The Truman Prismatic Monochromatic Light Microscope Presented by: W. Eric Rowley of Conversion Technologies International And Stanley Truman, an Independent

The Truman Prismatic The Truman Prismatic Monochromatic Light Monochromatic Light

MicroscopeMicroscope

Presented by:Presented by:

W. Eric Rowley of Conversion Technologies InternationalW. Eric Rowley of Conversion Technologies International

AndAnd

Stanley Truman, an Independent ResearcherStanley Truman, an Independent Researcher

Insight 2006 – October 29 - November 2, 2006Insight 2006 – October 29 - November 2, 2006

OverviewOverview

IntroductionIntroduction Dr. Rife’s Accomplishments and DevicesDr. Rife’s Accomplishments and Devices Stan and Eric’s StoryStan and Eric’s Story ImagesImages ConclusionConclusion Questions and AnswersQuestions and Answers

Introduction:Introduction:

Thank You to Insight 2006 for the Time to Thank You to Insight 2006 for the Time to SpeakSpeak

Thank you to the Audience for Your Thank you to the Audience for Your Interest.Interest.

Dr. Rife’s Accomplishments:Dr. Rife’s Accomplishments:

Who was Dr. Raymond Royal Rife?Who was Dr. Raymond Royal Rife? 1888 – Raymond Royal Rife born in Elkhorn, Nebraska.1888 – Raymond Royal Rife born in Elkhorn, Nebraska. 1914 – University of Heidelberg bestows an honarary PhD in 1914 – University of Heidelberg bestows an honarary PhD in

parsitology on Dr. Rife. parsitology on Dr. Rife. 1920 – Dr. Rife begins to investigate the electric treatment of diseases.1920 – Dr. Rife begins to investigate the electric treatment of diseases. 1922 – Dr. Rife begins cancer research.1922 – Dr. Rife begins cancer research. 1929 – San Diego Union reports that Dr. Rife has built a microscope 1929 – San Diego Union reports that Dr. Rife has built a microscope

capable of staining living viruses with light to make them visible.capable of staining living viruses with light to make them visible. 1931 – LA Times announces the discovery of a “filterable typhoid. 1931 – LA Times announces the discovery of a “filterable typhoid.

bacillus” being light-stained and observed to “change back to a non-bacillus” being light-stained and observed to “change back to a non-filterable form”, as seen through a microscope developed by Dr. Rife.filterable form”, as seen through a microscope developed by Dr. Rife.

1932 – Dr. Rosenow of the Mayo Clinic witnesses Dr. Rife’s results 1932 – Dr. Rosenow of the Mayo Clinic witnesses Dr. Rife’s results and becomes a supporter.and becomes a supporter.


1932 – Rife isolates the filterable virus of carcinoma. Pleomorphism 1932 – Rife isolates the filterable virus of carcinoma. Pleomorphism is established.is established.

1932 – Rife is able to destroy the typhus bacteria, the polio virus, the 1932 – Rife is able to destroy the typhus bacteria, the polio virus, the herpes virus, the cancer virus, and other viruses in culture and in herpes virus, the cancer virus, and other viruses in culture and in experimental animals.experimental animals.

1933 – Rife completes the “universal microscope”.1933 – Rife completes the “universal microscope”. 1935 – Rife builds a smaller microscope that can be mass produced.1935 – Rife builds a smaller microscope that can be mass produced. 1938 – The Rife Ray Beam Co. is established. 1938 – The Rife Ray Beam Co. is established. For a more detailed history of Dr. Rife, see www.rife.org or educate-For a more detailed history of Dr. Rife, see www.rife.org or educate-

yourself.org/cn/rifetimelinmay1988.shtml.yourself.org/cn/rifetimelinmay1988.shtml.


The Franklin Institute ReportThe Franklin Institute Report


The Smithsonian ReportThe Smithsonian Report


The Mayo Clinic ReportThe Mayo Clinic Report

Dr. Rife’s Devices:Dr. Rife’s Devices:

The #1 MicroscopeThe #1 Microscope





Dr. Rifes Devices:Dr. Rifes Devices:

The Universal MicroscopeThe Universal Microscope

Stan and Eric’s Story:Stan and Eric’s Story:

Truth in science can be defined as the working hypothesis Truth in science can be defined as the working hypothesis best suited to open the way to the next better one.best suited to open the way to the next better one.

- Konrad Zacharias Lorenz - Konrad Zacharias Lorenz In all science error precedes the truth, and it is better it In all science error precedes the truth, and it is better it

should go first than last.should go first than last. - Horace (Horatio) Walpole, 4th Earl of Orford - Horace (Horatio) Walpole, 4th Earl of Orford

In summary, the laws of physics apply to a specific set of In summary, the laws of physics apply to a specific set of inputs and solutions. Change the inputs and you can inputs and solutions. Change the inputs and you can change the solutions.change the solutions.


“…“…Obviously, if one is to produce a Obviously, if one is to produce a microscope that “sees” optically further into microscope that “sees” optically further into the realm of smallness than any other the realm of smallness than any other microscope can conventionally do (even in microscope can conventionally do (even in theory), that microscope must be theory), that microscope must be functioning in a higher electrodynamics functioning in a higher electrodynamics mode rather than in a conventional one.”mode rather than in a conventional one.”

- Tom Bearden- Tom Bearden


www.rife.org www.rife.org Compiled by Stan TrumanCompiled by Stan Truman


Definitions:Definitions: Prismatic – Formed by a prismPrismatic – Formed by a prism Monochromatic – Consisting of radiation of a Monochromatic – Consisting of radiation of a

single wavelength or of a very small range of single wavelength or of a very small range of wavelengthswavelengths


The First ImageThe First Image


With Some RefinementWith Some Refinement


The StageThe Stage

Images:Images:

You’ve Seen Nano-Fibers Like ThisYou’ve Seen Nano-Fibers Like This

Images:Images:

A Better ViewA Better View

Images:Images:

Have You Seen One Like this?Have You Seen One Like this?

Images:Images:

A Published Diatom SlideA Published Diatom Slide

Images:Images:

Our Diatom SlidesOur Diatom Slides

Images:Images:


Images:Images:


Images:Images:


Images:Images:

Additional Nano-fiber ResearchAdditional Nano-fiber Research

Images:Images:


Images:Images:


Conclusion:Conclusion:

There are many benefits to this type of There are many benefits to this type of microscopy, but some of the key points of microscopy, but some of the key points of comparison are: comparison are: The only other way to achieve such magnification and sample The only other way to achieve such magnification and sample

visibility is through electron microscopy. visibility is through electron microscopy. The cost of an electron microscope, compared to this type of The cost of an electron microscope, compared to this type of

device is anywhere from 10 to 20 times more expensive. device is anywhere from 10 to 20 times more expensive. An electron microscope requires special training for the operator. An electron microscope requires special training for the operator. An electron microscope does not allow one to see “live” samples. An electron microscope does not allow one to see “live” samples.


Did we reinvent the Rife Microscope?Did we reinvent the Rife Microscope? We don’t think so.We don’t think so.

Did we discover how it might have worked?Did we discover how it might have worked? We don’t know.We don’t know.

Are we on the right track?Are we on the right track? You tell us.You tell us.

A Scope for every high school in the land. A Scope for every high school in the land.


Again, Thank You to Insight 2006 for the Time to Again, Thank You to Insight 2006 for the Time to Speak, andSpeak, and

Thank You to the Audience for Your Interest.Thank You to the Audience for Your Interest. A Special Thank You to Mike Bouchette of M+D A Special Thank You to Mike Bouchette of M+D

Associates, Consultant in Nonwovens, Associates, Consultant in Nonwovens, [email protected], (920) 989-3354 for his [email protected], (920) 989-3354 for his assistance in making this presentation possibleassistance in making this presentation possible


Questions and AnswersQuestions and Answers

The Truman Prismatic The Truman Prismatic Monochromatic Light Monochromatic Light

MicroscopeMicroscope

W. Eric RowleyW. Eric [email protected]

Stanley TrumanStanley [email protected]@htc.net

Insight 2006 – October 29 - November 2, 2006Insight 2006 – October 29 - November 2, 2006

"Based on a paper presented at INSIGHT 2006. Copyright "Based on a paper presented at INSIGHT 2006. Copyright Marketing Technology Service, Inc.Reprinted and posted with Marketing Technology Service, Inc.Reprinted and posted with

permission".permission".

Thank youThank you

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The Truman Prismatic Monochromatic Light Microscope Presented by: W. Eric Rowley of Conversion Technologies International And Stanley Truman, an Independent