Smart phone image quality comparable to an SLR? New-camera lens possible, smart phones, digital SLR-IT information

Smartphones in recent years has a very marked rise in level of imaging, including ISO, white balance, scene modes, Aperture and other previous professional camera terms above a mobile phone is also very common. Many photographers of the most commonly used tool is no longer shooting DSLR because smart phones are light enough, tucked in his pocket would travel the world: simple enough, don't have to debug too many arguments, the shutter can be good proof; easy to share and post processing, p, and of various APP allows you to easily share your circle of friends.

But objectively speaking, cameras are limited by sensor size, the sensor problem and want to catch up with SLR camera effects smartphones still have a long way to go. But a scientific research from Harvard University recently seemed to herald the Smartphone's camera image quality will have a qualitative change.

Researchers have developed a transparent quartz crystal lens, covered with millions of tiny titanium dioxide, it is capable of focusing light in a specific mode. To realize the resolution and magnification level comparable to a 5 to 6 cm traditional glass lenses .

Compared with ordinary glass lens, quartz lens production costs more cheaply, if researchers are able to perfect this technology will have a great opportunity to apply in the field of smartphones, led by the smart device, the imaging quality of miniature intelligent devices will scale new heights.

But now, from the laboratory to the production time difference still exists.

智能手机成像效果媲美单反？新透镜可能做到 - 摄像头,智能手机,单反 - IT资讯

近年来智能手机的成像水平有着非常明显的提升，包括ISO、白平衡、场景模式、光圈等以往专业相机的术语在手机上面也非常常见。因此不少摄影爱好者最常使用的拍摄工具已经不再是单反，因为智能手机够轻便，塞在口袋中就能够走遍天下：够简单，不用去调试太多参数，按下快门就能得到不俗的样张；易分享和后期处理，各种APP可以让你轻松的P图和分享朋友圈。

但是客观来说，摄像头受限于传感器尺寸、感光元件等问题，想要追上单反相机的效果智能手机还有很长的路要走。不过近日来自哈佛大学的一项科研成果似乎预示着智能手机的摄像头成像素质将会产生质变。

研究人员已经研制出了一种透明石英晶体透镜，上面覆盖有数百万个微小的二氧化钛，它能够在特定的模式下聚焦光线。最终能够实现分辨率和放大倍数足以媲美5到6厘米的传统玻璃透镜。

相较于普通的玻璃透镜，这种石英透镜的生产成本更加便宜，如果科研人员能够将这种技术完善，将会有很大机会应用在智能手机为首的智能设备领域，微型智能设备的成像素质将会更上一层楼。

只不过从目前来看，从实验室到投产依然存在时间差。