ferdinandjproa @timely_pace@qoto.org
take note Nokia Bell Labs that started out as Bell Telephone Laboratories, where the first transistor was invented
https://www.bell-labs.com/about/awards/1956-nobel-prize-physics/#gref
upcoming basic "reforms" like bigger base plates, maybe for fair chance?
https://www.youtube.com/watch?v=sSGedVDu3L4
(music break)
mtv 90s channel personally the decade of gilbey's gin. marlboro lights green menthol (unpaid ads) would like to relive it but..
https://www.youtube.com/watch?v=domjqjQ_WRI
being the best in one package, solid defense as shortstop and home run hitter
https://www.youtube.com/watch?v=fltjIQ0HCRY
with few weeks for pre-requisite refresher topics
https://ocw.mit.edu/courses/18-965-geometry-of-manifolds-fall-2004/
the kinetic energy mentioned is the kinetic energy of the internal generating conductors moving through an exciting magnetic field inside the dynamo
I contemplated on this one since last time a friend wanted to know how much wind power needed to charge a 12-volt lead- acid battery using a mini wind power he has just set-up in his coastal residence he has observed that the propeller would rotate freely without the battery connected to his system but when connected back to the setup, the propeller would rotate so slowly almost stopping.
Why it would require greater applied mechanical force to rotate an electric dynamo when electric power is being supplied to an external resistance load than rotating the dynamo without the load - the change of kinetic energy per unit time is diminished in the presence of electric power supplied to the external load so that the internal generating conductors inside the dynamo cannot move faster than without the load. to barely rotate the dynamo without rotational acceleration what is needed at least is applied mechanical power equals the electric power needed in the load.
Attack of the Killer Fungi | Planet Earth | BBC Earth
https://www.youtube.com/watch?v=o57imEfknMQ
"... we lose" that's scary for the lack of scarier word
https://www.youtube.com/watch?v=TIWiuvjTQJM
(i like this part since there seems to be a kind of feedback and control system in a biological setup and what happens when this feedback and control system is upset? and how we have upset already the feedback and control system of the planet the mechanism that regulates global temperature anyway, i have watched the premier showing of the hbo production, i waited for it as it was advertised then)
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The fungus proliferates when there is a large supply of hosts—for instance, when the ant population flourishes and becomes so large it threatens to overwhelm the resources available to the colony. As more ants fall victim to zombifying spores, their numbers dwindle until (a) there are once again sufficient resources to support what remains of the colony, and (b) there are far fewer ants available to serve as hosts...
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https://arstechnica.com/gaming/2023/01/meet-the-real-zombifying-fungus-behind-the-fictional-last-of-us-outbreak/
looking forward to spring training 2023 to start this Feb meanwhile, a refresher video
https://www.youtube.com/watch?v=FPNxUdWCgwc
the lectures are compiled into videos
https://www.youtube.com/watch?v=IRDpW7QOyGw&list=PLhsb6tmzSpiwrZuDMyweABm7FShZu3YUv&index=1
the interaction might be highly suppressed since the strength of such interaction is directly proportional to the mass of the fermions involved that are so light
https://foxtrotpaparomeo.wordpress.com/2023/01/11/12012023first-order-calculations-of-the-probability-amplitude-for-higgs-boson-to-electron-positron-decay/
so now, since it is an mwfsat day some things for qft and we have Notes from Prof. Sidney Coleman's Physics 253a: Quantum Field Theory, this is one of my main resource materials for self-refresher courses in qft
https://inspirehep.net/literature/941540
(just posting today, an mwfsat day, what has been done yesterday, a tthsun day), here, adhering to what is analogous to Kaluza's cylinder hypothesis
https://foxtrotpaparomeo.wordpress.com/2023/01/11/11012023rough-draftstatic-solutions-to-einsteins-field-equations-in-11-space-time/
surfing the internet to look for good books and have stumbled on this one, just scanning few pages i can already say this is a good book, may come handy for pre-requisite refresher topics
Introduction to Differential Geometry
https://link.springer.com/book/10.1007/978-3-662-64340-2
well... i also study a 2D gravity, a (1+1)-dimensionally reduced version of GR, still a work in progress
https://foxtrotpaparomeo.wordpress.com/2022/12/05/rough-draft05122022static-solutions-to-einsteins-field-equations-in-11-space-time/
