Interchange Laboratories: Defined

The researchers at Interchange Laboratories are putting in a lot of effort to build innovative mind-interface technologies to expand our mental influence and capabilities. Our technologies for mind interface include tools for distant and asynchronous communication, access to and control of electronic device functions, and training programs for developing cognitive control over these aspects of the environment. Learn more about interchange laboratories.Inc.

The beginning of interchange laboratories

In 2002, Bob Plotke and Ted Klouzal started having conversations about the viability of deliberately affecting the processes of subatomic particles and then observing the results of this action. Bob made use of Ted’s skills in design and construction to evaluate data and produce the first signal from a subatomic source that was able to measure changes in coherence in response to a person’s thoughts. Ted is credited with developing the technology.

The use of random number generators has become standard practice in the field of mind-computer interface research (RNGs). RNGs are incapable of operating cell phones, prosthetic limbs, or drones. In the end, Mind-Interface Processors were used instead of Random Number Generators, which became less reliable with each subsequent use.

​Use Of Interchange Laboratories

It is best to direct one’s thoughts toward the appliance or software that will receive the control data rather than the quantum signal that will deliver the data. This is because it is easier to control the outcome of one’s focus. The flight simulator that Microsoft is developing is already ahead of schedule. The mentally demanding but ultimately gratifying task of piloting an aeroplane is now within reach, thanks to this instruction.

In the year 2019, researchers devised an original signal source for the development of mind-interface technology. Semiconductors were decades ahead of their time because they generated subatomic source signals. Plasma was discovered to be yet another subatomic signal source, despite the possibility of the remote control being applied to robotic hands and video games. Plasma was easier to regulate and quantify for the coherence parameter because it was the governing metric for the device. To maintain the plasma’s steady state, a control circuit was developed. The degree to which something deviates from the usual tells whether or not an attempt was made to use plasma signals.

Recent research has found indications that plasma can keep memories intact. Imprinting human consciousness at the subatomic level in plasma causes it to take on memory characteristics. Interchange Laboratories is conducting research into this memory phenomenon in an attempt to lengthen the duration of imprinted memory. This will allow the company to develop a new type of artificial intelligence in which human awareness will play an important role. Plasma technology might one day make it possible to program consciousness into androids we develop.

Conclusion

Since the beginning of Mind-Interface research and development, Interchange Laboratories, Inc. has been at the forefront of innovation. There is a persistent trend toward the advancement and development of technology. Their patented inventions have the potential to usher in a new era of human progress, enhance the lives of all people, and generate whole new economic sectors.