Category: Gravitational Engineering

Gravity Research Foundation Campaign, Gravitational Engineering, Simulating Gravity

Samir, Glad you noticed it.  Most of my messages never get answered or noticed.  I guess they mostly get treated as spam.  I try to not let it bother me. Your paper is online now.  I guess I was in a hurry to read it.  It has a really ugly URL.  It really needs to
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Comment on: Trabecular bone organoids, synthesizing earth-like gravity equivalents

Trabecular bone organoids – A micron scale prototype designed to study the effects of microgravity and degeneration – https://www.nature.com/articles/s41526-021-00146-8 Alexandra, I received this note today about your work.  I have been tracking most all the levitation technologies on the Internet for some time. Then I realized that you probably know all this already, except maybe acoustic
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Comment on Welding – semi-robotic, solar system colonization, contract work in vacuum, atomic fuels

https://www.weldingtribe.com/automated-welding Randy, Thanks for the site!! Some good advice here. There are lots of options for making intelligent tools for human welders, rather than completely replacing them with robots. Have you run across this yet? For instance, I came to your site from a search “welding” (“current” OR “amperes”) “sticky” looking for the physics and
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IMT is now Atomica – Please also try making gravitational sensors

IMT sent me a note about their name change. I wrote back to ask them to work harder on gravitational imaging sensors which can be adaptations of MEMS accelerometer technologies they are already familiar with. I am encouraging anyone who makes MEMS accelerometers and inertial sensors to at least try to prepare for gravitational sensor
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Comment on: Can you split an electron?

https://www.researchgate.net/post/Why_are_we_not_able_to_split_an_electron Muhammad Khan, There are many possible ways that an electron can evolve into other particles, depending on the energy. As an electron interacts with the vacuum, at some point the “electron” ceases to be a localized and simple thing. The waves induced in the vacuum can take many forms. The most useful representation (my
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New Video about the Internet YouTube Google Franck-Hertz Experiments

Yesterday: HoverBoxes Finally, Skins for Websites, Saving Layouts, Extracting from PDF, Global Groups Bubbling –  https://www.youtube.com/watch?v=-MjhIblZg_I Today: Using the Internet to find and encourage global communities engineering science AMOE – https://www.youtube.com/watch?v=1pwM0bqxSQk AMOE (Atomic Molecular Optical Electronic Magnetic Acoustic Mechanical … ) https://en.wikipedia.org/wiki/Franck-Hertz_experiment – Franck-Hertz

Cosmic ray shadow of the sun and moon, LIGO Array moon sun tracking

I was just going to say thanks for doing these. But: Have you heard of anyone trying to pick up the sun or moon presence in other networks? Was getting ready to point the older LIGO array of three detectors in the direction of the moon and sun to see if it could pick up “moon”
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LIGO Detector locations and times for solar system correlation studies

Jonah, Thanks, that first link seems to answer my immediate question about reference location and calculating time between sensors.  Thanks for the pointer, I should have been able to easily find such a key piece of the puzzle. https://pycbc.org/pycbc/latest/html/detector.html My son, Ben, set up a Linux server with Python and ran some samples.  I found
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