THE CONVERGENT SCIENCE PROACTIVELY DRIVES
ANALYTICAL SCIENCES TO WORK IN SYNERGY
State of Fundamental Physics
Facts and Open Questions of Fundamental Physics Since the dawn of humanity, we have lived with the paradigm that our universe is the alpha and omega of reality, a unique and smooth space. However, while working within this paradigm science has accumulated many...
The Multispace Diagram vs Minkowski’s Diagram
In 1905, Einstein discovered the special relativity of inertial frames of reference, which generalizes Galileo's principle of relativity (that all uniform motion is relative, and that there is...
Minkowski’s Legacy
Today, Hermann Minkowski is most famous for introducing a two-dimensional space-time diagram to explain the Lorentz transformation of Special Relativity. Over the last century, this intuitive visual aid has helped clarify Einstein's theory, significantly facilitating...
EARTH IS A GEOSYSTEM
Earth is warming (climate change), shaking (earthquakes), leaking (volcanoes), swirling (tornadoes, hurricanes), flooding, landsliding (plate tectonics, soil sliding), all at the same time. Trying to understand climate change disconnected from other natural phenomena is doomed to failure.
ORTHOGONAL SPACES
While physically embedded in the universe, these spaces are at the same time external to the space of the universe. This concept may be puzzling at first glance, but elementary particles are a ubiquitous and ideal example of such orthogonal spaces.
THE MULTISPACE DIAGRAM
In 1908, Hermann Minkowski introduced the concept that space and time are fused in what he called the space-time continuum, and built a 2D space-time diagram. Yet, his diagram provides just a partial view of the 3D Multispace Diagram.