#electrograve

[nekupilled]

thoughts on atoms?

they surely stand on the electrogravity scale!

[teravolting]

Me and Ei on our Snowgrave (ElectroGrave???) date (We get up to a little bit of shenanigans)

İ made something again, made a whole ass story for it, and i accidently fucked up the sending part. im not gonna write all of that again so heres a summary

The reader can go to multiple realities and worlds like the travaler. You decide to go to a horror reality.(its fnaf BC i said so)

Venti sees the portal and jumps in with you. Ever since then, you take hım out to date in other realities and he boasts to everyone about it.

(please someone steal this idea and it would be cool if you did your own version and tag me)

Translation, just in case you cant read my shitty writing:

"... And then i said to them; dont worry i will protect you, your highness"

(hutao: aya, we have guests?)

"i wont let anything happen to you! And they said;"

"OMG Barbatooosss~~~<3, you are my favorite~ kyaaaa >\\\<"

[wimpydave]

Coronal Hole, Genesis Pole Shift, Electrogravity | S0 News Dec.10.2023

[journalgen]

Review of Electrogravity and Control Research

[xyliane]

For a Killugon AU mashup: Can you do 55+97 please?

what an EXCELLENT pair of AU concepts, thank you you’re the best

55 (Established Relationship) + 97 (Time Travel)fun fact, I’ve had this AU popping around my brain for awhile. but I seriously doubt I’ll be able to write it completely, or with the depth that it deserves, so here it is:

gon lives on whale island, a lonely island (but not the lonely island) in the middle of an ocean, with minimal technology and only rusting old ruins left scattered around the island. most people make do with what they have, although gon’s always wanted to get off-island and explore, to see what happened to the ships that used to come through, big human-powered wooden things with billowing sails and singing crews

killua lives in a city made of glass and steel, with skyscrapers and flying cars and a new piece of technology every day. while the city used to be on the shores of the ocean, the water has long since been consumed or dried up in the name of Progress. alluka invents a time travel machine as a way of exploring new lands, but his family wants to use it to mine unmined resources. so killua takes it for a joy ride and lands on whale island, where it crashes.

whoops.

and the AI looks to be broken, too, or at least the part that lets nanika control the time or physical travel components.

double whoops.

and judging by the everything about whale island (green trees? ocean???) killua knows he’s stuck, not in the future, but the past.

gon finds killua trying to punch the wreckage in frustration, and, having never seen anything like killua or his ship before, but understanding enough about technology to know that gon can’t help him (”the electrograv capacitor overloaded, and now the wavelength generator has at least three broken contusion boards, and you have no idea what I’m talking about.” “sorry, killua”). so killua accepts the invitation to move in with gon, at least until they can figure out if it’s even possible for killua to get back home. 

and killua settles in, as best he can. mito is welcoming, but puts him to work--and gon saves him from working too much, instead taking him around the island to scavenge old ruins and go fishing and learn how to swim. it’s hard not to fall in love with whale island, and even harder not to fall in love with gon. but nanika is slowly dying--the solar panels just aren’t cutting it for more than basic functions, not without enough resources. they need to get home.

eventually, with nanika’s help and gon’s ingenuity, killua manages to get the time travel machine working. turns out some of the ruins have stuff that, with enough elbow grease and square-peg-in-circle-hole sideways thinking and brute determination, there’s resources on whale island that can help.

and yes, gon gets to go to killua’s home. gets to see all of killua’s technology as it works, the city with all its brilliance and consumption and lack of ocean. (killua takes him on a date to ice cream.) and they work with alluka to make a more sustainable method of time travel that doesn’t consume so much power that, if they crash, they can’t get back.

then gon has to go home. he can’t stay with killua, not forever. he has his own goals to do. but while he’s out on the town with alluka (she is attempting to get him better clothes, and gon’s basically humoring her), killua starts digging into history, trying to find whale island, trying to find ging for gon. 

he can’t find anything, but gon’s still kinda pissed. he didn’t want someone else to find ging for him, he had to find ging. so he asks to go home, not exactly pissed but definitely mad, and alluka takes him. she gets back less than a minute later, having obviously been on whale island for days if not weeks. she’s not sure if nanika and the machine can handle too many more trips. one there-and-back, maybe two if they’re lucky. she can keep nanika working with solar energy, but time travel takes up too much fusion energy. 

killua keeps looking for ging anyways. gon’s not there, he can’t stop him. and he won’t know.

but killua can’t find anything.

no matter how far in the past he goes, there’s no sign of the freecss family, of ging freecss, of whale island even. and killua effectively has all the knowledge in the world at his fingertips. he has a general idea where whale island should be (close-ish to killua’s own home city, far enough back that the ocean still exists and thrives), he knows who he’s looking for, he misses his boyfriend--

and then nanika mentions that they weren’t going to the past.

because TWIST whale island was in the future all along. so there’s no way for killua to find ging. and his world is going to die and drown and rust into nothing.

(this AU is based on hopepunk and worries over global warming woooooo)

MORE AUS MORE MASHUPS WOOOOOO

[push-it-studio]

My New Gear... #electrograve #qo-1 #synth #synthporn #studioporn #noise #drone #japanoise

[damnmachine]

Electrograve Ripper Fuzz

[arxt1]

Unification of Gravity and Electromagnetism Revisited. (arXiv:1302.3324v3 [gr-qc] UPDATED)

Unification of gravity and electromagnetism based on a theory with an affine non-symmetric connection $\Gamma^\lambda_{\mu\nu} \neq \Gamma^\lambda_{\nu\mu}$ and $\Gamma_\mu = \Gamma^\lambda_{[\mu\lambda]}\neq 0$, proposed by S. N. Bose in 1953, is revisited in the context of modern developments in high energy physics. It is shown that electrogravity unification can be achieved at a {\em premetric} stage, and that this unification based on {\em projective invariance} is broken by matter fields, opening up the possibility of a unified theory of all forces in which gravity emerges as a classical field. The theory predicts $\alpha_{sym} = \frac{1}{9}$ in the projective invariant limit, where $\alpha$ is the fine structure constant

from gr-qc updates on arXiv.org https://ift.tt/1rjCN8U

[plasmadragonfly]

#Jupiter's Formation in the #ElectricUniverse | #Space News

< https://youtu.be/VM_yAyLtUUM >

Published on Jul 8, 2017

The EU2017 Conference: Future Science -- Aug 17 - 20, Phoenix: https://www.thunderbolts.info/wp/2017... Today, physicist Wal Thornhill concludes his three-part presentation on the early science results from NASA’s Juno mission to the gas giant Jupiter. As previously noted, like countless other recent space discoveries, the mission findings are challenging not only long-held assumptions about Jupiter, but also consensus theories of planet and star formation, and the history of our solar system. On the question of Jupiter’s internal structure and composition, Thornhill offered the provocative thesis that Jupiter is hollow. In this episode, Thornhill presents his predictions for forthcoming Juno revelations, including the mystery of what lies beneath the planet’s Great Red Spot. We begin with some further explanation of electrogravity. Part One: https://www.youtube.com/watch?v=F8E0t... Part Two: https://www.youtube.com/watch?v=CvfFJ...

[journalgen]

Proceedings of the 1st Meeting of the Central Asian Memetic Electrogravity Society

[journalgen]

Advances in Perceptual Learning, Electrogravity, and Nanotechnology

[arxt1]

Group theory approach to unification of gravity with internal symmetry gauge interactions: I. Canonical electrogravity. (arXiv:1802.08958v1 [gr-qc])

The infinite group of deformed diffeomorphisms of the spacetime continuum is put into the basis of the gauge theory of gravity. This gives rise to some new ways for unification of gravity with other gauge interactions.

from gr-qc updates on arXiv.org http://ift.tt/2CKFj2v

[arxt1]

Lorentzian Goldstone modes shared among photons and gravitons. (arXiv:1709.02736v2 [hep-th] UPDATED)

It has long been known that photons and gravitons may appear as vector and tensor Goldstone modes caused \ by spontaneous Lorentz invariance violation (SLIV). Usually this approach is considered for photons and gravitons separately. We develop the emergent electrogravity theory consisting of the ordinary QED and the tensor field gravity model which mimics the linearized general relativity in Minkowski spacetime. In this theory, Lorentz symmetry appears incorporated into higher global symmetries of the length-fixing constraints put on the vector and tensor fields involved, $A_{\mu }^{2}=\pm M_{A}^{2}$ and $H_{\mu \nu }^{2}=\pm M_{H}^{2}$ ($M_{A}$ and $M_{H}$ are the proposed symmetry breaking scales). We show that such a SLIV pattern being related to breaking of global symmetries underlying these constraints induces the massless Goldstone and pseudo-Goldstone modes shared among photon and graviton. While for a vector field case the symmetry of the constraint coincides with Lorentz symmetry $SO(1,3)$ of the electrogravity Lagrangian, the tensor field constraint itself possesses much higher global symmetry $SO(7,3)$, whose spontaneous violation provides a sufficient number of zero modes collected in a graviton. Accordingly, while photon may only contain true Goldstone modes, graviton appears at least partially composed from pseudo-Goldstone modes rather than from pure Goldstone ones. When expressed in terms of these modes, the theory looks essentially nonlinear and contains a variety of Lorentz and $CPT$ violating couplings. However, all SLIV effects turn out to be strictly cancelled in the lowest order processes that is considered in some detail. How this emergent electrogravity theory could be observationally differed from conventional QED and GR theories is also briefly discussed.

from gr-qc updates on arXiv.org http://ift.tt/2wUoMry

[arxt1]

Lorentzian Goldstone modes shared among photons and gravitons. (arXiv:1709.02736v1 [hep-th])

It has long been known that photons and gravitons may appear as vector and tensor Goldstone modes caused by spontaneous Lorentz invariance violation (SLIV). Usually this approach is considered for photons and gravitons separately. We develop an emergent electrogravity model where both photons and gravitons appear as states solely consisting of zero modes. This SLIV is realized through the length-fixing constraints put on vector and tensor fields, A_{mu}^2=(+-)M_{A}^2 and H_{mu,nu}^2=(+-)M_{H}^2 (M_{A} and M_{H} are the proposed scales for Lorentz violation) in the theory consisting of the ordinary QED and the tensor field gravity model which mimics the linearized general relativity in Minkowski spacetime. We show that such a SLIV pattern being related to breaking of the global symmetries of the above nonlinear constraints rather than directly with Lorentz violation induces the massless Goldstone and pseudo-Goldstone modes shared among the physical photon and graviton. While for the vector field case symmetry of the constraint coincides with Lorentz symmetry, for the tensor field this symmetry appear much higher that provides a sufficient number of zero modes to complete simultaneously both photon and graviton components. Accordingly, while photon may only contain true Goldstone modes, some pseudo-Goldstone modes appear necessary to be collected in graviton together with true Goldstone modes. When expressed in terms of these modes, the theory looks essentially nonlinear and contains a variety of Lorentz and CPT violating couplings. However, all SLIV effects turn out to be strictly cancelled in all the lowest order processes considered in detail.

from gr-qc updates on arXiv.org http://ift.tt/2wUoMry