Meta has dedicated seven years to developing haptic gloves. On November 16th, entrepreneur Zuckerberg showcased the use of these already developed gloves in a video. Haptic gloves are gloves that have a system that tracks hands and reproduces sensations through pressure, texture, vibration, and other tactile feedback. “The Reality Labs team at Meta is working on haptic gloves to create a realistic sense of touch in the metaverse. Someday you will be able to feel texture and pressure when you touch virtual objects,” Mark wrote on his official Facebook page. The work has been so innovative that it has opened doors in the scientific research of virtual and augmented reality. Furthermore, the company intends to direct its technologies toward new fields of study such as medicine and space travel. Some of the examples the company suggests include working on a friend\'s surreal 3D puzzle. The idea is that as you pick up a virtual puzzle piece, your fingers will automatically stop moving as you begin to feel the piece in your hand. The goal is to achieve a level of detail where you can even feel the cardboard and the surface of the object. This opens up new possibilities for work tools. Another example is a virtual screen where the keyboard adjusts to your hands and the space you have available for typing, and is easily customizable. Just like a puzzle piece, you can feel the pressure of a button, the pressure of a key, and everything that entails: its edges, texture, density, just like a physical keyboard. Sean Keller, head of Reality Labs, explained that to achieve more realistic sensations, the gloves need to contain up to 10 times more tubes. \"This is a big problem from a systems perspective that can\'t be solved until something like fluid microprocessors is built,\" he explained in an interview with CNet. Scientists have not confirmed that the technology is actually embedded in these gloves, since there are other types of research such as electromyography, a type of technology used for clinical diagnoses that reads the electrical activity of muscles and neurons.