Comment on a video about popcorn: At http://www.halfbakery.com (visit!) Theres is an idea, among over 14K fun ideas you can read and contribute to, For Laser etched popcorn, basically drawing crevices as lines and curves on the outside of popcorn kernals, or rice krispie blanks so that the popcorn makes custom contoured shapes like UFOs, 4 leaf clovers, and koosh balls from the expanding starch puffing out at a guided way. gourmet shaped popcorn with lasers. A different thing is a way to make popcorn bigger, if you put unpopped kernals in a pressure cooker with the right amount of moisture for the right amount of minutes the internal prepressure goes way up to like 111 PSI at the kernal interior, then you remove the moisture and dry the resistant outer layer so its firm again, you put it quickly in the popper, and then it likely pops much faster, and just might have a sronger additive pressure response so it pops bigger and lighter. This could be good at popcorn factories for making the worlds biggest movie popcorn, but if little high pressure mylar bags of person poppable corn were pressurized at 111 PSI people could have 20 second extra big white fluffy popcorn. (the idea about laser etched popcorn is at my beanangel halfbakery account, the high velocity Giant fluffy popcorn thing is new at 2023AD)

at a video about a CNC machine I commented: This might improve CNC milling. I recently saw a youtube short about how a big magnet swung towards a piece of aluminum had a sudden slowdown right next to the akuminum from eddy current magnetic repulsion caused from magnetic damping. putting a nonferrous, or ferrous chunkt washer at what I think of as the connector to the spinny part, kind of like a chuck, and then putting a toroidal magnetic winding next to the chuckish thing would cause back and forth motion or cyclic oscillation of the cutting head to be greatly magnetically dampened, minimizing cut variability from being more on true. a nice bonus would be computer measurement of unpreferred vibration with dynamic adjustment to least vibration at each batch of identical machined parts. stuff would come out better, and cutting might be faster. Its as cheap, and kind of like a monochrome TV beam steering coil.

comment on a video about layered lollipops: sucralose, splenda powder is really delicious, at different layers of a concentric candy a super light 1/10th mm powder coat, perhaps differently flavored at different layers would suddenly taste delicious as the candy progressed. its like an invisible layer of super deliciousness that could be optimized to be ultra enjoyed without diminishing the enjoyment of the rest of the candy, maybe pure sucralose powder (ebay) blended with DHA supplement oil water mousse (the water dissolves the sucralose which makes it instant sweet) would be actively good for children (DHA), and easy to dip or spray on the layer.

comment on a video about macrophages, except i call them leukocytes responding to an infection: The genetics and epigenetics of leukocytes and other immunocytes volume and surface area are likely adjustable to be more optimal for illness termination, more surface area on each cyte, goes with greater sensing and detection ability for faster and fuller response, and earlier illness detection for antibody production, greater volume might increase endurance, but have less nutrient absorption to volume ratio. They could look at different existing gene variants (alleles) to find the best variants then epigenetically modify existing people to have more effective immunocytes, putting those beneficial alleles at an enhanced human genome benefits humans, even terminating any new illnesses better.
Another area of modifying immunocyte surface/volume ratios is actually decreasing activity at autoimmune illnesses like arthritis.

comment about a thing that when percussed makes a resonating sound from interacting vibrating rods attached to a base: It would be a different shape or have more rods, but since the rods resonate with each other, various shaped rods together, percussed, could generate a soliton, a kind of wave, like a sound, water, electron, or light wave that is 100-1000 times farther travelling, from being less absorbable and spreading out less. it would be less loud, but you could hear it three rooms away through walls. there is an even better kind of soliton peculiarly named a "dissipative soliton" that dissipates orders of magnitude less than the already far travelling soliton, maybe you could hear it thirty rooms away. New musical instruments could make solitons at the instrument for far reach with ungarbled sound. solitons could be produced at any electronically processed, amplified, or effects processed instrument, giving any instrument farther reach and truer sound, the thing with the electronics is you would use soliton capable speakers, I think these speakers are possible to build with really fast moving speaker parts, the soliton wave looks like, rather than a trigonometric ~~~ wave, a lump with a regular curved top and having 99% of its sides, but the outermost 1% of the sides of each individual wave are trimmed away such that it has almost linear rise at its furthest sides. Being able to move the speaker parts really fast at the sides of each separate wave makes a soliton speaker possible, Quick magnets or piezo speakers could do this. It's possible any existing ultra high frequency 400Khz ultrasonic (sonar) speaker that could also do the range of human hearing would be able to move fast enough to make repeated nnnnn edge trimmed waves separate from each other, but so closely spaced they sound like regular continuous tone analog. Its not analog, it's not digital, it's soliton. Phone speakers could reach much of an entire room (music) but be ear harmless, and you could hear conversations with the listening to the phone speaker at a more ergonomic or texting distance. It would be beneficial if transport vehicles broadcast active wave noise cancellation to their vehicle at far distance, a soliton approximation of antinodal noise cancellation could possibly do this, greatly quieting external vehicle noise

I saw a video where magnet at a 3d fluid container attracted magnetic particles at greater visibility moving, the particles far from the magnet were attracted at much less velocity than the particles nearest the magnet, which goes with the field being higher nearer the magnet, that suggets that alternatibe windings, supplied with higher pulse magnetism intensifying current would briefly accelerate the farthest particles faster, then because bodies in motion tend to remain in motion they would continue their higher velocity towards the magnet, reaching the magnet quicker than if they were attracted with a steady current having the same amount of electrons, maybe. this brings up particle accelerators and a nonmagnetic thing, electrophoresis, and MHD marine propulsion, laminar flow shaping/prompting mini windings, fusion reactors,

at fusion reactors a custon winding high acceleration pulse winding can benefit both magnetic fusion reactors and laser fusion like inetrial confinement, at laser fusion, the least dangerous, most benign metal, possibly zirconium, or some other metal used at fission reactors that is minimally fissile can be used as the volume of the laser fuel pellet like ZrD zirconium deuteride, zirconium hydride, zirconium tritiiumide or even a sponge form with mostly immobilized helium gas, this makes it so a magnetic field can precompress the fuel pellet previous to the laser pulse, orienting all the metal particles to uniformly accelerate towards the center, so when the laser zaps them they omit doing vectorized sideways motion, also if magnetic field based compression from an induced current attains a 1/3 volume brief compression of the fuel pellet previous to the laser, perhaps the big laser only has to use 97-94% the usual amount of energy to do the rest of the compression making it cheaper to build and utilize

magnetic 3d printing induced currents cause higher traversal of edges towards the induced magnetic field lines, increasing density and strength of the 3D goop/particles, repulsion from feed tube edges causes less tube and nozzle clogging

nonsentient generative AI automatically makes movies from wikipedia articles, making every wikipedia video have an optional tiktok like video or youtube short, or just make a separate website that automatically does this.

partially previously described at notes are sexual pleasure vibrators with sensors in them that measure pulse, hue, moisture from imaging, pressure, user motioning of the vibrator from an accelerometer that also measures automatic hip motions and body rhythms, clitoral pulsing, and orgasmic exterior and vaginal interior squeezing and kegel motions, has a microphone to detect breathing patterns and sex vocalizations, it could also have miniature optical laser raman spectroscopy to detect chemical changes, and electrical sensors to detect galvanic skin response at the vagina and hands, warmth sensing, and video at the handle to image other persons at the environment, software then uses the data to vibrate in such a way that the greatest longest voluntary pleasure is produced, or the preference of the woman or girl of any chronological age such as babies, infants, toddlers, 3-4 year olds, k-12 education aged persons, and adults using the vibrator, the woman or girl could have the vibrator prompt her sexual hip and body rhythm motion responses be particularly enjoyable, or practice sex rhythms especially enjoyable to female and or also male partners, practicing, and automatically learning to be a great sex partner, she could also attain an amount of body rythm and sexual arousal and vaginal wetness that has the most continuous durability at an interval when she switches to a human sex partner, maintining her rhythm and arousal to sex with that person, woman, girl, boy, or man pleasuring them both, vibrator software could also pleasure the woman or girl at a way that prompted the greatest multiplicity of orgasms, and potentiate willingness and capacity to voluntarily have more orgasms