Haptics technology is coming to add the digital world of the future. Get ready to hear the slogan of a new world, a new future with haptics technology.
While scientists continue to explore the comforts offered by technology, they are preparing to combine the digital world with the real world in the future with “haptics technology” that provides tactile feedback by making digital information concrete.
Touching the Future: What is Haptics Technology?
While the digital world has mostly consisted of visual and auditory perception, touch technology, also known as “haptics technology”, is expected to increase products that provide tactile feedback in the coming years.
Emphasizing that felt knowledge has many advantages, scientists state that information will reach people quickly and directly, and a previously unused sense dimension will be opened.
Stating that haptic feedback will once again support something the person sees or hears, experts state that this will bring the digital and real worlds closer together.
Among our 5 senses, the sense of touch is the most important sense organ that enables us to connect with objects. Thanks to the nerves in our fingertips, we can have an idea about everything we can touch. It has a great effect on the retention of knowledge in our brain during the learning process. Seeing or hearing does not fully convince us. The sense of touch is one of the most important senses that activate the brain. It allows us to discover the details.
Haptics technology, also known as kinesthetic communication or 3D touch, refers to any technology that can create a tactile experience by applying forces, vibrations or movements to the user.
Apple Pioneer for Haptic Technology
Apple, one of the technology giants of the USA, applied for an “interesting” patent last week. Apple wants to put electrical signals and “actuators” in Airpods and other portable devices that convert electricity into mechanical motion or light.
While the imagination knows no bounds in technology, Google and Chinese Xiaomi are also working to improve haptic feedback and provide more physical responsiveness.
As cars become more digital, automotive manufacturers and suppliers are increasingly concerned with haptic feedback.
It is stated that “haptic technology” can be used in many areas from the defense industry to medicine, from education to daily life. It is stated that the integration of haptic feedback into touch screens will lead to new applications in user interface design, online shopping, gaming and entertainment, education, arts and more.
While companies first expect haptic feedback to make a significant difference in sales, he states that a large number of products will hit the market in 2-3 years.
Stating that the human brain responds to the sense of touch much faster than the eyes, experts emphasize that the receptors recognize temperature differences, pressure, stretching and vibration and transmit information to the brain within milliseconds. Noting that the sense of touch cannot be turned off, experts say that with this technology, it can be felt even when the eyes are closed.
What Can We Do With Haptic Technology?
- In online grocery shopping, shop as if you were really at the aisle. Select an apple by tapping it. To check the freshness of the bread you will buy.
- To feel the texture of curtains, carpets or any furniture you buy for your home.
- Or to go beyond being in that world visually in a documentary you watch.
- It is at your fingertips by detecting the fabric texture and quality of a shirt or t-shirt you buy online via the touch screen.
- When you got bored, you wanted to throw yourself into the sea, but you can’t go. Connecting to a beautiful beach view from your phone screen and feeling the warm sand in your hand. Submerge your hand in the water alongside the sound of the waves and the sight.
“CAN BE USED TO REINFORCE INFORMATION FOR SECURITY PURPOSES”
Waterloo University System Design Engineering Lecturer Assoc. John Zelek also said that “haptic technology” is “technology that creates an artificial sense of touch that can be felt through the sense of touch”.
“We live in a visual world and rely mainly on our eyes. This technology can be used to reinforce information for safety purposes, for example in a factory where visual or audible warnings are available, or while driving. This could be a vibration in the seat or a feeling in the steering wheel. “It’s also useful for helping visually impaired people see using the sensory senses they still have.”
Pointing out the vibration in smartphones as an example of “haptic technology”, Zelek said that the problem with this technology is that most of the devices are vibration motors and are primitive.
“If we can develop a device that simulates someone tapping or pinching us, it will provide a richer sense of information and better use our haptic method,” Zelek said. Said. I said.
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