Our mission is to produce the theoretical framework and experimental results which identify how gravitational, electromagnetic, and nuclear dynamics are united within cell environments.

CURRENT EXPERIMENTS

We are searching for evidence that will link dynamics occurring within molecular states to the larger acceleration cycles underlying homeostasis in energy exchange pathways within cells. Read more.

Heavy Isotopes

Circalunar Periodicity

Jetlag

THE GRAVITATIONAL CONNECTION

Earth’s spin and orbital motions embed all Earthbound frames with strain cycles rich in periodicity and chiral geometry - perfect for driving evolution. We have identified the metabolic correlations suggesting this is more than coincidence and now modeling how that might occur at molecular scales and envisioning how the connection can be demonstrate experimentally. Read more.

THE NUCLEAR CONNECTION

The high MeV mean binding energy acting between nucleons (protons & neutrons) is typically excluded from participating in biological events. However, in recent decades nuclear isomeric states have been identified in many atoms - some represent transitions at biologically relevant energy scales (<10 eV). We are modeling how cell pathways might utilize the electroweak coupling to catalyze enzymatic reactions and envisioning how such events can be demonstrated experimentally. Read more.

THE CHIRALITY CONNECTION

One of the most fundamental but unexplained characteristics shared by all life is the need for preserving the chiral geometry of its functional molecules and structural elements. Discovered by Pasteur in 1848 and thought to result from Earth’s spin and electromagnetic properties, we believe modern physics can finally provide a dynamic explanation and are seeking to prove it. Read more.

THE BIOLOGICAL CHALLENGES OF SPACE

Metabolic processes in all living organisms lose their proper order when subjected to the altered gravitational environment of space. These are huge obstacles to overcome if our space ventures are to succeed. The experiments we spearhead are designed to provide new insight on how disorder emerges from dynamic imbalance in states internal to molecules both in space and on Earth. Read more . . .

PARTNER WITH US

THE COPERNICAN PROJECT IS currently backed by a small group of science-minded individuals from Silicon Valley and the Weeden Foundation of New York. We are seeking additional financial partners and collaborators to expand the impact of this innovative research.