Storing electrons in cavities over 100s or 1000s of kilometers where they and ions can be stored or retrieved at multiple junctions is just a matter of a bit deeper effort with more sensors, data, models and fast control systems. https://www.nature.com/articles/s41467-024-51083-5 Most anything you can imagine is tightly constrained by the memes that circulate on
Read More »
I read your article https://www.kjmagnetics.com/blog.asp?p=making-and-repairing-fridge-magnets because of your email. I had hoped you would show a way to re-energize or strengthen an old magnet by using a strong magnet to increase permanent magnetization. Is that possible? Can a strong magnetic make many weaker magnets? Ferromagnetic materials, like paper clips, nails, washers, metal plates, metal sheets.
Read More »
Tony, I have been finishing up some projects. July 23, 2024 was the 26th Anniversary of the Internet Foundation. I did a quick read of this last paper, and your earlier ones. You are arguing theories, when I think you ought to be studying the technologies, instruments, sensors and data. I recommend “gravitational engineering” not
Read More »
I am interested in your “double exposure”. 200 ns would be 5 Mfps. Can you say which specific cameras from Imperix or elsewhere can support that? I am also interested in LWIR “thermal” camera for passive radiometry. Do you have anyone interested in camera interface standards? There are many cameras, and the cost of storing
Read More »
Danielle Beckman @DaniBeckman Radial glia (🔵) in the developing nervous system 😻: Orienting the formation of cortical neuronal layers (🟣) in the mammalian brain! #neuroscience https://pic.twitter.com/ZflCpO8MBP Replying to @DaniBeckman Danielle, Thanks! I was working with an image almost identical to this last night. But I was seeing it in the surface of a neutron star
Read More »
Dynamic Gravitational Fields, Plasmonic control systems The method I proposed to move the StarShip using fields is efficient, because it scans and maps and models the vibrational, rotational, bending and translational motions of the rocket in 3D down to small voxels. Then it uses the chemical and structural model of the cells or voxels to
Read More »
https://hackaday.io/project/164550-low-cost-time-of-flight-gravimeter-arrays/log/208711-more-information-posted-at-researchgate-on-3-axis-gravimeters/discussion-195371 https://www.researchgate.net/profile/Richard-Collins-16 ResearchGate canceled their project support last year and I managed to save some things before they erased everything. I had/have a few dozen followers and collaborators. I have been working on many things and still many different designs and things related to gravitational imaging. But I am not making devices, only checking components. Do you
Read More »
I have not had time to check all these papers by Samina Masood, but find them interesting enough to suggest others take a closer look. These are some of the right places and pathways to find the atto-scopic roots of real gravitational signal sources across all frequencies, wavelengths, and energy densities. https://www.uhcl.edu/science-engineering/faculty/masood-samina https://arxiv.org/search/hep-ph?searchtype=author&query=Masood,+Samina
Read More »
Vallis | Video Esssays: The Irony of the Dunning-Kruger Effect at https://www.youtube.com/watch?v=kcfRe15I47I This is a common curve in electrodynamics where the descending region after the peak, is said to have “negative resistance” There are quite a few places where it shows up where variable resistance is possible. There the axes are voltage (Volts) or pressure
Read More »
I design an electromagnetic field launch facility that lift the Starship second stage to its mission height and velocity on the planned time schedule ( a few minutes). It completely eliminates or replaces the booster. More importantly it also can catch and gently set the returning craft back in its cradle. So the overall size
Read More »