H. Dieter Zeh | Academic Influence

H. Dieter Zeh's AcademicInfluence.com Rankings

H. Dieter Zeh

Physics

#398

World Rank

#704

Historical Rank

physics Degrees

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Physics

H. Dieter Zeh's Degrees

PhD Physics University of Göttingen

Why Is H. Dieter Zeh Influential?

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According to Wikipedia, Heinz-Dieter Zeh , usually referred to as H. Dieter Zeh, was a professor of the University of Heidelberg and theoretical physicist. Education and career Zeh was born in Braunschweig and studied physics at the Technical University of Braunschweig and nuclear physics at the University of Heidelberg under J. Hans D. Jensen. At Heidelberg, he also investigated alpha particle formation in nuclei with Hans-Jörg Mang and Zeh investigated the topic for his PhD thesis under Mang. Between 1964 and 1965, Zeh was a research assistant at California Institute of Technology and in 1965 and between 1967 and 1968 at the University of California, San Diego. He later became a professor in Heidelberg.

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H. Dieter Zeh'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

Decoherence and the Appearance of a Classical World in Quantum Theory, second edition (1996) (1789)
The emergence of classical properties through interaction with the environment (1985) (1031)
On the interpretation of measurement in quantum theory (1970) (739)
The Problem of Time. (Book Reviews: The Physical Basis of the Direction of Time.) (1989) (240)
Toward a quantum theory of observation (1973) (148)
There are no quantum jumps, nor are there particles! (1993) (101)
Emergence of classical time from a universal wavefunction (1986) (96)
Dynamics of quantum correlations (1973) (90)
Roots and Fruits of Decoherence (2005) (89)
THE PROBLEM OF CONSCIOUS OBSERVATION IN QUANTUM MECHANICAL DESCRIPTION (1999) (72)
Symmetries, superselection rules, and decoherence (1994) (59)
Time in quantum gravity (1988) (59)
Why Bohm's Quantum Theory? (1998) (55)
What is Achieved by Decoherence (1996) (41)
Quantum cosmology as an initial value problem (1991) (41)
BOOK REVIEW: The Physical Basis of the Direction of Time (1989) (38)
There is no “first” quantization (2002) (37)
The meaning of decoherence (1999) (31)
Feynman’s interpretation of quantum theory (2008) (29)
Quantum Discreteness is an Illusion (2008) (26)
The Program of decoherence: Ideas and concepts (1996) (26)
Basic Concepts and Their Interpretation (2003) (24)
Science and Ultimate Reality: The wave function: it or bit? (2004) (21)
Quantum theory and time asymmetry (1979) (19)
The Wave Function : It or Bit ? (2002) (19)
Contributions to the theory of alpha-decay (1963) (18)
Where has all the information gone (2005) (18)
Remarks on the Compatibility of Opposite Arrows of Time (2003) (17)
Time in Quantum Theory (2007) (17)
The role of the observer in the Everett interpretation (2012) (12)
Decoherence: Basic Concepts and Their Interpretation (1995) (11)
Open Questions Regarding the Arrow of Time (2009) (11)
The Strange (Hi)story of Particles and Waves (2013) (10)
There are no Quantum Jumps , nor are there Particles ! (2000) (7)
Symmetry-breaking vacuum and state vector reduction (1975) (7)
Measurement in Bohm's versus Everett's quantum theory (1988) (7)
The Nature and Origin of Time-Asymmetric Spacetime Structures (2010) (6)
Comment on decoherence by time dilation (2015) (5)
Note on the Time Reversal Symmetry of Equations of Motion (1999) (5)
Comment on the "Janus Point" explanation of the arrow of time (2016) (5)
Evidence for the Existence of Heavy Nuclei prior to the s-Process (1970) (5)
The Wave Function: It or Bit? (2002) (4)
Feynman's quantum theory (2008) (3)
Reproduced from Physics Letters A 116, 9–12 (1986) (with minor corrections) – for private use only – EMERGENCE OF CLASSICAL TIME FROM A UNIVERSAL WAVE FUNCTION (3)
Time (a-)symmetry in a recollapsing quantum universe (1994) (3)
Time (a-)symmetry in a recollapsing quantum universe (1994) (2)
John Bell's varying interpretations of quantum mechanics (2014) (2)
Decoherence : Basic Concepts and their Interpretation (1)
Comment on Carlo Rovelli's "An argument against the realistic interpretation of the wave function" (2015) (1)
A simple theory of the proton-proton final-state interaction in the reaction d + p → p + p + n (1972) (1)
Quantum World Is Only Smoke and Mirrors (2004) (1)
EINSTEIN NONLOCALITY, SPACE-TIME STRUCTURE, AND THERMODYNAMICS (1983) (1)
2 Basic Concepts and Their Interpretation (2002) (1)
Symmetry-Breaking Vacuum and State Vector Reduction (1)
Related Ideas and Concepts (1996) (1)
On measurement and quantum nondemolition (2011) (1)
The Thermodynamical Arrow of Time (2001) (1)
The Time Arrow of Radiation (2001) (1)
Bell ’ s Varying Interpretations of Quantum Mechanics ∗ (2014) (0)
Related Concepts and Methods (2003) (0)
The Time Arrow of Spacetime Geometry (2001) (0)
Coming to terms with decoherence (2010) (0)
The Quantization of Time (1989) (0)
The Physical Concept of Time (2001) (0)
The Problem of Conscious Observation in Quantum Mechanical Description (0)
The Quantum Mechanical Arrow of Time (2001) (0)
Time travel: is it science or mere fiction? (2001) (0)
Défence d’afficher: An exhibition -and- From snap-shot photography to digital printmaking via the concept of the flâneur: An exegesis (2018) (0)
The Time Arrow of Spacetime Structure and Cosmology (1989) (0)
Entropy in Relation to Incomplete Knowledge I . 1 Objectivity I . 2 Entropy as a secondary quality ? (2000) (0)
The Time Arrow in Quantum Cosmology (2001) (0)
Ju l 2 00 5 Where has all the information gone ? (2005) (0)
Rezension zu „Speakable and Unspeakable in Quantum Mechanics“ (2012) (0)
How to look at an arrow (1991) (0)

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