Measurments taken in 2019 at NTNU Norway by department of physics.
(NTNU = Norwegian University of Science and Technology)
Gunalight has a frequency between 167 000 - 520 000 Hz.
Wavelenghts to Gunalight is measured to lie between 380-720 nanometer.
From the period until the light goes out of the rock crystal is reduced 4 times from 30 to 7,5 lumen.
Gunalight uses white light that contains the entire spectrum.
The light pulsates in a way the world has not seen before.
Considerations around the measurements:
What is scientifically interesting is that Gunalight waves / pulses in a different way all that is measured. When we also manage to get the entire light spectrum with it, it becomes even more interesting. With properly calibrated light throughout the spectrum with this pulsation, much seems to be possible. We humans are energy bundles and no one should be surprised by the positive results of proper use of Gunalight. The amount of energy supplied to the body by the use of Gunalight must, to a very high degree, be completely harmless to humans. We humans have between 60,000,000 - 72,000,000 Hz, Gunalight pulses between 167,000 - 520,000 Hz. A pilot study we have done with the measurement of blood samples after treatment every day for 4 weeks at 22 people shows the same. No negative effect on any of the parameters of the extended blood samples we performed on the sample. The conclusion is that Gunalight is a harmless technology. Then the threshold should be very low to start and treat itself with this new invention.
Gunalight measurements at NTNU measured at 380-720 nanometers see figure below.
Above you can see the unique curve in nanometers to which Gunalight is measured. Compared to everything else, this is a unique wave curve.
Orange baskets are light measurements made at the center. Gray curves are light measurements measured 4 cm from center.
Gunalight measurements at NTNU measured at 167,000 - 520,000 Hz see figure below.
The figure above shows unique Hz (fluctuations) in Gunalight 167,000 - 520,000 Hz. Furthermore, we have also seen that Gunalight is between 380 - 720 nanometers. This combination differs significantly from the visible light in the sun which is between 700,000,000,000 - 480,000,000,000 Hz by 400-700 nanometers. This means that the sun is significantly higher HZ despite the same nanometer. The wavelength itself is also different as shown in figures above.
Table below: note nm (nanometers) in all spectrum colors. And remember that Gunalight pulses / waves between 380-720 nm.
Color Wavelenght Wavelenght Frequency Energy
Product comparison:
Product Low level Laser Gunalight
Product Laser Gunalight
Invented 1959 2017
Nanometer (nm) 600-1000 380-720
(Is set to a specific wavelenght) (Pulses between these wavelenght)
Hertz ( Hz) 2,5-10 00 167 000-520 000
(Is set to a specific frequency) (Pulses between these frequencies)
Reflector Yes (mirror) No
Filtrator No Yes (rock crystal)
Increases light intesity Yes Reduced 4 times (4:1)
Light colors in use One color All colors in the spectrum
A laser amplifies the light beam which is sharply defined in the direction (in practice a straight beam). This is done by a reflector.
Gunalight of 30 lumens gives 7.5 lumens. In other words, the reduction from the light diode to the light coming out of the crystal is 4: 1.
In addition, Gunalight pulses.
1 000 000 000 000 000 000 Hz = gamma radiation / radioactive radiation
16 000 000 000 Hz = 5G net
10 000 000 000 HZ = X-ray
1 000 000 000 Hz = wireless net, PC, Mobil
72 000 000 Hz = Human
167 000 - 520 000 Hz = Gunalight (pulses between the specified intervals)
Hz= Frequencies / oscillations per second.
