Welcome in CDA-TMO
Critical Data Analysis (CDA) is a vital approach to uncovering the mysteries of the Universe, the Earth, and human nature. By integrating modern scientific methods with Technical Management of Operations (TMO), it transforms complex knowledge into accessible insights for humanity. This framework empowers individuals to engage with complex data, extract actionable understanding, and apply structured, real-world methodologies—fostering a deeper comprehension of scientific phenomena and their practical implications.
Star Winds (ISBN: 9798328985093) has been published on Amazon and presents the full scope of the new scientific evidence emerging from the CDA-TMO project, led by Dr. Gianluca Alberti (Ph.D.). The book provides a comprehensive treatment of these discoveries, including detailed demonstrations, graphs, and references.
For the benefit of the scientific and astrophysics community, the sections of Star Winds have also been made available in a more accessible format through PDF files, ensuring broader access to the research material.
A Universe Defined by Light and Charge: Why Black Holes and Gravitational Waves Are Nonsense if G No Longer Holds
Gravitational Force
“The three-body problem is treated, and a unification model between macroscopic and microscopic systems is achieved.”
"Science offers powerful tools to uncover the truth about mankind's true origin, enlightening our understanding and dispelling the darkness."
The Mission
Dr. Gianluca Alberti, Ph.D. in Chemical Physics, launched the CDA-TMO project after his Critical Data Analysis (CDA) of freely available Solar System data revealed unexpected results that challenge established astronomical paradigms.
This scientific journey began during his doctoral research in collaboration with Italy’s CNR (National Research Council), where he discovered a unique circular dichroism phenomenon in the photoionization of chiral molecules using circularly polarized synchrotron radiation. These experimental findings demonstrated the potential for enantioselective photodissociation, offering new insight into the emergence of life via RNA-based models and genetic selection within the “primordial broth.”
While the Big Bang model, rooted in quantum gravity, is often interpreted as undermining the notion of a Creator, the work presented in Star Winds offers a different perspective. It proposes that our Solar System—and the wider cosmos—was intentionally created by the loving mind of God, a thesis supported by a scientifically rigorous framework grounded in diffraction-based modeling.
Star Winds is structured into six main sections, each progressively developing this vision by combining advanced mathematics, physics, and astrophysical data with philosophical reflection.
