Beyond Bohm 2025, Part 2 -The Dynamic Universe: a New Holistic World View

The Dynamic Universe: a New Holistic World View

with Tuomo Suntola

Saturday August 16
9:00am PDT  | 12:00pm EDT  | 5:00pm BST  |  6:00pm CEST 
2-hour session.

The session is live and you will be sent the RECORDING.

The Dynamic Universe (DU) offers an approach to understanding and predicting the natural world by describing three-dimensional space as the ‘surface’ of a 4-dimensional ball (which latter is called 3-sphere). This model provides a dynamic solution to the cosmological development of space and demonstrates that the relativity of observations stems from the overall energy balance in the system. Unlike the kinematics/metrics-based solutions of the theory of relativity, the dynamics-based approach of DU allows the use of time and distance as universal coordinate quantities, essential for human comprehension.

DU’s foundation lies in the conservation law of energy within 3-sphere-space, where the sum of the energies of motion and gravitation is zero. Analogous to a spherical pendulum, mass in space gains its rest energy as the energy of motion against the release of gravitational energy during the contraction phase and returns this energy during the ongoing expansion phase. This presentation elucidates how the Dynamic Universe model simplifies current theoretical structures, aims to align with quantum mechanics, and provides a path toward a coherent and comprehensible scientific worldview without compromising the accuracy of predictions.

Tuomo Suntola, PhD in Electron Physics (1971), has had a far-reaching academic and industrial career, ranging from pioneering theoretical work to successful industrial applications. He is the father of the Atomic Layer Deposition (ALD) technology, an enabling technology for the production of nanoscale semiconductor devices. Alongside his industrial research, he sought a holistic view of the physical reality — which crystalized in the mid-1990s into the Dynamic Universe approach. This allows the universe to be studied as a dynamic energy system, with the energies of gravitation and motion in balance.