Nov 13, 2024
heres a random picture of me
I know it won't be the thing everyone wants, maybe, but I just want a big first main lens (like 133mm possibly) that uses a lenticular rear concave part to the main convex front part of the lens (so its concave but it uses a lenticular pattern that uses the hemisphere concave to focus everything with smaller & larger total depths of cut to the rings it needs for the lenticular part into the next lenses behind), from there it only needs a spikey shaped front sphere shape to fractal split it into interference directions that correct the front lenticular issues into a the rest of the sphere lens, which is flower style cut in to the rear part of the lens. This design needs a recursive style to that flower like pattern to allow for splits that didn't constructively interfere to break off & do so with others, but they become polarized & then can constructively interfere through polarization collapse into directional wavelength up conversion of wavelengths not wanted (ultra violet & or infrared, specific polarization, specific chiral light wavelengths, even cool extreme side directional light that usually loses its wavelength but now can become the original) & or ones lost.
From there, its pretty directionally specific, the light. But I want it to target into the specific pixel areas... SOooooo.... I need smaller flat laser etched lenses that can be moved to directionally force light into corrected diffuse beams that hit the specific points of my sensor. But that's using only 5 of those flat plates that need laser etches that gain the needed concave to convex points where the light is currently almost coherent, like a laser. I don't want a laser, lasers burn my sensors & pixels! Dang them. However, this allows for them to be forced into corrected points & use the distance of the final lens to force them into a bell curve interference path that removes coherence for a lowered Etendue effect into the final lens.
That lens just needs to be a regular lens made with the same material (it depends on what you are looking for, honestly, but I love natural color, forced natural, no ability to hide because later its possible to get it good to make it a part of the piece. A type of brutalism that give beauty when its there, not when its desired) that is plasma deposited for different density in specific areas built around the flat laser etched lenses. That allows for the middle areas to float & be stabilized & move quickly to gain focus faster.
The final lens is the main thing that moves for your mm. Ish. The middle sphere & a few plates can as well. The aperture is electrically switchable glass. I figured the plates would work as I can place the film & or glass there to have it block out light & move a few things to force a destructive interference into the light. Huge f stop range that can be extremely small in the total amount you can have it change. Like .01 to .02. As in the lowest would be .01 f stop & can move in increment of .01s.
Same for a replacement shutter, using the film to just force it to be opaque stupendously quickly, in micro-seconds. To nano depending on how they layer it.
I mostly just want it for a super squat vlogging style of lens that allows for internal zoom & optical image stabilization & auto optical focus to work with in body stuff. But, the kicker is that its stupidly fast & silent for youtubers. Not, technically, me but yes that too. That's marketing. For me, its a type of full sky astrophotography lens that can do ultra low light & stupidly fast movement while catching a sharper image that is far more 3d in effect. Not the gaussian blur, no, but still a bigger 3d effect than seen before. But it requires a large first lens.
I don't mind having it close to the body of the camera, it makes it much easier to hold up & move around & stay focused on subjects. ..... Okay... Wellll.... The final mm zoom would be only about 1000mm while the hood added on would only make it 12 to 14cm past the front part of the body of a sony a7r v. Short, squat, but not that squat.
If it doesn't go to 1000mm then it could be made to go to only 7 to 8.5 cm past the body. But the zoom is only up to 420 to 450mm, give or take some things in the lenses & their distances. Just enough to get fingers in there to press a button & hold it. The extreme of only 200mm max is going to be 3.5 cm out past the body. Anything below that becomes a primary lens that has no zoom. & would be... Kinda hard to hold. The right side becomes just squeezing it & really its just going to attach to the handle at that point after rotation.
Which requires a hold housing change for the lens. Not bad or impossible, but zoom for all-in-ones is what I want that allows stupidly high light dispersion for macros without fish-eye distortion & extreme distances to be razor sharp. Also it weighs far less than regular, which is nice. I like the idea of using vacuums to improve the weight through buoyancy as well, but in terms of servicing it, a bit of a pain.
It allows for hyper tuning to sensor size & shutter speeds that make no sense, changes to videography that wouldn't be possible, & a reduction of light wave spread into other pixels of the sensor. Each sensor being fed exactly gives it an exact total luminosity to be tuned to iso & pixel phasing of energy. As well as improving sharpness of distance & close up shots. It's the megapixel it is, can't change that, but! I can force it into being as good as I can have it be able to. Light waves disperse, I know that, but phased light wave interference forces a stupidly clear wave length that acts similar to a laser but no laser. The aperture & shutter together further force that effect to be had.
A lot of tech & more youtubers want to show off super tiny details of microscopes to ultra fine surface textures & this is really, realllllyyy hard to do. Now with this is can get right on top of it & still have a hood ring light built in that allows for it to gain those abilities. Together with add-on fiber-optic taper in fluids "lenses" that allow for probing effects that a lot of car youtubers need for inside of engine cylinder shots that... Look..Bad. Just bad. Honestly. They don't look great. It is what it is.
But now they can have a real rented (most likely) slow mo camera that has light phasing from a aperture & shutter like this to an ultra large first lens to gain the needed light from combustion & their own light being added in through that fiber-optic add-on. I mean, fiber-optics are lenses, but they can be helped to act like it. A light can be made to bounce in a fluid from the lens hood into the fiber-optic input. Bendy things help to not have expensive further away things break, heheheheh
Same for so many other cool things for IRL vlogging styles that can use a ring mirror around the lens as a part of a switchable hood that gains a "360" field of view affect, its not a real 360 degree, however it still allows for a all in one view that is good enough to edit out the body. For car vlogs, this is huge, the expensive camera inside is a better option for most of us. Just saying. Same for using a buoyant style drone that keeps the camera inside & protected with rotating gimble counter-rotating ducted fans that move it around. I think it looks like a cool triple layer pillow that has a nice center place for a camera that I don't want damaged at all. I want that guy never having issues. Look, I'm broke is what I'm saying, let's be real here :) lol.
So if I can protect it, I'm going to. & it does allow for it to be gimbled better & stabilized better to the counter-rotating props, granted I tend to use larger front ones that suck in with faster spinning smaller rear ones that blow with tuned prop angles that can change based on a stepper motor inside of the axel in the center that has to hold the electric motors. But an aperture like rotating ring on the outer duct gives it the ability to change the pitch angle of the center stators, with the stepper center helping front & rear.
Because, yeah. I'm wanting some sick shots of the landscape area I hike. Not gonna lie. But for others I think its mostly to handle crowds they might be in so they can track off of a lav mic that uses bluetooth timing & bounce back through wifi between the 2 to create a double gps like effect. 3 points to form a triangle to the one point for focus from both types then gives, with timing, incredibly good accuracy for a voxel you want focused on when paired with sound helping, db wise, point towards the subject. Like echo-location but now just used for a 3rd redundant tracker effect on target.
Anyways. Or at least for vlogging it can help as a basic for most cameras, without a floaty silent drone guy that follows as you talk & a dude can help you with making sure them angles & more are all good. No more needing to lug huge weights around to get those sweet shots, hopefully. Mostly. I dunno. At least the lens would be nice though.
Photos With my New Lens
Photos With my New Lens
Photos I took tonight with my new lens.
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Just a day
Today is just a day. But I am finally feeling the most human I have felt all week, and that is saying something! And thank goodness for that small favor today. For today, for this chick, there is a doctor’s appointment, and a photo job drop off before work. There has already been laundry, and extra morning medicine. Today at work there will be more messiness than usual, and lots of energy.
And I…
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Helsinki.22/11/2013
3pm