G. W. Pierce
American physicist
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Physics
Why Is G. W. Pierce Influential?
(Suggest an Edit or Addition)According to Wikipedia, George Washington Pierce was an American physicist. He was a professor of physics at Harvard University and inventor in the development of electronic telecommunications. The son of a Texas cattle rancher, he distinguished himself in school at Taylor and at the University of Texas before beginning his enduring relationship with Harvard in 1898. He wrote three innovative texts, many learned papers, and was assigned 53 patents. The most notable is the single-stage crystal oscillator circuit, which became the touchstone of the electronics communication art. Süsskind says that he was "an exceedingly warm and droll individual, much revered by his students."
G. W. Pierce's Published Works
Published Works
- Piezoelectric Crystal Oscillators Applied to the Precision Measurement of the Velocity of Sound in Air and CO₂ at High Frequencies (99)
- Experimental Determination of Supersonic Notes Emitted by Bats (1938) (90)
- Piezoelectric Crystal Resonators and Crystal Oscillators Applied to the Precision Calibration of Wavemeters (63)
- Measurement of the Dielectric Constant and Index of Refraction of Water and Aqueous Solutions of KCl at High Frequencies (1930) (54)
- Diffusion and Supersaturation in Gelatine (1903) (35)
- The Songs of Insects: With Related Material on the Production, Propagation, Detection, and Measurement of Sonic and Supersonic Vibrations (1948) (19)
- Magnetostriction Oscillators (15)
- The impedance of telephone receivers as affected by the motion of their diaphragms (14)
- Apparatus for Acoustic Research in the Supersonic Frequency Range (1938) (13)
- Crystal Rectifiers for Electric Currents and Electric Oscillations. Part I. Carborundum (1907) (7)
- Principles of wireless telegraphy (6)
- A Table and Method of Computation of Electric Wave Propagation, Transmission Line Phenomena, Optical Refraction, and Inverse Hyperbolic Functions of a Complex Variable (4)
- Theoretical and Experimental Investigation of the Transmission of Sound Over Reflecting Surfaces (1938) (3)
- Artificial Electric Lines with Mutual Inductance between Adjacent Series Elements (3)
- Experiments on Resonance in Wireless Telegraph Circuits (1904) (3)
- On the Cooper Hewitt Mercury Interrupter (2)
- On Electric Strength (1894) (2)
- Application of the radio-micrometer to the measurement of short electric waves (1900) (2)
- Crystal Rectifiers for Electric Currents and Electric Oscillations. II. Carborundum, Molybdenite, Anatase, Brookite (1)
- A Simple Method of Measuring the Intensity of Sound (1)
- An Improved Magnetostriction Oscillator (1938) (1)
- Experiments on Resonance in Wireless Telegraph Circuits. Part V (1905) (1)
- Crystal Rectifiers for Electric Currents and Electric Oscillations. Part III. Iron Pyrites (1909) (1)
- XIII CALCULATION OF WING RESONANCE (1948) (0)
- Experiments on the Electrical Oscillations of a Hertz Rectilinear Oscillator (0)
- Periods of Longitudinal Vibration of Steel Cones and Truncated Cones (1938) (0)
- III MECHANISM OF SOUND PRODUCTION BY INSECTS (1948) (0)
- IV APPARATUS AND METHODS (1948) (0)
- On Electrical Properties of Crystals. I. Stratification and Capacity of Carborundum (0)
- APPENDIX THE PERFORMANCE OF THE APPARATUS (1948) (0)
- Acoustic Signaling along the Plane Boundary between Two Media (1937) (0)
- On the Electric Strength of Solid, Liquid, and Gaseous Dielectrics (1893) (0)
- XVI. Indices of refraction for electric waves, measured by a modified radio-micrometer (1901) (0)
- LI. Note on the double refraction of electric waves (1901) (0)
- Theory of Coupled Circuits, under the Action of an Impressed Electromotive Force, with Applications to Radiotelegraphy (0)
- XIV BIRDS AND BATS (1948) (0)
- V TABULATION OF INSECTS STUDIED (1948) (0)
- Theoretical Investigation of the Radiation Characteristics of an Antenna (0)
- II PRELIMINARY EXPERIMENTS COLLECTION OF INSECTS LOCATED BY SOUND (1948) (0)
- Crystal Rectifiers for Electric Currents and Electric Oscillations. Part II. Carborundum, Molybdenite, Anatase, Brookite (1909) (0)
- The Electrolytic Detector, Studied with the Aid of an Oscillograph (1909) (0)
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