We've all seen the new trend of bezel less phones, only, with notches that many people hate and are wishing for a completely bezel less phone with no notch. Well, Samsung might have just answered your prayers with their notch less bezel less phone. Samsung recently did a presentation, and in that presentation, they talked about UPS (Under Panel Sensor). This means that all the sensors that you usually find on the top bezel or notch of your phone, (i.e. camera, light sensor, e.t.c.) will be imbedded in the screen. They also talked about on display fingerprint sensor. This tech isn't necessarily a new trend, but what's different is that Samsung will be using ultrasonic technology for the fingerprint sensor, which means it will be more secure. Next, they talked about SOD (Sound on Display). This means that there won't have to be a cut_out hole for the sound to come out from. They talked about HOD (Haptic on Display), for gami...
Have you ever wished your smart phone was more powerful and had more battery life? OK, we all know that that answer will be an outstanding "yes!". But for that to be possible, it means that chip makers would have to make smaller and smaller silicon chips that will lead to the next generation of phones and leading the way is Samsung. Samsung recently made a breakthrough by make 7 nanometer chips using Extreme ultraviolet or EUV. Although this technology has around for some time, it has not been good enough for it to be used because of the small and complex materials and ways that was need for it to be used. Samsung is the first to breakthrough that barrier that has slowed down its development and usage. To know more on how Samsung does this, check out this video by Engadget that explains how Samsung manages to do this. Samsung is not the only one tinkering with this technology, Taiwan's TSMC is currently also working on it too. How l...
We all know that light is a massless wave_particle that doesn't interact much with its surrounding, not until recently. Scientists fired a laser through ultracold "rubidium" atoms and the photons came out the other side in pairs and triples. The strength of the photonic bonds were measured based on its oscillation frequency. But this news is a not so new news! In 2013, scientists fired blue laser at ultracold rubidium gas cloud and formed photonic molecules in pairs. The only difference is that now, the molecules were formed in trios! Scientists even believe that the bond of the trios are stronger than that of the pairs. To explain how this works, scientists believe that as photons travel through the rubidium cloud, they are captured temporarily by the rubidium atoms, forming an atom_photon hybrid called the "Rydberg polariton". The photon then travels through the cloud repeating the process and if two or more of this atom_photon hybrid c...
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