Aage Bohr | Academic Influence

Aage Bohr's AcademicInfluence.com Rankings

Aage Bohr

Physics

#216

World Rank

#414

Historical Rank

physics Degrees

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Physics

Aage Bohr's Degrees

PhD Physics University of Copenhagen

Why Is Aage Bohr Influential?

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According to Wikipedia, Aage Niels Bohr was a Danish nuclear physicist who shared the Nobel Prize in Physics in 1975 with Ben Roy Mottelson and James Rainwater "for the discovery of the connection between collective motion and particle motion in atomic nuclei and the development of the theory of the structure of the atomic nucleus based on this connection". His father was Niels Bohr.

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Aage Bohr's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Nuclear Structure, Vol. 1 (1970) (1635)
Study of Nuclear Structure by Electromagnetic Excitation with Accelerated Ions (1956) (1107)
POSSIBLE ANALOGY BETWEEN THE EXCITATION SPECTRA OF NUCLEI AND THOSE OF THE SUPERCONDUCTING METALLIC STATE (1958) (513)
The Influence of Nuclear Structure on the Hyperfine Structure of Heavy Elements (1950) (347)
Nuclear Structure, Volume II: Nuclear Deformations (1975) (321)
Pseudospin in Rotating Nuclear Potentials (1982) (248)
On the role of the Δ resonance in the effective spin-dependent moments of nuclei (1981) (203)
NUCLEAR STRUCTURE. VOLUME I. SINGLE-PARTICLE MOTION. (1969) (154)
Features of Nuclear Deformations Produced by the Alignment of Individual Particles or Pairs (1980) (145)
Relation between intrinsic parities and polarizations in collision and decay processes (1959) (123)
Collective and individual-particle aspects of nuclear structure (1953) (111)
Some Current Themes in Nuclear Research (1974) (106)
On the Spectrum of 168Er (1982) (90)
Nuclear Structure, Vol. 2: Nuclear Deformations (1977) (88)
On the connection between the cluster model and the SU3 coupling scheme for particles in a harmonic oscillator potential (1958) (82)
Rotational motion in nuclei. (1976) (81)
Single-Particle and Collective Aspects of Nuclear Rotation (1981) (79)
ON THE QUANTIZATION OF ANGULAR MOMENTA IN HEAVY NUCLEI (1951) (76)
Elementary modes of excitation in nuclei (1977) (63)
Genuine Fortuitousness. Where Did That Click Come From? (2001) (63)
Rotational states of atomic nuclei (1954) (56)
The coupling of nuclear surface oscillations to the motion of individual nucleons (1952) (51)
Rotational States in Even-Even Nuclei (1953) (51)
Electric dipole moment associated with octupole vibrations of a spheroidal nucleus (1957) (50)
Primary manifestation of symmetry. Origin of quantal indeterminacy (1995) (49)
NUCLEAR MAGNETIC MOMENTS AND ATOMIC HYPERFINE STRUCTURE (1951) (44)
INTERPRETATION OF ISOMERIC TRANSITIONS OF ELECTRIC QUADRUPOLE TYPE (1953) (43)
Electric dipole moment associated with octupole vibrations of a spheroidal nucleus: (Additional remarks) (1958) (40)
The Principle Underlying Quantum Mechanics (2004) (33)
Solutions for Particle-Rotor and Cranking Models for Single j Configuration (1980) (32)
Role of symmetry of the nuclear shape in rotational contributions to nuclear level densities (1974) (17)
The structure of angular momentum in rapidly rotating nuclei (1981) (16)
Single-particle motion (1969) (16)
QUANTIZATION AND STABILITY OF CURRENTS IN SUPERCONDUCTORS (1962) (15)
On the theory of rotational spectra (1963) (14)
On the Hyperfine Structure of Deuterium (1948) (11)
Many facets of nuclear structure (1973) (10)
Physics of rapidly rotating nuclei (1979) (8)
Atomic interaction in penetration phenomena (1948) (8)
On the Ability of the Interacting Boson Model to Describe Nuclear Deformation Effects (1982) (8)
On the Structure of Atomic Nuclei (1957) (7)
MOMENTS OF INERTIA OF ROTATING NUCLEI (1955) (7)
Quantum World Is Only Smoke and Mirrors (2004) (6)
The geometric and the atomic world views (2008) (6)
BETA-DECAY AND THE SHELL MODEL, AND THE INFLUENCE OF COLLECTIVE MOTION ON NUCLEAR TRANSITIONS (1952) (5)
Nuclear structure vol. I : single-particle motion / Aage Bohr, Ben R. Motfelson (1969) (5)
ON THE FINE STRUCTURE IN ALPHA DECAY (1954) (4)
PAIR CORRELATIONS AND DOUBLE TRANSFER REACTIONS. (1968) (4)
The low energy nuclear excitation spectrum (1956) (3)
Concepts of nuclear structure. (1971) (3)
Problems of nuclear structure (1956) (3)
VIBRATIONAL FIELDS AND NUCLEAR DIPOLE MODES. (1969) (2)
Origin of quantal indeterminacy multi-dimensional variables (1994) (1)
COLLECTIVE CO-ORDINATES FOR NUCLEAR ROTATION (1958) (1)
EXCITATIONS IN NUCLEI. (1970) (1)
No boycott for Trieste (1976) (1)
Lev A. Sliv (1984) (0)
Effect of the impulse moment on the structure of the nucleus (1974) (0)
EVOLUTIONARY TRENDS IN NUCLEAR SPECTROSCOPY (1968) (0)
HYPERFINE STRUCTURE AND NUCLEAR MOMENTS OF Xe$sup 129$ AND Xe$sup 13$$sup 1$ (1952) (0)
The Limits of Studying High-Spin States by Discrete-Line Gamma-Ray Spectroscopy (2016) (0)
Yrast Spectra in the 146Gd Region (2016) (0)
NUCLEAR STRUCTURE (2018) (0)
PRESENT-DAY PROBLEMS OF NUCLEAR STRUCTURE. (1969) (0)
SYMMETRY PROPERTIES OF NUCLEAR VIBRATIONS. (1970) (0)
Rotational @ notion in nuclei " (2011) (0)
VI. C - Collective Motion and Nuclear Spectraa (1960) (0)
ISOPIN MIXING IN NUCLEAR GROUND STATES AND FERMI $beta$-DECAYS. (1968) (0)
Nuclear Models (Invited Paper) (1967) (0)

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What Are Aage Bohr's Academic Contributions?

Aage Bohr is most known for their academic work in the field of physics. They are also known for their academic work in the fields of

Aage Bohr has made the following academic contributions:

Nuclear Structure

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