
Jan MestanExpanding Earth Research
Jan Mestan
B.Sc. (Geology)
Globe Maker
https://expandingearthresearch.org/
About
10
Publications
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1
Citation
Citations since 2017
Introduction
Skills and Expertise
Education
October 2017 - January 2018
Ludwig-Maximilians-University of Munich, Technical University of Munich
Field of study
- Geophysics
September 2015 - July 2016
Technical University of Ostrava
Field of study
- Applied Physics
April 2014 - September 2014
Ludwig-Maximilians-University of Munich, Technical University of Munich
Field of study
- Geosciences
Publications
Publications (10)
Ultrasound is a form of mechanical energy with a frequency greater than ≈ 20 kHz (upper human hearing limit). It is used in many scientific as well as industrial fields. Most modern applications of ultrasound utilize sources which are either piezoelectric or magnetostrictive (Benwell et Bly 1987). A meteorite impact has been considered to be an ult...
The purpose of the bachelor thesis is to compile an overview of the information about sources of seismic energy used in land seismic survey. At the beginning of the thesis, the physical basis of seismic methods is mentioned. Basic types of seismic waves are briefly described and the specific of the spread of seismic waves through the rock environme...
This paper discusses the difficulties related to aircraft landing evaluation as a result of pairing of data collected on board and the determination of plane-runway touches. Today’s on-board sensors provide data that is hard to connect with exact landing styles and resulting deformations. Passive seismic can provide valuable tools, because it has t...
Recent sharp high resolution images and 2D/3D map of the oceanic floor based on VGG published in The Guardian online made by the University of California San Diego reveal a perfect fit between the northern edge of Zealandia and the western rigid continental edge of South America, which is considered as a geometrical proof that we live on an expandi...
Plate-fixed and Earth-fixed measurement chain concepts were briefly described and explained. It was shown that the International Terrestrial Reference Frame (ITRF) contains a fundamental inconsistency, which is its alignment to plate tectonics geological models, e.g. to the NNR-NUVEL-1A in the ITRF2000. The Global Positioning System (GPS) is fundam...
https://www.youtube.com/watch?v=l6JRdn0FL2E
Recent sharp high resolution images and 2D/3D map of the oceanic floor based on VGG published in The Guardian online made by the University of California San Diego reveal a perfect fit between the northern edge of Zealandia and the western rigid coastline of South America, which is considered as a geometrical proof that we live on an expanding plan...
The aim of this paper is to give a new way of phosphate deposits prospection using in situ monazite dating. U-Th–Pb data for a single grain of monazite from locality Kamenne Doly Quarry were combined with previously obtained monazite ages from Pisek pegmatites and their GPS positions (φ, λ) were processed by a MATLAB script to define region of mona...
Questions
Questions (6)
Plate tectonics is a theory that states that plates on the Earth's surface move as rigid bodies. GPS is a system that is working independently on the theoretical motions of these theoretical plates, which means that the motions of plates must be visible when studied by passive GPS receivers (if you don't think so, tell us). Some studies work with the so called plate-fixed (net rotation) reference frames, such as e.g. NAD83, that use GPS data, but state that the frame is plate-fixed - no plate motion is visible. My question is: Is it possible that one creates a plate-fixed frame for GPS? If you think so, please, describe the process. I repeat that GPS does not care about the reason why the passive receiver changed its position - so how can you fix your data to a theoretical motion of a plate?
As been already pointed out, Zealandia can be put together with South America:
The best explanation for the observed relations is Earth's rapid expansion since the Pangea break up. So I am asking, because according to the expansion, the fossils should be younger than we think today, maybe not, but it would be more elegant to link the evolution directly with the expansion.
Plate tectonics is a pseudoscientific belief. The northern edge of Zealandia perfectly fits the Andes! Based on 1) lines on the ridges, 2) oceanic floor ages and 3) perfect shape fit! Here you can follow my tweet with the perfect fit: https://twitter.com/jan_mestan/status/919320346112622592
Just made the calculations and it gives me 1.66, which is 5/3.
You make a gas giant from H and He. The center is of high density. Then you start to catch the material like Si, Fe or Ni. Such material creates a hard mantle around the dense center. What would happen after you remove the atmosphere above the mantle?
Have you ever heard of...?
Network
Projects
Projects (3)
The goal is to create numerical models and to predict the behavior of geodetic stations on the Expanding Earth. We predict specific horizontal motions as follows https://www.youtube.com/watch?v=AvbsRs0xNs0
Radiometric dating is a unique field of geology that allows us to study the relations of rocks in the age reference frame. It is often used in scientific papers with lesser accent on the industrial applications. The project has the aim to emphasize the industrial use through development of new techniques and practical solutions.
The aim is to decide whether it is useful to evaluate the aircraft landing via seismic. Landing seismograms could provide valuable information about aircraft damage in the future.