Exciting news has recently emerged in the scientific community: researchers have confirmed the ability to control objects from a distance.
The latest study findings mark a significant milestone in unlocking the potential of the human mind, particularly in the realm of telekinesis. The concept of moving objects with the power of thought has fascinated many enthusiasts since early human ancestors struggled to reach high-hanging fruits. While popularized in pop culture through the Star Wars franchise with the Force, Chinese scientists are actively working towards making telekinesis a reality, as reported by SciTechDaily.
The brilliant minds at the Chinese Air Force Engineering University have taken the initial step towards remotely controlling metamaterials using human brain waves. Metamaterials are artificially crafted materials with unique physical properties, including electromagnetic traits not found in nature. Two-dimensional metamaterials, known as meta-surfaces, offer unprecedented electromagnetic wave control. Scientists envision creating programmable meta-surfaces with diverse functions to be manipulated remotely by the human mind.
Human brain activity generates electromagnetic waves, which can serve as control signals for the meta-surfaces. In their study, Chinese scientists successfully demonstrated remote control of a meta-surface by transmitting human brain waves to a specialized receiver. The researchers proved that individuals could influence the electromagnetic response of a programmable meta-surface remotely. By showcasing users remotely controlling meta-surface coding sequences through a special brainwave module, they were able to impact the scattering patterns of electromagnetic waves.
The experiment results indicated that individuals were more effective in managing meta-surface functions using brain waves compared to manual devices. Researchers plan to continue similar experiments to enhance the quality of meta-surface control through human thought.
This prototype telekinesis technology holds promise for various applications involving meta-surfaces, such as healthcare monitoring, data transmission in advanced network technologies like 5G and 6G, and beyond.
In a few more years, the reality of TK implants may become attainable!