By means of a representation of the elementary objects by the Lagrange density and by the commutators of the communication relations, correlations can be formed using the Fourier transform, which under the conditions ...By means of a representation of the elementary objects by the Lagrange density and by the commutators of the communication relations, correlations can be formed using the Fourier transform, which under the conditions of the Hamilton principle, describes correlation structures of the elementary objects with oscillator properties. The correlation structures obtained in this way are characterized by physical information, the essential component of which is the action. The correlation structures describe the physical properties and their interactions under the sole condition of the Hamilton’s principle. The structure, the properties and the interactions of elementary objects can be led back in this way to a fundamental four dimensional structure, which is therefore in their different modifications the building block of nature. With the presented method, an alternative interpretation of elementary physical effects to quantum mechanics is obtained. This report provides an overview of the fundamentals and statements of physical information theory and its consequences for understanding the nature of elementary objects.展开更多
Effective clinical genome interpretation relies on accurately distinguishing between benign and pathogenic rare variants.Current machine learning-based variant prioritization tools are trained on genome-wide data and ...Effective clinical genome interpretation relies on accurately distinguishing between benign and pathogenic rare variants.Current machine learning-based variant prioritization tools are trained on genome-wide data and often overlook key parameters defining geneedisease relationships.展开更多
文摘By means of a representation of the elementary objects by the Lagrange density and by the commutators of the communication relations, correlations can be formed using the Fourier transform, which under the conditions of the Hamilton principle, describes correlation structures of the elementary objects with oscillator properties. The correlation structures obtained in this way are characterized by physical information, the essential component of which is the action. The correlation structures describe the physical properties and their interactions under the sole condition of the Hamilton’s principle. The structure, the properties and the interactions of elementary objects can be led back in this way to a fundamental four dimensional structure, which is therefore in their different modifications the building block of nature. With the presented method, an alternative interpretation of elementary physical effects to quantum mechanics is obtained. This report provides an overview of the fundamentals and statements of physical information theory and its consequences for understanding the nature of elementary objects.
基金supported by grants from the Association of Paediatric Oncology and Neuroblastoma ONLUS Naples(grant name:Editor)Italian Association for the Fight against Neuroblastoma(grant name:AlterAction)+1 种基金Italian Association for Cancer Research(grant number:25796)Ministry of Health(grant name:PRIN PNRR 2022 P2022NFCPM).
文摘Effective clinical genome interpretation relies on accurately distinguishing between benign and pathogenic rare variants.Current machine learning-based variant prioritization tools are trained on genome-wide data and often overlook key parameters defining geneedisease relationships.
