the iphone 14 is currently by far the most predicted smartphone exhaust for 2022 with over two times more examinations than the brand-new samsung galaxy s22 and even though we’ve been embrace all of the rumored pieces like the modernized iphone 4 wording redesign the 48 megapixel 8k competent camera the dual defect swipe notchless exhibition and potentially even usb type-c replacing lightning there’s one grab-breaking feature that could rule them all insane the different levels of battery life-time yes there have been some major inventions in the artillery engineering room that can fix a multitude of issues with today’s artilleries all at the same age and i’m going to be shield exactly what that is and how it’s going to work and why it is so important to apple now before we begin i just want to make sure you guys recognize how big-hearted of a cope this really is out of all of the iphone upgrades we have mentioned in the past i would have to say that upgrade to the iphone 11 pro max and recently the brand-new iphone 13 s have been my all-time favorites and while the additive of the ultrawide camera with the iphone 11 and 120 hertz promotion on the 13 pro were stunning new peculiarities it was actually the big jump in battery life that has changed my life “the worlds largest” because to be honest it is battery life that allows you to use all of the iphone features for longer without having to be stuck next to a charger or feel like you’re gonna have to turn down your brightness to last-place through the day and the same thing get for parties that want to be able to have a smaller telephone like the regular 13 instead of buying a max or maybe even the 13 mini where artillery live allows you to actually be able to abuse a small phone without those restrictions so with that said let’s get into this new artillery technology coup and how it is going to benefit apple behavior back in 2020 researchers at mit made a breakthrough with solid state battery technology which could allow telephones to last-place for epoches without needing a recharge and the lane that it labours is by superseding some of the fluid components inside today’s lithium artilleries with solid ones in today’s lithium artilleries there is a liquid electrolyte which lithium ions use to travel back and forth between the anode and the cathode or in other words the positive and the negative components while the battery is in use these liquid constituents are highly volatile and they’re the sole reason that the artilleries can catch on fire like the galaxy memorandum 7 back in the day and the grace of having a solid state battery is that they would instantaneously become much more safe and less prone to fires but even better it would be facilitated the anode within artilleries to be made of much better material like pure lithium which is much more efficient and will allow for higher energy density however there is also a major downside to this new engineering as the battery is recharged the atom escalation causes the lithium metal to expand and that could also conduct to electrolyte fracturing who were able to even more dangerous so mit devised a new information technologies which literally employs carbon nanotubes to solve this battery expansion issues these nanotubes are infused with solid lithium metal to anatomy the battery’s anode and because there is additional seat inside of each of the tubes the lithium metal has spare apartment to expand and flinch while in use so the major benefit of this is that the external magnitudes of the artilleries are wholly unchanged and with no swelling whatsoever and the glamour of all of this together with the brand-new cathode technology is that it can lead to smartphones of the same size and weight that exclusively need to be charged once every three days hence the 72 hour battery life now before you ask what the heck does all this have to do with apple well they have actually registered for patents for battery battery tech that announces terribly similar to what mit experienced first of all apple has been working with the us government on new coatings for cathode fabrics to improve battery life by exerting lithanium titanium and germanium veneers instead of the usual aluminum finishings to provide increased average voltage and improved energy retention and as you can see in these patent idols apple is likely to be able to get higher artillery ability as voltage goes up compared to dropping off with the present batteries but this isn’t even a bombshell artillery patent that i want to show you guys last year apple filed for a patent that would permit apple to use larger artilleries in future iphones by removing consumed opening and using anti-swelling technology this patent involves exploiting a metal can battery which is basically a strict battery building or enclosing which keeps the battery components segregated from the residual of the iphone and before i illustrate why they would want to do this let me remind you that this is exactly what mit is about with their solid state battery tech the key point is that there is currently squandered cavity in the interior of a smartphone to allow the battery fairly room to expand and contract so it doesn’t end up blowing up or stimulating a ardor do you guys remember the galaxy mention 7 that was remembered because of the number of battery volleys that were happening well that is because samsung pushed the battery sizing to the restraints without admitting fairly internal room for the artillery swelling and so that barrages started to happen but apple on the other hand is careful to abbreviate the size of the battery to avoid this problem which likewise actually sucks because it leads to lost possible battery immensity it just takes one glance at ifixit’s iphone 13 pro x-ray image by imaginative electron to realize just how much internal gap is currently squandered because of this whole battery swelling problem and now it becomes really obvious why apple would want to move over to a brand-new solid state battery as soon as possible since it are able to utilization bigger artilleries in the iphone without “re going to have to” prepare the iphone big itself and i think that this is extremely important to apple because if you’ve seen the leaked pattern of the iphone 14 you could see the apple is going to have ceramic glass protruding out of the back and figurehead same to the layout of the iphone 4s and regrettably the only way to make this iphone motif not as thick-witted as a brick is to reduce the thickness of the metal chassis on the inside of the glass sandwich which of course will restriction the internal opening available for the artillery and if you don’t believe me apple entered for a patent back in 2020 for a whole new thinner iphone pattern that includes several arrangement beds who were able to made out of fiberglass hybrid and titanium metal which could potentially be apple’s suggestion for the iphone 14 scheme one thin titanium slab sandwiched by two ceramic glass hybrid coatings and of course the secret to making this all work without sacrificing battery life would be to jam in the biggest battery possible and the most appropriate way to do that is to use up all of that wasted space i demo you in that x-ray image and all of this conducts back to mit’s solid state battery engineering breakthrough which will use carbon nanotubes to completely self-contain any artillery swelling so that the battery housing could be solid pack up the entire internal structure and seat available but the potential benefits don’t extremity there in the solid state artillery video lesson it shows that using this tech would not only increase battery life but likewise enable faster blaming frequencies which is something apple users have been asking for years so basically this new tech is the cream of the crop and i perfectly believe that apple is working on this because of the metal key and artillery patent that apple entered for which could only be solved by applying a solid state battery and if apple were to implement it today it is possible to literally lead to an iphone 13 pro max with 72 hour battery life because of having much less squandered room that allows for a much larger artillery while also squandering much more efficient and energy dense textiles or on the other hand apple could go back to creating even thinner iphones kind of like the thin titanium middle seam we see in the recent iphone 14 designing divulges but with added features like an always on display without sacrificing any battery life is comparable to older representations is comparable to you know what we have today and that would be awesome that is a feature that we have wanted for many years now and all of this could come with an even safer battery that doesn’t have the same battery shoot hazard that other smartphones used to have which is a win-win so with all that said if you guys enjoy this video sound that 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