A novel relativistic geometry is presented, and several derivations are provided which yield observationally confirmed results within a 1% margin of error.

The theory of gravitational time and divergent coordinate systems will undoubtedly be controversial before it becomes accepted. Covered here are 14 predictions that follow from this model of time and relative geometry that are unaccounted for by existing relativity based models.

A non-linear time integral is discussed, and two results are presented, both yielding results that fall within 0.5% of direct observation through various CMB dipole surveys.

Just a short blog post demonstrating the consistency between the proposed model of relativistic spatial dilation and the results found by Pound and Rebka.

Here we examine the symmetries that exist between the specialized and generalized theories of relativity, how they affect our experience on Earth, and how they relate to the model of relativistic spatial dilation.

When determing the center of mass shift for the peculiar velocity that arises from this model of relativity an incredibly intriguing value arises... the golden ratio to within 0.002%.

The plans for Uh Little Less Dum, where the project currently sits, and how you, the user, can help determine what happens next.

The story behind Uh Little Less Dum and what led me to leave my cozy life as a developer behind.