Arthur Compton
American physicist
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Physics
Arthur Compton's Degrees
- PhD Physics Princeton University
Why Is Arthur Compton Influential?
(Suggest an Edit or Addition)According to Wikipedia, Arthur Holly Compton was an American physicist who won the Nobel Prize in Physics in 1927 for his 1923 discovery of the Compton effect, which demonstrated the particle nature of electromagnetic radiation. It was a sensational discovery at the time: the wave nature of light had been well-demonstrated, but the idea that light had both wave and particle properties was not easily accepted. He is also known for his leadership over the Metallurgical Laboratory at the University of Chicago during the Manhattan Project, and served as chancellor of Washington University in St. Louis from 1945 to 1953.
Arthur Compton's Published Works
Published Works
- X-rays in Theory and Experiment (1935) (699)
- A Quantum Theory of the Scattering of X-rays by Light Elements (1923) (675)
- An Apparent Effect of Galactic Rotation on the Intensity of Cosmic Rays (1935) (253)
- CXVII. The total reflexion of X-rays (1923) (187)
- The spectrum of scattered X-rays (1923) (145)
- Directed Quanta of Scattered X-Rays (1925) (104)
- A Geographic Study of Cosmic Rays (1933) (96)
- The magnetic electron (1921) (66)
- A Positively Charged Component of Cosmic Rays (1933) (55)
- The Size and Shape of the Electron (1919) (48)
- A Precision Recording Cosmic‐Ray Meter (1934) (47)
- Cosmic Rays on the Pacific Ocean (1937) (44)
- X-Rays And Electrons (43)
- Radiations from Radioactive Substances (1931) (40)
- X-Ray Spectra from a Ruled Reflection Grating. (1925) (34)
- The Density of Rock Salt and Calcite (1925) (32)
- Measurements of β-Rays Associated with Scattered X-Rays (1925) (30)
- The freedom of man (1969) (24)
- Let the People Decide (1950) (24)
- The Intensity of X-Ray Reflection, and the Distribution of the Electrons in Atoms (24)
- Atomic Quest: A Personal Narrative (1956) (23)
- THE UNCERTAINTY PRINCIPLE AND FREE WILL. (1931) (23)
- CI. The efficiency of production of fluorescent X-rays (1929) (22)
- Recurrence phenomena in cosmic-ray intensity (1939) (22)
- Variation of the Cosmic Rays with Latitude (1932) (21)
- The Distribution of the Electrons in Atoms (1915) (21)
- A General Quantum Theory of the Wave-Length of Scattered X-rays (1924) (20)
- XCV. Absorption measurements of the change of wave-length accompanying the scattering of X-rays (1923) (19)
- The Scattering of X Rays as Particles (1961) (19)
- A Measurement of the Polarization of Secondary X-Rays* (1924) (19)
- Secondary radiations produced by X-rays (19)
- X-rays as a branch of optics (1928) (18)
- The Determination of Electron Distributions From Measurements of Scattered X-Rays (1930) (18)
- Recoil of Electrons from Scattered X-Rays (1923) (18)
- Composition of Cosmic Rays (1934) (16)
- Ionization by Penetrating Radiation as a Function of Pressure and Temperature (1932) (16)
- Cosmic-Ray Ionization at High Altitudes (1934) (15)
- The Quantum Integral and Diffraction by a Crystal. (1923) (15)
- On the Mechanism of X-Ray Scattering. (1925) (14)
- Recent Developments in Cosmic Rays (1936) (13)
- A PRECISION X‐RAY SPECTROMETER AND THE WAVE LENGTH OF Mo Kα1 (1931) (13)
- LXVIII. The degradation of gamma-ray energy (1921) (13)
- Progress of Cosmic-Ray Survey (1932) (12)
- A Sensitive Modification of the Quadrant Electrometer: Its Theory and Use (1919) (12)
- Radio-activity and Gravitation (1919) (12)
- The scattering of X-rays (1924) (11)
- The Spectrum of Secondary X-rays (1922) (10)
- The Grating Space of Calcite and Rock Salt (1925) (9)
- The Wave-Length of Molybdenum K(alpha) Rays when Scattered by Light Elements. (1924) (9)
- Diurnal Variation of Cosmic Rays (1932) (9)
- Is the Atom the Ultimate Magnetic Particle (1920) (9)
- XXIII. Possible magnetic polarity of free electrons (1921) (8)
- The Variation of the Specific Heat of Solids with Temperature (1915) (8)
- The corpuscular properties of light (1929) (8)
- The Effect of a Surrounding Box on the Spectrum of Scattered X-Rays. (1925) (8)
- The Softening of Secondary X-Rays (1921) (7)
- Time and Its Mysteries. (1942) (7)
- Ionization as a Function of Pressure and Temperature (1931) (7)
- A Recording X-Ray Spectrometer, and the High Frequency Spectrum of Tungsten (1916) (7)
- X-rays and electrons;: An outline of recent X-ray theory, (7)
- The Absorption of Gamma Rays by Magnetized Iron (6)
- Scattering of X-Rays by a Spinning Electron (1936) (6)
- An Improved Cosmic‐Ray Meter (1933) (5)
- Light Waves or Light Bullets (1925) (5)
- The human meaning of science (1940) (5)
- A LABORATORY METHOD OF DEMONSTRATING THE EARTH'S ROTATION. (1913) (5)
- A Physical Study of the Thermal Conductivity of Solids (1916) (5)
- Some experimental difficulties with the electromagnetic theory of radiation (1928) (5)
- Scattering of X-ray Quanta and the J Phenomena (1924) (5)
- LXIX. The wave-length of hard gamma rays (1921) (4)
- A new wave-length standard for X-rays (1929) (4)
- Nature of Cosmic Rays (1933) (4)
- Cosmic Rays as Electrical Particles (1936) (4)
- THE HUMAN VALUE OF PHYSICS (1931) (4)
- LXV. Radioactivity and the gravitational field (1920) (3)
- On the Origin of Cosmic Rays (1937) (3)
- SCIENCE AND OUR NATION'S FUTURE. (1945) (3)
- Scientific Work in the "Century of Progress" Stratosphere Balloon. (1934) (3)
- WHAT SCIENCE REQUIRES OF THE NEW WORLD. (1944) (3)
- Incoherent Scattering and the Concept of Discrete Electrons (1935) (3)
- The Appearance of Atoms as Determined by X-Ray Scattering (1934) (3)
- An attempt to analyse cosmic rays (1935) (3)
- Modern education and human values (1947) (3)
- The Scattering of X-Ray Photons (1946) (3)
- Atomic Energy As a Human Asset (1946) (2)
- A Determination of Latitude, Azimuth, and the Length of the Day Independent of Astronomical Observations (1915) (2)
- A Poll of Scientists at Chicago, July 1945 (1948) (2)
- Use of Argon in the Ionization Method of Measuring Cosmic Rays (1932) (2)
- The Birth of Atomic Power (1953) (2)
- The Social Implications of Atomic Energy (1946) (2)
- What is light (1930) (2)
- What Things are Made of-II (1929) (2)
- Magnitude of Cosmic Ray Bursts (1934) (2)
- The Elementary Particle of Positive Electricity (1921) (2)
- Coherence of the Reflected X-Rays from Crystals (1927) (2)
- Eminent American Scientists Give Their Views on American Visa Policy (1952) (1)
- Time variations of cosmic rays (1939) (1)
- The Atomic Crusade and Its Social Implications (1947) (1)
- Cathode Fall in Neon (1920) (1)
- Modern Physics and the Discovery of X-Rays (1945) (1)
- The Constancy of Cosmic Rays (1931) (1)
- The Optics of X-Rays* (1931) (1)
- The Spectrum and State of Polarization of Fluorescent X-Rays. (1928) (1)
- The place of science in the program of UNESCO. (1947) (1)
- The Width of X-ray Spectrum Lines (1)
- The Secret Message of the Cosmic Ray (1933) (1)
- Effect of an Eclipse on Cosmic Rays (1940) (1)
- Atomic power, its birth and its human meaning (1947) (1)
- RADIATION A FORM OF MATTER. (1922) (1)
- THE NATURE OF THE ULTIMATE MAGNETIC PARTICLE. (1915) (1)
- Progress of world‐survey of cosmic rays (1933) (1)
- Nobel Prize-Winner Tells of Discoveries: X-Rays as a Branch of Optics (1927) (1)
- THE SIGNIFICANCE OF RECENT MEASUREMENTS OF COSMIC RAYS. (1933) (1)
- What Science Really Is (1932) (1)
- The Intensity of X-ray Reflection from Powdered Crystals (1922) (1)
- The Scattering of X-rays1 (1924) (1)
- PHYSICS AND THE FUTURE. (1938) (1)
- Hiroshima Revisited: Governments seek agreements to control the atom, but historians still disagree on its first military use (1961) (0)
- War Problems of the Physics Teacher (1942) (0)
- Cosmic Rays (1932) (0)
- PHYSICS AND THE FUTURE (1938) (0)
- What is Matter Made of (1915) (0)
- Proceedings at the meetings held during the session 1954–1955 (1955) (0)
- Nuclear Energy and the Growth of Man (1957) (0)
- The First of the Sciences (1939) (0)
- Selection of Site for Power Project (1942) (0)
- Atomic energy as a human asset. (1946) (0)
- General discussion on “the examination of materials by X-rays” (0)
- On The Location of the Thermal Energy of Solids (1916) (0)
- Three public lectures on modern physics (1933) (0)
- Next Radio Robot Balloon to Measure Cosmic Rays (1934) (0)
- Nobel Prize Winners in Physics I—Michelson, Millikan and Richardson (1931) (0)
- The American Association's Grants for Research (1930) (0)
- RESOLUTION OF THE EXECUTIVE COMMITTEE. (1944) (0)
- Joyce Clennam Stearns, 1893-1948. (1949) (0)
- What we have learned from scattered x-rays (1940) (0)
- In Memoriam; Joyce Clennam Stearns (1948) (0)
- Establishing Site X: Letter, Arthur H. Compton to Enrico Fermi, September 14, 1942 (1942) (0)
- Note on the Grating Space of Calcite and the X-Ray Spectrum of Gallium (1918) (0)
- Discussion on: “Time variations of cosmic rays” and summary of day's discussions (1939) (0)
- On the Interaction Between Radiation and Electrons (0)
- ARE PLANETS RARE? (1930) (0)
- THE SCIENTIFIC WORK OF THE GOVERNMENT. (1933) (0)
- An Alternative Interpretation of Jauncey's "Heavy Electron" Spectra (1938) (0)
- Second Series Directed Quanta of Scattered X-rays (0)
- The non-molecular structure of solids (1918) (0)
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What Schools Are Affiliated With Arthur Compton?
Arthur Compton is affiliated with the following schools: