Switching things up and turning the game into an animated series (movie?).

So I realized that it would take me years to develop the game that she wants so I’m just going to power through tens of thousands of drawings and make a small series of movies based off of a Book I wrote that is hidden partially within my blog, but the rest remains relatively secret within my notes. It’ll be similar, in that it’s animal fantasy–a genre that I enjoyed immensely growing up. Hopefully my work will be worth while once it’s done.

So there will be behind the scenes Dev-Blog videos, Storyboarding Videos, Cast and Crew Videos as we record and have our fun for the day making sure that things get made. I have no idea how long it’ll take to get made but I’m sure it’ll be faster than trying to do everything in a game single handily–and who knows, I may be able to find people that want to help out in the local area with my animators group. But for now I’m going to be spending the days storyboarding as much as I can while recording the process and saying that, I should probably get back to work. I’m unsure why I couldn’t put up a custom thumbnail though I did verify myself, but it’s no matter, it’ll work it’s self out or I can force them in the front of the videos if I really have to.

Here’s the first Dev-Blog Video of Marlin’s Journey:

What would it look like if we were to stand within the center of an event horizon of a black hole and look outward?

If, according to Bekenstein, that time “appears to or would” stop at the event horizon of a black hole, and Hawkings says that things entering the black hole interact with each other only when they are interacting and not falling into the horizon and came up with the 1:4 rule where there are disturbances around the event horizon noticeable with their gravitational waves (I think I have that properly phrased, feel free to correct me), would that mean that that if the body faced outward so that it not only survived but could use it’s senses—at least in this case their vision—what would they see?

The outer shell would be an intense burning rippling shell of “heat/light” that when viewed from inside would slow and speed up based upon the density of the objective atoms falling into the black hole. Would a blink take the life of the black hole at it’s densest point as the atom of approaching matter reached it’s utmost velocity slowing down the entire way if dead on viewed by the inhabitant and in kind would the infinitesimally fastest speed at the area of “clarity” where nothing but light, or even less—an opening into regular space—opened up in the shells rippling surface.

There’s also the chance that the event horizon is a sphere though dense enough to crush anything, so being dark enough to create nothing—it may also be possible that it forms new materials we’re unable to comprehend as of this time as a probe wouldn’t be able to move itself from it’s eternal crushing end. So would the inhabitant see these sparks radiating from around them, behind, and through them and then outwards as the radiation so predicted.

I also wonder on the thoughts of how strong of a radiation would have to be to be coming from within the black hole. It wouldn’t be a known level of radiation as the atoms would have been fundamentally changed until their pressures built up and they escaped the outer shell being affected by the reversal of time as they passed out of it’s hold, and returning to once again a known material if hitting something to make it into such a thing, or instead into a matter we currently may know of but can’t read because it found an spot of “clarity” to leap through, burning off only heat to a lower change state.

The other option I could see it doing is a yo-yo effect where it comes into the inhabitants views, reaches it’s apex of density and time, combines to become a new material type, and they then split as the event horizon moves in time, forcing them to take and shift an equivalent space yet different time frame of the outer cores movement. Meaning that the inner core spins differently than the inner core, and as the radiation leaks through the time dilation of this new physical motion, where it comes out a different place it went it forces it to change completely as at the same time it is being released through the black hole as Hawking Radiation it’s interacting with it’s new place in space and space time, changing what the material would have been had it just yo-yo-ed in a “straight Timeline” down and out again. But I’m unsure if this would be a standard model of things or if it’s just the case of a larger black hole pulling from a smaller black hole.

We finished 500 (and 6) masks thanks to charitable donations!

It took one person working every single day for six weeks as well as her assistant (me) working every three days of the weekend to get them done, and they were claimed and delivered in less than a week.

Nettios deserves all the credit since this was her baby and I couldn’t be more proud of her, and to celebrate here’s the video of her working that she put together as well. She’s quite talented with an editing software as well.

What I helped with: Snipping hundreds of wires, thousands of pieces of elastic–though she was much faster. I also hot glued the reinforcements to the edges of the wire so they didn’t dig into the person’s face. I also cut hundreds of filters to put into the masks that should last months and multiple washings as well as be virus absorbent. Blisters, blisters everywhere. But it was worth doing. We didn’t make a profit off of it because that’s not the point of helping other people. The oldest group of people we helped were 85-110 which just blows my mind.

I’m so proud of what she was able to do even when it was hard, and the work was intensely repetitive. When the machine’s needle broke and flew into her eye. When it would chuck back a stitch and scare us both with a loud pang. She put that machine to work and got it going each time, and thankfully she didn’t get hurt. Check out the video if you want a time lapse of six weeks of work. It’s really well done.

Much Pleasure,
-J.

Thoughts on lensing through space time. A simple series of explanations.

Dang after rethinking the drawing there are multiple sectors of acceleration condensing and stretching along the lines of space time and instead of drawing what I thought was condensing what I’ve actually drawing is an area of stretching. Where is states as “R” is where it should condense because that’s where both lines of travel for the space time area are closest and as such should be the most powerful.

This is assuming two planets with two different gravitational rotations since one has the other way of the first type. Of course if a planet continues to increase its spins fast enough and breaks up its time also becomes zero so thinking of “T”ime as one vector may be a mistake though it is a simple remedy visually. Perhaps that drawing is in order, just so I can fix my mislabel and clarify the types of curves I can think of at the moment. Just three to start:

A strange thing happens at the crossroads of the Yellow, Orange, and Blue, where initially the material is condensed and then hits it “Point of non acceleration” and then spreads out slowing down if it can’t pull itself out of that gravity system.

I suppose that “T”ime is a wall that eventually all things hit. So there’s that.
The types of Space Time that I can think of Tonight if using two differing planetary gravities [I use planets but just think of them as gravitational bodies and it’ll apply to pretty much anything]:

I’m going to call them Orbital Plays:
Flat Acceleration: A planet that speeds up until “T”ime death of the universe or breaks up before then.
Flat Deacceleration: A planet that slows down until “T”ime death of the universe.
A planet: that speeds up until breaking up, of which Flat Acceleration can be a part of:
A planet: that speeds up, lenses, and slows downs until “T”ime stops it:
A Stretched Timeline: that thickens while it’s between the lenses and has multiple outcomes based on where times when it comes out of the lensing:
Condensing: Where a gravitational points pulls a body towards another speeding up that area between them as the gravities are initially overcome by the stronger force and then equalize as they come into proper orbitals of each other.

Have a good night, day or morning,

-J.

Gravitational Lensing and Making Wormholes.

If a gravitational lens of a large cluster of entities creates the ability to show the material far behind it at a closer light speed range, so faster in space time–then it should be possible to build “worm holes” using the term loosely by aligning the lenses together to achieve a passable branch of space that allows a ship or item to be thrown through the lenses, and as they round the bend if released correctly, or orbiting correctly and fired out into space again, jump to the next lens, bounding from one to the other where they would speed up in space time by what the cube of the cube of material being flung through the lens, and then once they reach a known mid point once discovered, they are able to slow it down and release back into normal space through deceleration through space time condensing and stretching space time to suit their needs. All you would need is a drive to get you up to speed where it could manage the forces of being warped, likely with a layer of donor atoms taking the brunt of the energy as they entered the lens, and releasing into normal space in the proper propulsion signified as it left the lens, until it was able to gather or replace the same amount of the donor atoms (which may change over time as the lenses will have differing values of gravitational and light year compression) and repeat the process at the next lens, slinging it rapidly between state guided by computer as well as seeing what it does to the human body. At that point it may be better to send out drone ships that do not depend on living tissue to explore and can report back any findings. It would also be able to mention if skipping through a lens ages you rapidly or speeds up any internal clocks they may have as they condense within the lenses.

I have this unnerving feeling that negatively charged Bosons may be the ones moving backward in space time and there is also a semi-negatively charged M(inus) Boson that exists but is currently not strong enough to affect space time but shows up in real time regardless.

I’ll have to get into tomorrow as my meds are kicking in but if muons make star level heat, and bosons make gravity all warping in forward time currently if they’re Higgs (I think they’re the ones being used) then the negatively charged boson may— Boson M(inus), they would affect gravity’s effects as well as time’s effects meaning they’re logically moving backwards in space time but I do not know if they are constantly accelerating or slowing. But it would make sense they were constantly racing towards the site of the Big Bang to their inverse of their cousins spreading outward from that point towards universe death.

So does that mean there’s even another form of Boson that stays at a half negative charge that centers space time—-that is currently the best I can put it to words in that they exist but are not strong enough to force the Minus or Higgs reactions and could that be what dark matter within space time is made of.

I’ll have to think about this a bit more when I can’t sleep.

Much pleasure,

-J.