Hallo everybody This is the third and final part of my comments. 6) Broader context with a few illustrative examples I provided a scheme showing the requireme

Hallo everybody This is the third and final part of my comments. 6) Broader context with a few illustrative examples I provided a scheme showing the requirements and possible consequences of econokmically feasible large-scale electricity storage in publicly available application OrgPad. The scheme is directly accessible under link https://orgpad.com/s/5BfLP-cxj-7 https://orgpad.com/s/5BfLP-cxj-7 A few technical instructions (which might be useful if you will use OrgPad for the first time): Mouse click-and-draw serves for moving the entire canvas, mouse wheel for zooming the entire picture, cells having a fine shadow have a hidden content which can be opened by mouse click on the respective cell. The application does work in modern web browsers like Chrome, Chromium, Mozilla, Opera, Safari, not (or only very poorly) in IE. 7) Conclusion The crucial question is why the relevant laboratory and technical records pertaining to this potentially game-changing invention quietly sleep in Lockheed archives. Myself, I have not a capacity to test a model device in laboratory, nor find out what Lockheed exactly tested and with which outcome. Should any of the readers, however, have such opportunity, I believe that clarifying the crucial question (whether or not Geisler’s device might have indeed worked) might be worth of the respective effort. Thank you very much for your patience.