Hans-Joachim Bremermann | Academic Influence

Hans-Joachim Bremermann's AcademicInfluence.com Rankings

Hans-Joachim Bremermann

Mathematics

#1813

World Rank

#2896

Historical Rank

Measure Theory

#2782

World Rank

#3320

Historical Rank

mathematics Degrees

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Mathematics

Hans-Joachim Bremermann's Degrees

PhD Mathematics University of Göttingen

Why Is Hans-Joachim Bremermann Influential?

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According to Wikipedia, Hans-Joachim Bremermann was a German-American mathematician and biophysicist. He worked on computer science and evolution, introducing ideas of how mating generates new gene combinations. Bremermann's limit, named after him, is the maximum computational speed of a self-contained system in the material universe.

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Hans-Joachim Bremermann'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 competitive exclusion principle for pathogen virulence (1989) (374)
A game-theoretical model of parasite virulence. (1983) (354)
Distributions, complex variables, and Fourier transforms (1968) (319)
A method of unconstrained global optimization (1970) (192)
Sex and polymorphism as strategies in host-pathogen interactions. (1980) (140)
PROOF OF DISPERSION RELATIONS IN QUANTIZED FIELD THEORIES (1958) (117)
Chemotaxis and optimization (1974) (105)
On a generalized Dirichlet problem for plurisubharmonic functions and pseudo-convex domains. Characterization of Šilov boundaries (1959) (104)
Minimum energy requirements of information transfer and computing (1982) (64)
Quantum noise and information (1967) (64)
On the conjecture of the equivalence of the plurisubharmonic functions and the Hartogs functions (1956) (58)
Discussion of parameter estimation in biological modelling: Algorithms for estimation and evaluation of the estimates (1975) (58)
On Analytic Continuation, Multiplication, and Fourier Transformations of Schwartz Distributions (1961) (51)
Quantitative Aspects of Goal-Seeking Self-Organizing Systems* (1967) (50)
Aids as Immune System Activation (1995) (38)
Evolution of Parasites and Hosts Group Report (1982) (37)
How the Brain Adjusts Synapses - Maybe (1991) (36)
A method for calculating codon frequencies in DNA. (1972) (27)
Parameter identification of the calvin photosynthesis cycle (1979) (27)
AN EVOLUTION-TYPE SEARCH METHOD FOR CONVEX SETS. (1964) (26)
Parasites at the origin of life (1983) (25)
Some Remarks on Analytic Representations and Products of Distributions (1967) (24)
Complexity of Automata, Brains, and Behavior (1974) (24)
Generalization of the Angular Spectrum of Plane Waves and the Diffraction Transform (1969) (21)
Holomorphic functionals and complex convexity in Banach spaces. (1957) (19)
Pattern recognition, functionals, and entropy. (1968) (18)
Pattern recognition by deformable prototypes (1976) (15)
What Mathematics Can and Cannot Do for Pattern Recognition (1971) (15)
Theory of catastrophic diseases of cultivated plants (1983) (15)
On the Dynamics and Trajectories of Evolution Processes (1973) (14)
Limits of Genetic Control (1963) (13)
The envelopes of holomorphy of tube domains in infinite dimensional Banach spaces (1960) (13)
Reliability of proliferation controls. The Hayflick limit and its breakdown in cancer. (1982) (13)
The adaptive significance of sexuality. (1985) (10)
Mechanism of HIV persistence: implications for vaccines and therapy. (1995) (9)
Paradox remains (1995) (9)
Theory of spontaneous cell fusion. Sexuality in cell populations as an evolutionarily stable strategy. Applications to immunology and cancer. (1979) (9)
The adaptive significance of sexuality (1985) (9)
Computer assisted diagnosis and computer consultation in neurology: preliminary testing of diagnostic accuracy for the neurologist system. (1981) (9)
Computer consultation in neurology: subjective and objective evaluations of the "NEUROLOGIST" system. (1982) (9)
Analysis of spectra with nonlinear superposition (1970) (8)
On the stability of polymorphic host-pathogen populations. (1985) (8)
Mathematical models of HIV infection. I. Threshold conditions for transmission and host survival. (1990) (8)
Construction of the envelopes of holomorphy of arbitrary domains (1957) (7)
AIDS as immune system activation. Key questions that remain. (1995) (7)
Schwartz distributions as boundary values ofn-harmonic functions (1965) (7)
Self-Organization in Evolution, Immune Systems, Economics, Neural Nets, and Brains (1994) (7)
HIV results in the frame. Paradox remains. (1995) (6)
Pseudo-convex Domains in Linear Topological Spaces* (1965) (4)
The HIV cytopathic effect: potential target for therapy? (1990) (4)
Note on plurisubharmonic and Hartogs functions (1956) (3)
Unlinked strands as a topological constraint on chromosomal DNA, plasmid integration, and DNA repair (1979) (3)
Computer consultation in neurology: a review of the field, and a comparison of the "Neurologist" system to previous programs. (1981) (2)
EXPERIMENTS WITH PATTERNS OF EVOLUTION (1963) (2)
A QUASI-GRADIENT METHOD IN CONVEX PROGRAMMING. (1966) (2)
Computation of Equilibria and Kinetics of Chemical Systems with Many Species (1968) (1)
Artificial intelligence, pattern recognition, and neurobiology. (1972) (1)
The Challenges of Biocybernetics and Artificial Intelligence (1975) (1)
Identification of rate constants in chemical cycles of known structure (1970) (1)
Book reviewThe Biology of Epistemology: The Phylogenetic Foundations of Reasons: By Rupert Riedl (in collaboration with Robert Kaspar). Berlin: Verlag Paul Parey, 2nd edition, 1980. 230 ppBiologie der Erkenntnis: Die stammesgeschichlichen Grundlagen der Vernunft (1981) (0)
Fusion as a potential mechanism for generating lymphocyte diversity. (1979) (0)
Dirichlet problems for distribution boundary values (1967) (0)

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