Prediction of Human Form: Research conduct by a company call Toll Free Forwarding makes predictions about the shape of the human body in the year 3000. They predict scary body shape changes due to the influence of gadgets. Technology is very important to our daily life and most people actually feel guilty for looking at their phones too much. Prediction of Human Form in the Year 3000
But it’s not just cell phones. Many people work in offices. Spending time sitting in chairs looking at big screens. Typing on keyboards in front of them. All these things change the posture of the human body. Based on Toll Free Forwarding’s predictions, future humans will have thicker necks, hunched postures, and smaller brains. This picture is quite scary if the Toll Free Forwarding prediction is correct.
“Technology has revolutionized the way we do business.
Whether it’s instant access to unlimited knowledge via pocket devices, or the ability for businesses to expand into new markets around the world with virtual phone numbers. The scope of technology’s impact is limitless,” said a Toll Free spokesperson. Forwarding quoted from Mirror. While this is great for job creation, productivity and learning new skills, there is increasing evidence exposing the negative effects of technology on our bodies.”
To see the impact everyday technology has on the human body. They draw on scientific research and expert opinion on the matter. Before creating a 3D design they call “Mindy” for those future humans whose physiques have been changed by the use of smartphones, laptops, and more. other devices consistently. On their website, experts explain every evolutionary change we can face.
Prediction of Human Form in the Year 3000
Here’s a picture as described in Mindy’s picture:
Arched back and neck
“The design and typical user habits of modern technological objects such as smartphones and computer monitors have a significant impact on the way we sit and stand,” they wrote. Humans consistently adjust their body position to look down at our phones, or up at the screen in the office. This habit has been shown to strain the parts of our body that determine our posture.
Hands clasp like claws
The human arm reveals two significant anatomical changes, which are directly attributable to smartphone use. This condition is called text claw, namely the hand grips like a claw. The prediction of this shape is based on human habits that consistently grip smartphones. Over time, according to this prediction, the fingers will curl and become in an unnatural position.
90 Degree Elbow
The next prediction is smartphone elbow, which is a condition where the elbow is shaped 90 degrees, caused by the typical position of the arm when holding and using a smartphone, both for general use or during phone calls.
Mindy’s posture also shows the effect of technology on the neck which gives rise to a new condition, namely a thickened neck. They call it the “tech neck.”
“We all know technology can distract our brains from important work, but does it have permanent damage to Mindy’s brain?,” they wrote. Based on their research centered on smartphones, there is growing concern that the radio frequency radiation emitted from smartphones can cause serious health implications when exposed to the brain and skull.
They added that the next change to Mindy’s appearance that was not visible to the naked eye was brain shrinkage. “Humans would probably have developed thicker skulls, but if one scientific theory is to be believed, technology could also change the size of our brains,” they said.
Mindy’s oddest body shape predictions are probably her eyelids. Researchers predict that people in the future will have a second eyelid. “One area that not many people have touched on is the eyes. Research has linked the intensity of screen time that causes headaches, eye strain, and even blindness, to the reason Mindy’s body looks like this,” the researchers wrote.
According to Kasun Ratnayake of the University of Toledo, he suggests that radical evolutionary developments in the eye may occur in response to limiting exposure to harmful amounts of light in our eyes. Humans could have developed a larger inner eyelid to prevent excessive light exposure, or the lens of the eye might have evolved to block blue light from entering. But other high wavelength light such as green, yellow or red can still penetrate it.