Christopher Zeeman

Christopher Zeeman's AcademicInfluence.com Rankings

Christopher Zeeman

Mathematics

#425

World Rank

#856

Historical Rank

Measure Theory

#714

World Rank

#963

Historical Rank

mathematics Degrees

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Mathematics

Why Is Christopher Zeeman Influential?

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According to Wikipedia, Sir Erik Christopher Zeeman FRS , was a British mathematician, known for his work in geometric topology and singularity theory. Overview Zeeman's main contributions to mathematics were in topology, particularly in knot theory, the piecewise linear category, and dynamical systems.

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Christopher Zeeman'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

A clock and wavefront model for control of the number of repeated structures during animal morphogenesis. (1976) (751)
Population dynamics from game theory (1980) (462)
Causality Implies the Lorentz Group (1964) (382)
Twisting spun knots (1965) (286)
On the unstable behaviour of stock exchanges (1974) (286)
On the dunce hat (1963) (199)
Dynamics of the evolution of animal conflicts (1981) (197)
Differential equations for the heartbeat and nerve impulse (1973) (190)
Seminar on combinatorial topology (1963) (172)
Stability of dynamical systems (1988) (133)
The topology of Minkowski space (1967) (128)
Unknotting Combinatorial Balls (1963) (112)
From local to global behavior in competitive Lotka-Volterra systems (2002) (88)
A proof of the comparison theorem for spectral sequences (1957) (65)
On Regular Neighbourhoods (1964) (65)
Relative simplicial approximation (1964) (60)
On combinatorial isotopy (1964) (54)
An n-dimensional competitive Lotka–Volterra system is generically determined by the edges of its carrying simplex (2002) (54)
A model for institutional disturbances. (1976) (53)
Applications of Catastrophe Theory (1973) (53)
IMBEDDING OF MANIFOLDS IN EUCLIDEAN SPACE (1961) (53)
Topology of the brain (1965) (48)
Limited knowledge of demand and oligopoly equilibria (1985) (37)
The umbilic bracelet and the double-cusp catastrophe (1976) (37)
Bifurcation, Catastrophe, and Turbulence (1982) (33)
Dihomology III. A Generalization of the Poincaré Duality for Manifolds (1963) (32)
On Direct Sums of Free Cycles (1955) (32)
The generalised Poincaré conjecture (1961) (28)
The analysis of some discontinuous decision processes (1981) (25)
Catastrophe theory in brain modelling. (1973) (22)
Linking Spheres (1960) (22)
On the Classification of Dynamical Systems (1988) (20)
On the Filtered Differential Group (1957) (20)
A mathematical model for conflicting judgements caused by stress, applied to possible misestimations of speed caused by alcohol. (1976) (20)
On Contractible Open Manifolds (1962) (19)
Levels of Structure in Catastrophe Theory Illustrated by Applications in the Social and Biological Sciences (1975) (19)
On the polyhedral Schoenflies theorem (1960) (18)
Unknotting spheres in five dimensions (1960) (17)
Oscillations between repressed inflation and Keynesian equilibria due to inertia in decision making (1982) (15)
Tolerance Spaces and the Brain (2017) (13)
In support of catastrophe theory (1977) (13)
On the Convexity of Carrying Simplices in Competitive Lotka-Volterra Systems (2017) (13)
Dihomology: I. Relations Between Homology Theories (1962) (13)
Classification of quadratic carrying simplices in two-dimensional competitive Lotka–Volterra systems (2002) (12)
Catastrophe Theory: A reply to thom (1975) (12)
Morse inequalities for diffeomorphisms with shoes and flows with solenoids (1975) (12)
Transversality for piecewise linear manifolds (1967) (11)
Catastrophe theory in biology (1975) (9)
Lecture notes on dynamical systems (1968) (8)
Breaking of waves (1971) (8)
Divergence of choices despite similarity of characteristics: An application of catastrophe theory (1988) (8)
A catastrophe model for the stability of ships (1977) (7)
The stable classes and the codimension-one bifurcations of the planar replicator system (1992) (7)
Correction to ‘On Regular Neighbourhoods’ (1970) (6)
A MODEL FOR PRISON DISTURBANCES (1977) (6)
Piecewise linear transversality (1967) (5)
Shrinking continua in 3-space (1961) (4)
Gastrulation and formation of somites in amphibia and birds (1976) (4)
What's wrong with Euclid Book V (2008) (3)
A Lagrangian Klein bottle (1981) (3)
Dihomology: II. The Spectral Theories of a Map (1962) (3)
A note on a theorem of Armand Borel (1958) (3)
A NOTE ON AN EXAMPLE OF MAZUR (1962) (2)
Non-triangulable polyhedral manifolds (1963) (1)
Dynasics of Darwinian Evolution (1986) (1)
Sur une classe d'espaces d'interpolation (p. 5 à 68) . On combinatorial isotopy (p. 69 à 94) (1964) (1)
On the Relation Between Real Euclidean and Complex Projective Geometry (1961) (1)
Almost invariant probability measures for diffeomorphisms and flows on a compact Riemannian manifold, and the associated notion of structural stability (1988) (1)
Chairman’s introduction (1987) (1)
The lack of universal coefficient theorems for spectral sequences (1957) (0)
On Hilbert’s third problem (2002) (0)
MORSE INEQUALITIES AND ZETA FUNCTIONS (2007) (0)
Unknotting 3-spheres in six dimensions (1962) (0)
Banquet Address at the Smalefest (1993) (0)
Appendix. A catastrophe machine (2017) (0)
FOUNDATIONS OF MECHANICS (1969) (0)
Dynamical chaos. Proceedings of a Royal Society discussion meeting held in London, UK, 4 - 5 February 1987. (1987) (0)

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Christopher Zeeman's Academic­Influence.com Rankings