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Nozuka

macrumors 68040
Jul 3, 2012
3,527
5,996
Well if no written reviews show up before the X releases, we will know why ;)
 

serialiphoneuser

macrumors regular
Sep 21, 2016
215
397
Not at all. You have a higher chance of having infrared damage from the sun than you will from the projector from the iPhone X.

But it's not sharply focused like iPhone's, sunlight's infrared is more evenly distributed like regular light.
I'm not saying whether it's harmful or not. It is up to the consumer to decide.
Intensity and focus make a difference.
 

borgqueenx

macrumors 65816
Jul 16, 2010
1,357
258
Its a feature so you can use apple glasses in the near future, these will enhance your vision again.
 

TrueBlou

macrumors 601
Sep 16, 2014
4,531
3,619
Scotland
No, not at all. We’re blasted by IR every day of our lives, we just can’t see it, it’s not going to do you any harm at all.
 

idealcheese

macrumors regular
Sep 18, 2014
157
93
From caltech.edu: "Infrared (IR) radiation is simply one of the many types of 'light' that comprise the electromagnetic (EM) spectrum. Infrared light is characterized by wavelengths that are longer than visible light (4000-7000 Angstroms, or 0.4 0.7 micrometers; also denoted as microns). Astronomers generally divide the infrared portion of the EM spectrum into three regions: near-infrared (0.7 5 microns), mid-infrared (5 30 microns) and far-infrared (30 1000 microns).

Any form of radiation -- including visible light or radio waves -- could potentially be dangerous if highly concentrated into a narrow beam (that is the principle of lasers) of very high power. We are immersed in infrared radiation everyday. It is nothing more than heat. "
 

borgqueenx

macrumors 65816
Jul 16, 2010
1,357
258
From caltech.edu: "Infrared (IR) radiation is simply one of the many types of 'light' that comprise the electromagnetic (EM) spectrum. Infrared light is characterized by wavelengths that are longer than visible light (4000-7000 Angstroms, or 0.4 0.7 micrometers; also denoted as microns). Astronomers generally divide the infrared portion of the EM spectrum into three regions: near-infrared (0.7 5 microns), mid-infrared (5 30 microns) and far-infrared (30 1000 microns).

Any form of radiation -- including visible light or radio waves -- could potentially be dangerous if highly concentrated into a narrow beam (that is the principle of lasers) of very high power. We are immersed in infrared radiation everyday. It is nothing more than heat. "
That narrow beam(laser) is scattered into 30.000 dots. And is not powerful. And yeah, we are exposed to more IR probaly every day then the iPhone X will emit in at least a week.
 
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