The Internet Foundation
Solving Global Problems using the Internet

Category: 3D Scannning Replication

Tools and methods for visualizing real time flows of previously “invisible” fields are expanding but not maturing

Richard K Collins 3D Scannning Replication, All Global Open Devices, All knowledge, All Languages, Collaborative Global Model of the Sun November 11, 2024

RS4GeoHZ @GfzRemote Thrilled to announce the release of #SARVey, an open-source #software for the #InSAR time-series analysis using both #Persistent & #Distributed scatterers in #Python.  https://github.com/luhipi/sarvey Tools and methods for visualizing real time flows of previously “invisible” fields are expanding but not maturing  There are about 5.4 Billion humans using the Internet now. Where on
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Making AI movies to immortalize actors and actresses, to give viewers and authors direct engagement

Richard K Collins 3D Scannning Replication, All Global Open Devices, All Sky Cameras September 26, 2024

https://en.wikipedia.org/wiki/D%C3%A9j%C3%A0_Vu_(2006_film) https://www.youtube.com/watch?v=k9a3GsU7NJI My Comments: Making AI movies to immortalize actors and actresses, to give viewers and authors direct engagement It actually gave me a good idea for a space telescope to look inside stars. We have preliminary ones now, but the movie suggests — “just keep going”. And if you keep applying the algorithms, the
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Maritime wars might need AI assisted, whole battlefield and near field, 3D real time imaging, and distributed multispectral arrays.

Richard K Collins 3D Scannning Replication, Assistive Technologies March 16, 2024

Anders Puck Nielsen: Why are maritime drones so hard to beat? at https://www.youtube.com/watch?v=QX68_FZl8UE Thanks for explaining why active electromagnetic radar based systems are so vulnerable. There are many passive, time of flight, correlating imaging array methods now. That is a mouthful, but an emerging set of complementary technologies that might one day give your people
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Automating design and fabrication of tools for specific kinds of 3D expression

Richard K Collins 3D Scannning Replication, Assistive Technologies March 16, 2024

Thomas Sandladerer: Made with Layers: I bought the cheapest 3D printer on AliExpress! at https://www.youtube.com/watch?v=ikjOEaPY6Rk I was amazed you got it assembled and working. Getting rid of the screen is a good idea, and they are closer to essential operating steps. If you got some wood or aluminum you could hot glue some rigidity. It
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A ThorLabs camera for “NIR”. Comments on Kelvin labeling of image sensors and electromagnetic regions

Richard K Collins 3D Scannning Replication, Units Dimensions Formats Reference Values January 16, 2024

Chad, I found the spectral sensitivity of the CS135MUN camera.  I am looking out past 2,000 nm = 2 um (below 1500 Kelvin, below 85 THz) https://www.thorlabs.com/images/tabimages/CS135MUN_Quantum_Efficiency_G1-780.gif https://www.omnicalculator.com/physics/wiens-law I also found your ThorLabs repositories on GitHub, but probably not sufficient for what I need. https://github.com/Thorlabs Do you make your own images sensors, or use ones
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Monitoring early warning signs of earthquakes

Richard K Collins 3D Scannning Replication, Electromagnetic Gravitational Field January 1, 2024

Times of India: Did Birds Sense the Japan Earthquake? | THESE Videos Showcase Their Unexplained Behaviour at https://www.youtube.com/watch?v=Msx4IQ-9qe8 Measure across all frequencies from microHertz to MegaHertz for acoustic (infrasound, audio,and ultrasound), magnetic, electric, currents, electron density, electromagnetic and gravitational sensor networks. Pay attention to birds all the time. Pay particular attention to under 20 Hertz,
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Gravitational engineering, invisible matter and energy, not only “dark”.

Richard K Collins 3D Scannning Replication, Atomic Fuels, Electromagnetic Gravitational Field December 9, 2023

Ben, I worked out the mass of “dark energy” that makes up gravity.  It is not “dark” which implies a lack of intensity of light.  Rather it is “invisible” or “not in the visible part of the spectrum”.  Most of the mass of the gravitational energy density field is in the ultraviolet, extreme ultraviolet, soft
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