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| keywords = [[evolutionary]], [[Earth]], [[expansion hypothesis]], [[finite or infinite]], [[philosophical]], [[seismology]]
| keywords = [[evolutionary]], [[Earth]], [[expansion hypothesis]], [[finite or infinite]], [[philosophical]], [[seismology]]
| published = 1994
| published = 1994
| journal = [[None]]
| pages = 275-280
| pages = 275-280
}}
}}
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Furthermore, I've been impressed since my student years, by the dogmatic and simplistic approach of plate tectonics advocates. I rejected, on philosophical grounds, the perfect equilibrium between input and output of crust. I could not understand how easily the energy deficit of convection cells, of plate movements and of subduction was overlooked.
Furthermore, I've been impressed since my student years, by the dogmatic and simplistic approach of plate tectonics advocates. I rejected, on philosophical grounds, the perfect equilibrium between input and output of crust. I could not understand how easily the energy deficit of convection cells, of plate movements and of subduction was overlooked.


[[Category:Scientific Paper]]
[[Category:Scientific Paper|evolutionary earth expansion hypothesis]]


[[Category:Expansion Tectonics]]
[[Category:Expansion Tectonics|evolutionary earth expansion hypothesis]]

Latest revision as of 19:26, 18 July 2026

Scientific Paper
TitleAn Evolutionary Earth Expansion Hypothesis
Author(s)Stavros T Tassos
Keywordsevolutionary, Earth, expansion hypothesis, finite or infinite, philosophical, seismology
Published1994
Pages275-280

Abstract

Although I am a research scientist in geophysics - seismology, I feel that an attempt to answer fundamental philosophical questions, like: Is the universe finite or infinite? Is Is it static or dynamic? Is it an open or closed system? and so on, will provide some intuitive insights into the incomplete and scarce set of data that scientists have to work with.

Furthermore, I've been impressed since my student years, by the dogmatic and simplistic approach of plate tectonics advocates. I rejected, on philosophical grounds, the perfect equilibrium between input and output of crust. I could not understand how easily the energy deficit of convection cells, of plate movements and of subduction was overlooked.