Skeptics argue that QRMA reports are remarkably similar to horoscopes: vague enough to apply to anyone. A healthy 25-year-old and an ill 60-year-old may receive reports that both show "slight liver stress" and "mild vitamin B deficiency."
“I’ve used both Chinese and Russian analyzers. The Russian one is far more consistent. My clients’ results match their blood work 85% of the time.”
— Dr. Olga S., Bioresonance therapist, Moscow
“The heavy metal detection helped me identify lead exposure before symptoms appeared. Invaluable for prevention.”
— Andrei K., Health coach, St. Petersburg
A modern Russian physicist, Dr. Korotkov, advanced Kirlian’s work by developing the Gas Discharge Visualization (GDV) technique. His research at Saint-Petersburg Federal University of Informational Technologies argued that the human body emits weak biophotons and magnetic fields that can be quantified. Korotkov’s devices (like the GDV Camera) are clinically used in Russian hospitals—and they directly inspired the software algorithms found in QRMA devices.
The primary "helpful feature" of the QRMA is its Non-Invasive Bio-Electromagnetic Wave Analysis. Here is how it functions step-by-step:
Quantum Resonance | Magnetic Analyzer Russian
Skeptics argue that QRMA reports are remarkably similar to horoscopes: vague enough to apply to anyone. A healthy 25-year-old and an ill 60-year-old may receive reports that both show "slight liver stress" and "mild vitamin B deficiency."
“I’ve used both Chinese and Russian analyzers. The Russian one is far more consistent. My clients’ results match their blood work 85% of the time.”
— Dr. Olga S., Bioresonance therapist, Moscow quantum resonance magnetic analyzer russian
“The heavy metal detection helped me identify lead exposure before symptoms appeared. Invaluable for prevention.”
— Andrei K., Health coach, St. Petersburg Skeptics argue that QRMA reports are remarkably similar
A modern Russian physicist, Dr. Korotkov, advanced Kirlian’s work by developing the Gas Discharge Visualization (GDV) technique. His research at Saint-Petersburg Federal University of Informational Technologies argued that the human body emits weak biophotons and magnetic fields that can be quantified. Korotkov’s devices (like the GDV Camera) are clinically used in Russian hospitals—and they directly inspired the software algorithms found in QRMA devices. “I’ve used both Chinese and Russian analyzers
The primary "helpful feature" of the QRMA is its Non-Invasive Bio-Electromagnetic Wave Analysis. Here is how it functions step-by-step: