The Classical and Quantum Physics Group

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The fundamental measures 1 (Eqs. 42, 43 & 46) used to describe nature may be reduced in their entirety as functions of length, mass and time1 (Eq. 47). The CQP group carries forward experiments that disentangle the fundamental measures 1 (Eqs. 42, 43 & 46) from the well-known laws of nature and in doing so build a unified description of nature in a single non-reducable nomenclature3 (Sec. 2.3). This effort was first approached by Planck. His efforts lead to a new understanding of many relations today expressed in terms of the Planck Units 1 (Eqs. 1, 2 & 3) and the constants G and ħ.

MQ allows researchers to complete that journey with new descriptions of [gravitational curvature][3]1 (Eqs. 4-9), magnetism and electricity, with a greater understanding of [frames of reference][5]2 (Sec. 3.4) that incorporates the target, the observer and the system (i.e. the universe) and with further distinction between two classes of relations, derivatives of the [fundamental expression][6]1 (Eq. 47) and boundary expressions2 (Sec. 2.4).

Significant fields of research are: [3]: https://www.informativity.org/gravity [5]: https://www.informativity.org/frames-of-reference [6]: https://www.informativity.org/fundamental-expression


Published Research


An MQ Discovery Series - Pre-prints

A Series of 47 Papers Advancing Solutions to the Most Difficult Problems in Modern Theory

The Physical Constants

Classical Physics

Cosmology