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Carton 2

 Container

Contains 25 Results:

Articles, photograph, schematic drawing, manual, Undated

 File — Carton: 2, Folder: 14
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: Undated

Procedure Manuals, Undated

 File — Carton: 2, Folder: 15
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: Undated

"Report on the Electronic Reactions of Abrams" by Dr. T. Proctor Hall, 1923

 File — Carton: 2, Folder: 15
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: 1923

Printouts from Robert DeVries' web search on Abrams, Undated

 File — Carton: 2, Folder: 16
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: Undated

Article Reprints, Undated

 File — Carton: 2, Folder: 17
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: Undated

"Molecular Radiations", Undated

 File — Carton: 2, Folder: 18
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: Undated

Colson's Thesis, Undated

 File — Carton: 2, Folder: 19
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: Undated

Surbeck notes on theories of Abrams and Colson, 1976-77

 File — Carton: 2, Folder: 20
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: 1976-77

Correspondence, 1946-68

 File — Carton: 2, Folder: 1
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: 1946-68

Ephemera, Undated

 File — Carton: 2, Folder: 2
Identifier: Series 2
Scope and Contents From the Series:

Fred J. Hart was Margaret Surbeck's father. A well-known proponent of electromagnetic therapy, he drew on the theories and patented inventions of Albert Abrams (1863-1924), who founded the Electronic Medical Foundation. Hart collaborated with Thomas Colson, editor of the EMF journal from 1928-1946. From childhood Margaret was familiar with Hart's practice and knew how to operate the Abrams' Oscilloclast to stimulate healing and the Radioscope for blood diagnosis).

Dates: Undated