Recovering the Rife Microscope

Recovering the Rife Microscope

by Mark Hugo

During the 1930's there was a gentleman named "Royal Rife" who claimed to have an optical microscope which was capable of 10,000 X's magnification. The problem with Dr. Rife's claims, as can readily be seen from examining these websites is that there is a well known phenomenon in optics called the 'Abbe Limit' or the 'Fraunhoffer Diffraction Limit'. What this means for optical microscopy is that due to problems with the diffraction of light around bodies of the size of the wavelength of visible light (550 to 200 nanometers), the maximum optical magnification (useful) is limited to about 2000 X's.

Yet Dr. Rife, as can be seen on many websites, clearly claimed to be obtaining magnifications of the order of 10,000 to 40,000 X's. Furthermore, based on his 'live, real time' observations of bacteria and viral action, Rife also developed the 'Rife Ray Device'. The 'Rife Ray Device' is essentially a "low grade" inert gas MASER (microwave amplification by stimulated emission of radiation). It is stimulated by an RF (Radio Frequency) signal applied to a He/Ne or He/Ar tube. Typically in the 20-30 MHz range. This RF signal is also amplitude modulated by some sort of audio frequency.

What Dr. Rife discovered was that using his microscope he could observe that as various audio frequencies were applied to the 'Ray Device', he could find a particular frequency for a particular organism which would cause the organism to break apart. As I demonstrate in this paper, the magnification powers attained by Rife were feasible beyond the limitations of normal optical microscopes because he was not using a normal optical microscope. The Rife Microscope is in fact an "optical interferometry" microscope, which is to say that it was a "holographic microscope" in the nature of operation. Thus, the interference patterns that would normally distort an optical signal beyond recognition in a conventional microscope did not cause problems for Rife, as his equipment was generating an image from the interference patterns themselves!



File Size: 312kb
PDF Link: Recovering the Rife Microscope
Site: Dr. James Bayer Online

Comments (6)

Dr. Sojka Leon
Said this on 4-6-2006 At 04:50 pm
Stunning work. This fellow Hugo knows his Holography and engineering optics. He's no lightweight. His
argument is consice and convincing. Wish all investigations into "unusual claims" were this good.
Ken
Said this on 4-9-2006 At 11:13 pm
Rife used monochromatic or separated colors..ie, single frequencies of visible light to get around the issue of diffraction. This is how he managed to get such high levels of optical magnification. Simple as breathing, when you hear the answer. also, the (visible) frequencies chosen were specifc for any given virus group or the like. As stated..very narrow frequencies. Easy enough to do.
Keith Langley
Said this on 11-25-2006 At 06:58 am
When I first heard about Dr. Rife's work & his
inventions/discoveries, I thought it wasn't
possible, but it's stood the test of TIME! So,
I'm saving THIS article to my FAV's!
Mark Hugo
Said this on 4-2-2007 At 01:38 pm
Since having this interview about 18 months ago (now April 2007) I've made a pivotal discovery.

The paper posted at

http://physics.technion.ac.il/~optics/article_o.pd...

Tells how to use a set of connected interferometers to

process a monochromatic image so as to cancel the

interference fringes and obtain resolution beyond

Abbe. Re-reading Rifes verbal descriptions of what he

did to obtain his resolution, it seems he had a ganged

set of interfereometers intentionally or accidentally,

which accomplished this goal. Dr. Lipson has told me

that after the graduate students got their Phd's for

this work, work at his institute in this direction

stopped. PITY THAT! However, gives a basis for

a clever person to duplicate Rife's microscope.

Mark Hugo April 2, 2007
George Smith
Said this on 5-3-2008 At 05:15 pm
Rife's microscope also used UV illumination and quartz lenses to take advantage of shorter wavelengths, no doubt to great advantage. Somewhat like using "Blu-Ray" technology instead of the longer wavelength frequencies of the CDs and regular DVDs to get more data bits on a small disk.
john jelley
Said this on 11-9-2008 At 06:53 am
There should have been some pictures of this microscope.Mr. Rife was a clever man.I dont expect anyone to understand how it worked.

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