The upcoming IEEE Nuclear Science Symposium and Medical Imaging Conference in Tampa, Florida, will feature a presentation by Italian-American scientist Dario Crosetto on October 31, 2024, showcasing his 3D-Flow and 3D-CBS technologies that could transform both particle physics and early cancer detection. Crosetto's inventions are reported to offer superior flexibility, performance, and cost-effectiveness compared to existing technologies, with the 3D-CBS system capable of detecting tumors with as few as 100 cancer cells, a dramatic improvement over current methods like CT, MRI, and mammograms that typically require around 1,000,000 cells. This advancement holds the potential for earlier cancer diagnoses and more timely interventions that could save numerous lives.
The IEEE conference, recognized as the world's most important gathering in particle physics and medical imaging, will provide Crosetto with nearly two hours to present his work to approximately 2,000 scientists, highlighting the significance of his research within the scientific community. Despite this recognition, funding to build two 3D-CBS devices for experimental demonstration has been denied, raising questions about resource allocation in cancer research and the challenges innovative technologies face in securing support for real-world testing. Crosetto has called for transparency in science, challenging colleagues to provide references to any current or past projects matching his inventions' potential, and has appealed to funding agencies, philanthropists, and government institutions for support, noting that global annual spending on research and development reaches $2 trillion, a fraction of which could fund the construction of devices for practical testing.
The implications of Crosetto's work extend beyond medical applications, as the 3D-Flow technology could provide more powerful and cost-efficient tools for discovering new particles in particle physics, potentially advancing our understanding of the universe. As the conference approaches, Crosetto has urged political and social institutions to champion scientific truth for humanity's benefit, reaching out to officials including Italian politicians and the Texas Secretary of State to appoint trusted scientists to attend his presentation and participate in public discussions comparing his inventions with other publicly funded projects aimed at reducing cancer deaths and related costs. The presentation represents a critical moment at the intersection of particle physics and medical imaging, with the potential to mark a significant leap forward in early cancer detection if the claims about the technologies are substantiated, potentially saving millions of lives and reducing healthcare costs while ushering in a new era of research.
