Researchers Uncover Guaranteed Method to Extend Smartphone Battery Life

April 16th, 2013 | by Nick
"Foot did you say? Corn you hear me now?"

“Foot did you say? Corn you hear me now?”

Palo Alto, CA – Stanford University researchers have been conducting top-secret experiments in an effort to dramatically increase day-to-day smartphone battery longevity.

Scientific trials have been performed on lithium-ion batteries and how they precisely integrate with microcomputer hardware, varying from average usage as well as hipster “data junkie” interaction.

Scientists placed gleeful volunteer participants in a locked room with various models of smartphone for specified periods of time. They tested different operating systems (Android, iOS, Windows) in different climates (hot & humid/frigid/room temperature) using varied test subjects (hipsters, teenage girls, the elderly) with both regular-sized batteries and extended-life batteries.

These variables all served the experiment well, but there was one determining factor that made the biggest impact.

The institution’s findings will blow you away. Researchers concluded that the only true method to increase day-to-day longevity of your device is to—get this—use it less. Stanford University Science and Technology researcher Robert Jacobs explains:

“You can attach a charging case to the device or slap a beefed-up battery in your Android or Windows phone hardware if you want to, but both methods are still at risk for technological failure. A sudden glitch in the coding or equipment malfunction, for example. The only 100% guaranteed method of extending battery life is to put the device down and have a serious conversation with a person next to you. Don’t use it as much. Connect on an interpersonal level, not a digital one.”

As if! As if we need a renowned scientific institution to tell us to put our phones down and live our lives! We’re perfectly content with our internet addiction. We are NOT hyperconnected data junkies.


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Nick

Co-Founder at FM Observer
Interstrapolating condectistic devariance via opentasmic protensive mindopathy.