Radiation Concerns: iPhone 12's Impact on Photography
A Brave New World of Photography?Well, well, well, if it isn't another shiny new gadget to cause mass hysteria and desperate camping in front of Apple stores. I speak, of course, of the iPhone 12. This lovely little rectangle of technological wizardry promises to revolutionize our lives yet again—or so we are incessantly told.But what of its impact on photography? Should every professional shutterbug immediately abandon their trusty DSLRs and throw themselves at the feet of this metallic deity? Should we all tremble in fear at the impending doom of human touch in the world of light and shadow? Or is it all just a storm in a teacup? Let's embark on this adventure together and see where it takes us, shall we?
High-Speed Connections and Invisible DemonsFor those who have been living under a rock or deep within the recesses of a tinfoil hat, the iPhone 12 comes equipped with 5G capability. This fifth-generation cellular technology promises to speed up our lives even more by enabling faster-than-light browsing and sending data at warp speed. But, alas, there's no such thing as a free lunch—and this buffet seems to be attracting some unsavory characters.Radiation concerns have been swirling around the iPhone 12 like buzzards around carrion. Is our precious device pumping out dangerous levels of electromagnetic radiation? Will this turn every candid snapshot into a miniature Chernobyl, slowly sapping away at our life force? Or are we all just a bunch of paranoid lunatics who should be spending less time on the internet and more time enjoying the great outdoors?
A Shocking Revelation?Before we all descend into a pit of despair, let's take a moment to consider the facts. According to the wonderfully named Specific Absorption Rate (SAR), the iPhone 12 emits 0.99 watts per kilogram of radiation. This, in turn, is well below the legal limit of 1.6 watts per kilogram set forth by the Federal Communications Commission (FCC).The plot thickens even further when we look at the iPhone 12's competitors. The Samsung Galaxy S20, for example, emits a startling 1.43 watts per kilogram. The OnePlus 8 Pro clocks in at 1.18 watts per kilogram. It seems our fruity friend might not be the radioactive menace we have been led to believe.
Keeping Your DistanceOf course, there are those who will argue that any level of radiation is too much radiation, and to them, I say: good luck in your quest to live a life completely devoid of technology and modern convenience. For the rest of us, there are some simple steps we can take to minimize our exposure to these invisible waves of potential harm.
- Hold your phone further away from your body when taking a photo. This will reduce the amount of radiation you are exposed to.
- Use speakerphone or earphones when making calls. This will keep your phone away from your head and thus reduce radiation exposure.
- Turn off your phone when it's not in use. This will eliminate the constant radiation emitted by the device.
- Consider using a protective case that shields you from radiation. Some cases specifically claim to block harmful radiation, so keep an eye out for those.
A Future of Fear or a Fuss Over Nothing?So, do we need to be concerned about the iPhone 12's impact on photography? Is this the beginning of a dark new era where every photo taken with our precious devices brings us one step closer to our inevitable demise?It seems unlikely. While the iPhone 12 does emit radiation, it's well within the legal limits set forth by the FCC. And let's be honest, dear reader, we haven't even begun to explore the true potential of this brave new world of 5G connectivity. Who knows what wonders await us as we hurtle toward an ever more connected future?But, if you are genuinely concerned about potential health risks, there's no harm in erring on the side of caution. A few simple changes to your phone habits and an investment in a protective case might be just what the doctor ordered. After all, it's always better to be safe than sorry. Or, in this case, snapped with caution.