It ’s pretty decipherable that smartphones will soon be getting even bright . In the mid 2000s , mobile sound could only do a bantam fraction of the things that their forward-looking counterparts are capable of . Now , thanks to a number of recent technological advancements , it looks as though there will be no shortage of new smartphone features in the hereafter to keep us evermore attach to our niggling digital twist . Here are 12 you should watch out for .
12. Photonic Crystal Displays
While most current smartphone screens are capable of displaying a all-encompassing kitchen range of fantastically concentrated colors , most of them do n’t accommodate too well to varying light condition . enquiry and exploitation is now pointing to photonic lechatelierite as the answer to this limitation .
rather of give off bright light like LCD or OLED displays , a photonic vitreous silica show features nanostructures that conform and modify themselves according to the amount of ambient light in a given environment . Although the photonic CRT screen requires an external light reference in Holy Order to be visible , this could easily be desegregate into the body of the headphone just like it is in e - reviewer like the Kindle Paperwhite .
To give you an melodic theme of how close this technology is to grocery store , Apple and Google have been making some pretty self-aggrandising investments in photonics , and , back in 2013 , Samsung had already demonstrate the concept of a conciliatory earphone that utilized a photonic crystal display . Chances are we ’ll start fancy these displays put into smartphones within the next few years .
11. Nano-Tech Batteries
In 2015 , at the Mobile World Congress event , Israeli technical school company StoreDot revealed a customized Samsung Galaxy S5 with a nano engineering science - utilizing battery that could charge from 0 to 100 percent in less than a min .
The technology evolved out of enquiry being conducted in the treatment of Alzheimer ’s disease . Through their study , scientists instruct that peptide molecules , which are responsible for for the disease , have an incredibly high capacitance — establish them fantabulous little electric storage units . The only catch is that , in its current state of ontogenesis , the StoreDot battery only lasts about two - thirds of the time of a established Li - ion smartphone bombardment . However , it should n’t take too long for the company to improve the technology . StoreDot has already take in substantial investment from Samsung , and is in discussions with producer about mix its bombardment into next smartphones .
10. Liquid Buttons
Years ago it was the average that most telephone had physical keyboards and any mobile gadget without one seemed “ out of jot . ” But currently the inverse is straight , and most people think that tactile keyboards look old - fashioned . Well , that ’s all set to change again thanks to Tactus Technology and their development of a keyboard that seem like it came from some sort of advanced exotic civilization .
The keyboard use special microfluidics technology which drives small-scale amounts of liquid into invisible pockets that rest over the typewrite pad on a smartphone . When the substance abuser convey up the touchscreen keyboard , the pockets instantly fill with liquid which has the effect of physically raising the buttons . The engineering has already been comprise into a new Phorm case for the iPad Mini , but it would n’t be too much of a stretchiness to see it straight build in to next smartphones and tablet .
9. Headphone Surround Sound
fence speech sound on headphones has been meet with some passably abrasive assessments in the past times , but now audio developer DTS is looking to hush up the critics with a 7.1 mobile audio recording solution for smartphones that promises to faithfully recreate the sound of specific listening environment using even the childlike pair of earphone . Though there ’s a short way to go before the arrangement works with all source textile , the higher processing power of new smartphones should be capable to support the advancement in audio technology .
8. Biometric Authentication
Though the iPhone 6 and the Samsung Galaxy S6 both use capacitive engineering to read the ridge of your finger tips , this engineering science could be considered lacking from a security perspective because it does n’t use enough data points , which get it more susceptible to being hacked . better on the conception , telecommunications company Qualcomm has developed a new character of ultrasonic fingerprint scanner using a piezoelectric layer that creates sonography . In improver to map your finger’s breadth , the digital scanner features greatly increased resolution , which is also an enhanced security benefit .
7. Virtual Reality
With soon - to - be - released headsets like Oculus Rift , Playstation VR and HTC Vive slip all the virtual reality - related headline , not much attention has been given to the VR applied science on smartphones . Nonetheless , the new 4 K show that will be rolling out on new smartphones in 2016 are ideal for VR software .
Once inserted into a header - mounted gimmick , the telephone itself will act as the VR headset ’s showing and 4 K resolution will be instrumental in providing an immersive , non - pixellated experience . Of naturally , this may or may not be a good thing considering a lot of us already bury our faces in our phones and ignore what ’s go on in the world around us .
6. Graphene
Since its development for hardheaded app in 2004 , graphene has been praised as “ wonder cloth ” by near everyone in the electronics industriousness . It ’s thin , lightweight , elastic , transparent and over 200 times strong than steel . It ’s also one of the best fabric for conducting electricity , which makes it ideal for utilisation in electronic gadget .
incorporate graphene into smartphones could allow for designs to be extremist - lean , transparent , flexible and virtually perdurable . lately , there have been a few discovery by speech sound manufacturers who have been playing around with graphene . Most notably , Samsung ’s Advanced Institute of Technology ( SAIT ) bring about graphene in a mode that permit it to continue its outstanding electrical caliber — a trouble that had proved to be a serious challenge up to that point . This developing should make flexible , lucid smartphone video display commercially executable within the next dyad of yr .
5. No SIM Cards
Although manufacturers have made efforts to reduce the sizing of SIM plug-in , they still feel very much like a remnant relic of the ’ 90 . Thankfully , Apple and Samsung are spend a penny strides to disembarrass the world of the physical presence of SIM card game by supersede them with an electronic version .
By having a programmable SIM integrated into your phone , you ’ll essentially be able to switch between meshwork providers at the drop of a hat without hold to bespeak a new SIM card . Which should come in quite handy for anyone travel or hold out overseas who wants to get gear up up with a local bit . It ’s tell that the engineering science could be usable in new smartphones as early as next year .
4. Pressure-Sensitive Screens
The Force Touch on the Apple Watch has demonstrated that companies already have the power to manufacture cover that are equal to of sense pressure . Controls that can distinguish between a light tap from a unshakable jam will give exploiter even more ways to manipulate their phones and has obvious benefits for the gaming biotic community .
In addition to Apple , Samsung has filed a patent for something called “ Touch Display Apparatus Sensing Force , ” which clearly use the same technology , and in July 2015 , Formosan manufacturer ZTE revealed the ZTE Axon Mini which also feature a pressure - sensitive touch covert .
3. Flawless Voice Interaction
Voice fundamental interaction has been around for a while now and incremental improvements over the eld have led to the development of virtual personal assistants and knowledge navigators like Apple ’s Siri . But that ’s just the tip of the berg . The algorithms used in voice - aid applications are be active forward at break - neck opening speed . With the technology better so quickly , it wo n’t be long before the A.I. becomes so intuitive that it will start giving you advice that seems to pre - empt your very thoughts . Let ’s just hope that the developers remember to program Asimov ’s three law of robotics into them so we do n’t wrap up subservient to our smartphones in the futurity .
2. Innovative Medical Apps
latterly , scientists train an app called Athelas which make function of a crystalline lens attachment to track malaria and cancerous cells as they move through a patient ’s bloodline . This invention has actuate scientist to look for other ways that smartphones could be used to cover highly infective disease , such as Ebola , to gain a better understanding of how they move and propagate .
Using an inexpensive headphone add - on shout out PCR that ’s able to tag and track pathogen in the blood line , disease should be able to be diagnosed within hours or even minutes . The information gather would then be automatically uploaded from the headphone to an online database where other scientists can analyse it .
When you unite this come forth technology with other existing software that are able to track things like blood - pressure and heart rate , it ’s easy to see how smartphones could soon bring about a gyration in medical care .
1. Smart Cameras
In 2015 , Qualcomm demoed a television camera that showed it was adequate to of place the object it was looking at . The system works by compare material humans objects to a huge character reference database salt away on the twist . good of all , it ’s possible to coach the software to translate ever more things . Sort of like a piffling baby A.I.
This engineering science could have enormous possible and enable photographic camera to do all sorts of ingenious and useful affair relating to the real world environment . Google has also been developing a similar eccentric of deep hunt recognition software with Google Photos . As television camera hardware stay to shrink and meliorate , it seems inevitable that this sort of feature will become standard on phones .
