UK state there is no reliable evidence that Rife machines or these specific frequencies can treat cancer or other diseases in humans. : Rife’s original machines were difficult to tune

: Rife's original frequencies were typically in the high RF range, often between 100 kHz and 4 MHz . Philip Hoyland and the Sideband Method

The confusion between Rife and Hoyland’s work is why modern frequency lists (like the CAFL) often include low-range audio frequencies. Royal Rife (Original) Philip Hoyland (Commercial) Direct resonance (MOR) Commercial scalability and stability Frequency Range High Radio Frequency (RF) Low Audio mixed with High RF carrier Mechanism Simple RF oscillation Heterodyning (mixing) to create sidebands Documentation Recorded in Rife's lab notes Revealed through analysis of the "Beam Ray" machine Scientific and Regulatory Context Key Differences in Frequency Philosophy : Rife used

: When these two frequencies were mixed, they produced "sidebands." Hoyland tuned the audio frequency so that one of the resulting sidebands would exactly match Rife’s original high-frequency MOR.