Resources

Objective of KTL is to become a world class research facility specialised in gravitational waves. Research laboratories like CERN, LIGO, VIRGO and more have one thing in common i.e. to harness cosmic waves either in form of nuclear energy or to detect these waves efficiently

KTL derived the properties of these cosmic waves quoting light, EM waves and gravitational waves as common point of origin

At KTL, we are not interested in harnessing nuclear energy or building efficient gravitational waves detectors. We want to use these cosmic waves as a tool to create future technologies and mass teleportation is one among them

Resources for Investors

Snippet of Pitch Deck

Snippet of Provisional Patent

Copy of patent application shall only be available after signing NDA, if interested kindly fill your contact information

Resources for Publishers

Unpublished Manuscripts

  • Gravity, Space and Time

Abstract: Einstein did a brilliant job of combining space and time in his theory of special relativity. His theory of general relativity defines gravity as a field phenomenon in the realm of space-time. The theory of relativity is incomplete as it does not include the fifth dimension made up of a web of angular momentum of gravitational waves which we call empty-space. As we know that 99.99 percent of every mass is empty-space and still we don’t have a dedicated physics to define it. Theory of special connectivity is an attempt to decode actual reality of our five-dimensional universe by introducing a new universal constant associated with empty-space. This paper experimentally proves the existence of this constant in nature as an integral part of space, time, gravity and obviously mass.


  • Prime Limiting Function

Abstract: Among all number series, prime number series is most mysterious. Even after years of work, this series never fail to amaze us. Another amazing fact is realised and reciprocated with this research is that any three consecutive prime numbers can be reduced to the first prime number present in the series. Also, using this limiting function a question is imposed on the existence of negative prime numbers. This series can also be viewed as a symmetric series about 2 i.e. the first prime number.


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