Key Concepts
- A gravity field is normally accepted as one directional and measurable by means of a gravimeter. In nature, all matter creates gravitation, and there is a mosaic of fields of lower strength from all directions at any time anywhere in the universe, referred to here as gravitational density.
Postulated here is an effect which could impede the flow of time and by observing time recognize gravitational density changes even at Lagrangian location. This understanding of the physics involved led to the construction of a new type of equipment to simultaneously measure and record both the dominant and the background added gravitational field density. Equipment initially built had a sensitivity of milli-second/minute and has now improved to nano-second/minute.
- Recorded data will become available and displayed on this site for study.
- Over the last three years (since 2007) records have been kept on about 4500 hours of observation.
- Predictable and easily recognizable celestial events near Earth, such as solar and lunar ascents and descents over the local horizon, have been recorded.
- Laboratory set ups have been investigated for the establishment of a standard unit of measure and further work in this direction is in progress.
- A previously unknown field effect has been discovered and is being investigated further.
- Four units of equipment have been separated by 42 km on three different locations and readings compared.
- The equipment can be set to a sampling rate from 1 second to 1 hour over long periods and is extremely sensitive to gravitational density changes. The measurement units are not sensitive to human interference.
It is envisaged to display experimental results of interest as data and graphs become available.
Measurement Principle
Wagner Systems developed the sensors. Since some patent issues still need to be resolved at this time (February 2009), we can unfortunately not divulge full details in the public domain.
The measurement principle implemented in our sensors is not based on the following technologies:
- Detection of the motion of (proof) masses
- Interferometry
- Detection of spring/mass motion
Invitation
Data and results published on this website are presented to share our experimental research. We wish to create an open forum for interested parties. The data recorded so far should be of interest to fellow scientists, such as physicists, astronomers and in particular, gravitational wave researchers.
My primary goal is to add to the understanding of our universe. Given the limits of our budget and time, we need assistance and independent work to further explore our ideas. The "standard unit of measure" as mentioned as one of the key concepts will need refining by physicists.
Sponsored by Wagner Systems (Pty) Ltd Cape Town
Principal Investigator
Philipp Wagner
All material posted on this website is Copyright © 2009 Wagner Systems, with all rights reserved. It may not be copied, used or distributed without the written consent of Wagner Systems.
Web site last updated on 2 June 2010 at 10:20