Extending general relativity

This is the sixth video in the series about the theory of incomplete measurements, and the last high-level one.

In this video, we introduce a new "extended" principle of relativity, that goes far beyond the general relativity principle used by Albert Einstein to deduce new laws of gravitation. The extended principle states that laws of physics should work irrespective of the measurement instruments being used. This includes broken instruments or seeing through foggy glasses.

Remarkably, as the video will show, this extended principle connects the new theory with a number of familiar concepts, from rainbows to 3D video games. This can be done while preserving the properties that made the theory of incomplete measurements a generalization of quantum mechanics.

As a result, we end up with a theory that not only covers both quantum mechanics and general relativity in a single framework, but also opens new avenues for scientific exploration and physics modelling.

More information here: https://gutoe.wordpress.com
The theory is described in this book: https://www.amazon.com/theory-incomplete-measurements-Towards-unified/dp/B09TMN922M