International Society of Diamagnetic Therapy
ISDT
Unlock the healing power of physics and quantum mechanics
UPCOMING EVENT:
ISDT FIRST INTERNATIONAL CONGRESS
Auditorium - Università della Magna Grecia (UMG),Catanzaro, Italy
13-14 September 2024
ABOUT US
We are a medical scientific Society with a multidisciplinary approach.
ISDT is committed to promoting innovation through a multidisciplinary approach, which sees collaboration between universities, companies and other scientific societies.
Multidisciplinarity rappresents a fundamental approach within the scope of reaserch and of the scientific development, as it allows to confront complex problems through the convergence of skills from different disciplines. This approach is particulary important in sectors like medicine and quantum physics, where the complexity of problems requires a wide range of knowledge and investigative techniques.
OUR ACTIVITIES
Research in Cutting-edge treatments for a wide range of health conditions
Research of innovative technology
Education and training programs for healthcare professionals
OUR PROJECTS
Current Research
Exploring the potential of diamagnetic therapy in various medical fields.
Quantum diamagnetism manifests itself through the change in the orbital motion of electrons. In a magnetic field, electrons acquire an additional magnetic moment opposite to the applied field due to their acceleration perpendicular to the field. This phenomenon is well described by the Schrödinger equation, which governs the behavior of electrons at the quantum level.
In summary, the quantum nature of diamagnetism is a direct consequence of the quantum behavior of electrons in a magnetic field. This phenomenon illustrates the importance of the principles of quantum mechanics in understanding the magnetic properties of matter at the microscopic level.
The collaboration between different disciplines is fundamental in the development of advanced technologies such as biomedical imaging, and therapies based on the use of physical technologies such as magnetic and diamagnetic fields or on genetic action.
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