Moonshine Elliptical represents my latest combination of commentary and finding on the massively impressive tome of knowledge about elliptic curve theory (useful in cryptography and generally understanding space and time). Fields of character (the summing of multiplicative identity to equate to the additive identity) two, three and other along with factorization of parts of the world mechanic into finite simple groups (the extended concept of primes of which the primes are just one sequence).
Hi, and greetings from a warm Ikea after leaving the slowly sinking wet, cold boat. Let’s all hope for the “frost” not happening this year with wet feet marine one being a bit shit.
So I got a new battery with a phone around it. The old one had reached the end of service with cold failure imminent. So I got an Alcatel 1 (the cheap dual SIM unlocked one), and it is quite nice for the price, and the battery lasts as it should. I’d recommend it.
It fits a surprising amount in the 8GB, due to android Go and little bloat. You must check if you already have some Go versions installed of some of the old bloatier apps (like Maps). Bits of it are to the cheap end of the market standard, but functional. It is available in other versions with a better camera and more memory, but I don’t need those. A good calculator, YouTube and varous social app lite editions. It still has enough space to keep Chrome, and install Libby for audiobook reading.
I suppose I’ll find out how the settings have been reorganized, and how to enable debug mode. One of the 7 taps on the build number in the system settings. OK.
They put a big telescope into space. Perhaps they’ll find some intelligent life. Or maybe the intelligent life will broadcast the bunny ear fingers of the thing galaxy wide for a bit of Crimbo fun.
Sounds like such fun. An irremovable or a point update fix on the press? https://github.com/jackokring/majar/blob/master/src/uk/co/kring/kodek/Generator.java sounds like fun too. Choices, choices? Amplified radial uncertainty of Δr.GMm.Δt≤ℏ.r2/2 was kind of the order of last night. Is it dark matter? Is tangential uncertainty in the same respect part of dark energy? The radial uncertainty in a sure instant of time, and the potential gravitational energy? A net inward force congruent with dark energy?
And a tangential version of the squared hypotenuse of radius and tangential uncertainty of radius resultant? That leads to a reduction of gravity at a large radius and is more like dark energy. More evidence for a spectrum of uncertainty amount hence the “less than equals” being simplistic on an actuality?
Oh, no I’ll have to investigate the last GET/POST before errors … how boring (last time an Indian) … guess who?
The Small Big G and Why Gravity?
As G the gravitational constant is small compared to other force constants this would make delta r be bigger in gravity for the same amplified ħ uncertainty. With the time accuracy of light arrival in the visible range, the radial uncertainty at a high radial distance integrates over the non-linearity of the 1/r^2 force, for a net inward. Tangentially, the integral would net a reduction in gravity.
So a partial reason for dark matter and dark energy to be explained by quantum gravity. It’s a simple formula and Δv/Δt as a substitute for Δp=mΔv using F=ma=GMm/r2 in ΔxΔp≤ℏ/2 so the answer is approximate an r±Δr might be more appropriate for exacting calculations, and r2+Δr2 as a tangential hypotenuse.
As https://en.wikipedia.org/wiki/Coulomb%27s_law is 20 orders of magnitude higher the dark coulomb force will be 10 orders of radius larger for the same effect.
As the Mass by the Cube, and the Uncertainty by the Square.
As the distance increases to the centre of a gravitational lens, the uncertainty of the mass radially becomes significant so effectively reducing the minimal acceleration due to gravity, and growing the volume bulk integral of mass in uncertainty. The force delta would be inverse cubic, countered by the cubic growth in integration volume. The force would therefore in isotropy become a fixed quantity effect.
This is not even considering the potential existence of a heavy graviton, or the concept of conservation of a mass information velocity that would have a dark energy effect. It still seems “conservation of acceleration” is not even a taught effect considering there are many wine glasses that would have loved to know about it.
As for the rapid running constant increase toward the unification energy and what inner sun horizons would do to a G magnification? Likely not that relevant? Only the EM force seems to increase in coupling as the energy of the system dilates in time. This would imply the other three standard forces decrease, so necessitating an increase in radial uncertainty on average. The strong force has a with distance effect below the confinement distance, and so as the radius reduces, a Δr.k.Δt≤ℏ/2r rule is likely which would lead to the most likely reciprocal isomorphism of dark matter and dark energy.
Due to quark mass differences, and k, therefore, being one of 15 = 6*(6-1)/2 constants depending on the quark pair a triad product pentad structuring of force to acceleration might occur, with further splitting by boson interactions with quarks. Maybe this is a long shot to infer the finality on the low energy quark set of 6. Likely a totient in there for an 8. That’s all in the phi line and golden, silver and forcing theorems. I wonder if forcing theorems have unforcing and further forcing propergatives?
You could be right. So? It’s not as though it affected any of the local accelerators I don’t have. If it’s all about the bit not understood, then as a product constraint, it is where the action is at. As the maths might work, I am speculating the further equations will be in a less than form and so need fewer corrections? Premature optimization is the root? Any tiny effect would be on that side of equality perhaps. Maybe it was just a tilt on the suggestion of an inverse isomorphism. I couldn’t say, but that’s how it exited my mind.
A cryptocoin mining strategy designed to reduce power consumption. The work is divided into tiny bits of work with bits of stall caused by data access congestion. The extensive nature of solutions and the variance of solution time reduce conflict as opposed to a single hash function solve. As joining a fork increases splitting of share focuses the tree spread into a chain this has to be considered. As the pull request ordering tokens can expire until a pull request is logged with a solution, this means pull request tokens have to be requested at intervals and also after expiry while any solution would need a valid pull request token to be included in the pull request such that the first solution on a time interval can invalidate later pull requests solving the same interval.
The pull request token contains an algorithmic random and the head random based on the solution of a previous time interval which must be used to perform the work burst. It, therefore, becomes stupid to issue pull request tokens for a future time interval as the head of the master branch has not been fixed and so the pull request token would not by a large order be checksum valid.
The master head address becomes the congestion point. The address is therefore published via a torrent-like mechanism with a clone performed by all slaves who wish to become the elected master. The slaves also have a duty to check the master for errors. This then involves pull-request submissions to the block-tree (as git is) on various forks from the slave pool.
This meta-algorithm therefore can limit work done per IP address by making the submission IP be part of the work specification. Some may like to call it proof of bureaucracy.
As running a split network on a faster clock seems the most effective hack, the master must set the clock by signed publication. On a clock split the closest modulo hashed time plus block slave salt wins. The slave throne line is on the closest modulo hashed values for salt with signed publication. This ensures a corrupt master must keep all slave salts (or references) in the published blocks. A network join must demote the split via a clock moderation factor. This ensures that culling a small subnet to run at a higher rate to disadvantage the small subnet is punished by the majority of neutrals on the throne line in the master elective on the net reunion, by the punitive clock rate deviation from the majority. As you could split and run lower in an attempt to punify!
Estimated 50 pounds sterling 2021-3-30 in bitcoin for the company work done 😀
The Rebase Compaction Bounty (Bonus)
Designed to be a complex task a bounty is set to compress the blockchain structure to a rebased smaller data equivalent. This is done by effectively removing many earlier blocks and placing a special block of archival index terminals for non-transferred holdings in the ancient block history. This is bound to happen infrequently to never and set at a lotto rate depending on the mined percents. This would eventually cause a work spurt based on the expected gain. The ruling controlling the energy expenditure versus the archival cost could be integrated with the wallet stagnation (into the void) by setting a wallet timeout of the order of many years.
A form of lotto inheritance for the collective data duplication cost of historic irrelevance. A super computational only to be taken on by the supercomputer of the age. A method therefore of computational research as it were, and not something for everybody to do, but easy for everybody to check as they compact.
https://www.amazon.co.uk/Pipeline-Cache-Big-RISC-Computational-ebook/dp/B07XY9RSHH/ref=sr_1_1?keywords=pipeline+cache+big+risc&qid=1568807888&sr=8-1 is a nice paper on some computation issues, and eventually covers some politics and vitamin biochemistry. Not a fan? Still letting your biome let you shout at the bad people not feeding your hunger?
Shovel in the gammon all you want, and load it up with chips as a little survivor from ancient times takes advantage of the modern high carb diet and digs a hole for you.
The latest thing to try. A Cleanto Amiga Forever OS 3.1 install to SD card in the Amazon Fire 7. Is it the way to get a low power portable development system? Put an OS on an SD and save main memory? An efficient OS from times of sub 20 MHz, and 50 MB hard drives.
Is it relevant in the PC age? Yes. All the source code in Pascal or C can be shuffled to PC, and I might even develop some binary prototype apps. Maybe a simple web engine is a good thing to develop. With the low CSS bull and AROS open development for x86 architecture becoming better at making for a good VM sandbox experience with main browsing on a sub flavour of bloat OS 2020. A browser, a router and an Amiga.
Uae4arm is the emulation app available from the Playstore. I’m looking forward to some Aminet greatness. Some mildly irritated coding in free Pascal with objects these days, and a full GCC build chain. Even a licenced set of games will shrink the Android entertainment bloat. A bargain rush for the technical. Don’t worry you ST users, it’s a chance to dream.
Lazarus lives. Or at least Borglaz the great is as it was. Don’t expect to be developing video realtime code or supercomputer forecasts. I hear there is even a python. I wonder if there is some other nice things. GCC and a little GUI redo? It’s not about making replacements for Android apps, more a less bloat but a full do OS with enough test and utility grunt to make. I wonder how pas2js is. There is also AMOS 2.0 to turn AMOS source into nice web apps. It’s not as silly as it seems.
Retro minimalism is more power in the hands of code designers. A bit of flange and boilerplate later and it’s a consumer product option with some character.
So it needs about a 100 MB hard disk file located not on the SD as it needs write access, and some changes of disk later and a boot of a clean install is done. Add the downloads folder as a disk and alter the mouse speed for the plugged in OTG keyboard. Excellent. I’ve got more space and speed than I did in the early 90s and 128 MB of Zorro RAM. Still an AGA A1200 but with a 68040 on its fastest setting.
I’ve a plan to install free Pascal and GCC along with some other tools to take the ultra portable Amiga on the move. The night light on the little keyboard will be good for midnight use. Having a media player in the background will be fun and browser downloads should be easy to load.
I’ve installed total commander on the Android side to help with moving files about. The installed BSD socket library would allow running an old Mosaic browser, or AWeb but both are not really suited to any dynamic content. They would be fast though. In practice Chrome and a download mount is more realistic. It’s time to go Aminet fishing.
It turns out that is is possible to put hard files on the SD card, but they must be placed in the Android app data directory and made by the app for correct permissions. So a 512 MB disk was made for better use of larger development versions. This is good for the Pascal 3.1.1 version.
Onwards to install a good editor such as Black’s Editor and of course LHA and some other goodies such as NewIcons. I’ll delete the LCL alpha units from Pascal as these will not be used by me. I might even get into ARexx or some of the wonderfull things on those CD images from Meeting Pearls or a cover disk archive.
Update: For some reason the SD card hard disk image becomes read locked. The insistent gremlins of the demands of time value money. So it’s 100 MB and a few libraries short of C. Meanwhile Java N-IDE is churning out class files, PipedInputStream has the buffer to stop PipedOutputStream waffling on, filling up memory. Hecl the language is to be hooked into the CLI I’m throwing together. Then some data time streams and some algorithms. I think the interesting bit today was the idea of stream variables. No strings, a minimum would be a stream.
So after building a CLI and adding in some nice commands, maybe even JOGL as the Android graphics? You know the 32 and 64 bit restrictions (both) on the play store though. I wonder if both are pre-built as much of the regular Android development cycle is filled with crap. Flutter looks good, but for mobile CLI tools with some style of bitmap 80’s, it’s just a little too formulaic.
I was wondering over the statistics problem I call the ABC problem. Say you have 3 walls in a circular path, of different heights, and between them are points marked A, B and C. If in any ‘turn’ the ‘climber’ attempts to scale the wall in the current clockwise or anti-clockwise direction. The chances of success are proportional to the wall height. If the climber fails to get over a wall, they reverse direction. A simple thing, but what are the chances of the climber will be found facing clockwise just before scaling or not a wall? Is it close to 0.5 as the problem is not symmetric?
More interestingly the climber will be in a very real sense captured more often in the cell with the highest pair of walls. If the cell with the lowest pair of walls is just considered as consumption of time, then what is the ratio of the containment time over the total time not in the least inescapable wall cell?
So the binomial distribution of the elimination of the ’emptiest’ when repeating this pattern as an array with co-prime ‘dice’ (if all occupancy has to be in either of the most secure cells in each ‘ring nick’), the rate depends on the number of ring nicks. The considered security majority state is the state (selected from the two most secure cell states) which more of the ring nicks are in, given none are in the least secure state of the three states.
For the ring nick array to be majority most secure more than two thirds the time is another binomial or two away. If there are more than two-thirds of the time (excluding gaping minimal occupancy cells) the most secure state majority and less than two-thirds (by unitary summation) of the middle-security cells in majority, there exists a Jaxon Modulation coding to place data on the Prisoners by reversing all their directions at once where necessary, to invert the majority into a minority rarer state with more Shannon information. Note that the pseudo-random dice and other quantifying information remains constant in bits.
Dedicated to Kurt Godel … I am number 6. 😀
The further result of adding in Coulomb force gradients into the theory of Uncertain Geometry. The GEM (Geometry/Gravity and Electro-Magnetism) Unification hints at the above table of particles. A mass genera of “Dark” matter (B), and some strange matter (A). The paper so far can be downloaded from Google Drive. I’m currently on the search for a suitable equation relating to the Weak force. I have no proof yet that it would be emergent, but the particle grid already includes a “dark matter” column (including a dark neutrino (yellow)), and a “not so dark” but very strange and heavy particles type A.
Lot of free energy videos about but does it actually work, or is it just virtual vapour wares? Here’s a highly unstable circuit I designed a few years ago. The magnetic balance is so fine, that an external field can throw the circuit into an unstable power spike. Then I went for an inductance modulation of lower scale, using a 3 phase (+++), to 1 phase (++-) arrangement, for greater stability. The difficulty with such devices is not the working, but the switch off without raising volts potential to any unlucky hands. This safety aspect is the ultimate reason of non use, and not as some suppose the disruptive effect on oil and other nuclear markets. Those markets may shrink, but will always be. The chemical industry will always have need of basic oil produce, and the lower short term profits of non burn, actually extend the future profits of chemical building. Transport is minor compared to health. The nuke industry could easily shrink, and still be big. The power waste of removing rods with 90% still effective power is a white wash of the electric power from a military objective. Reactors would be different for pure civil use.
Amazing colours, but what’s it really about? The Pu problem of fast breed, and somehow there will never be less of it, just does not add up for efficient too cheap to meter power promises of not too long ago. There seems to be no real research on gamma cavity down conversion technology. I wonder how long it will be before the nova bomb. The effective slowing of light to lower than the black hole threshold, at Sun core. I think the major challenge is getting super dielectrics far enough into the Sun without melt. I suppose this is some hyperbole focus problem. One day people will understand the simple application of button technology, and the boxes will judge and provide on intent or not. It’s not like they won’t have a self interest.