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Signals from the Subatomic World: How to Build a Proton Precession Magnetometer

by Stefan Hollos

Building a proton precession magnetometer

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AlbakiReads Editorial

Building a proton precession magnetometer

Stefan Hollos’s guide connects nuclear magnetic resonance with a practical instrument project: constructing the “Magnum,” a proton precession magnetometer designed for measurements of Earth’s magnetic field. The description places the build in a wider range of uses, including calibrating low-field magnetometers, demonstrating nuclear magnetism and NMR, teaching signal-processing techniques, and measuring magnetic relaxation in liquids. This makes the book both an account of a specific scientific instrument and a resource centered on applying proton behavior to measurement and demonstration.

Good fit for readers who enjoy

  • Readers interested in constructing scientific instruments and measuring Earth’s magnetic field.
  • Students or instructors exploring nuclear magnetism, NMR, or modern signal processing.
  • Those seeking a guide that connects physics concepts with practical measurement applications.

Themes

Proton precession and nuclear magnetic resonanceScientific instrument constructionEarth’s magnetic field measurementSignal processing and educational demonstrations

Based on publisher information and book metadata.

Book overview

The discovery of nuclear magnetic resonance earned Felix Bloch and Ed Purcell the 1952 Nobel Prize in Physics. What their discovery took advantage of, is that protons are the world's smallest magnets. These tiny magnets can also be used to make a magnetometer, of the type described in this book. This book describes how to build a proton precession magnetometer, suitable for measurements of the Earth's magnetic field. This method of measuring magnetic fields offers the theoretically highest possible precision, limited only by the known value of the gyromagnetic ratio of the proton. Uses of the magnetometer include: making precise measurements of the Earth's magnetic field, calibrating low field magnetometers, teaching modern signal processing techniques, demonstrating nuclear magnetism and NMR to students, and measuring nuclear magnetic relaxation in liquids. The Earth's field proton precession magnetometer, called the Magnum, described in this book, was formerly a commercial product, developed and sold by Exstrom Laboratories LLC. It was designed by Stefan Hollos and Richard Hollos.
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