Abstract

The paper presents studies based on measurements of the Fundamental State Parameters (FH, FL, Rf and N, the quantum interaction number between the Heart and the Lungs) of the Cardio-Pulmonary System by persons belonging to a family, based on established protocols, for a more complete knowledge of its functioning. Thus, the persons are different in terms of age, sex and physical characteristics (weight, height, and lifestyle), they have parental or cohabiting statuses (mother-son, father-son, husband-wife). They perform the same activities or have different concerns with a higher or lower Power consumption. The diagrams constructed using the Fundamental State Parameters in Quantum Biological Thermodynamics with Finite Speed (QBTFS) allow the study of Stationary Quantum States and the interaction Processes between them (with or without Quantum Jump), which provides very important data on the functional characteristics of the Cardio-Pulmonary System for each person. The information obtained within QBTFS of the Cardio-Pulmonary System is particularly useful for the personalized design of the Hearts and artificial Lungs according to the physical and physiological particularities of different patients.

Highlights

  • The paper presents studies based the quantum interaction number on measurements of the between the Heart and Fundamental the Lungs) of SthtaeteCPaardraiom-Peutelmrso(nFaHr, yFLS, yRsftaenmd

  • The information obtained within QBTFS of the Cardio-Pulmonary System is useful for the personalized design of the Hearts and artificial Lungs according to the physical and physiological particularities of different patients

  • The paper presents a comparison between Stationary States and Processes in the Cardio-Pulmonary system corresponding to different positions and activities of 3 persons, represented in the 6 diagrams discovered in the frame of Quantum Biological Thermodynamics with Finite Speed, namely: FH=f1(FL), FL=f2(FH), Rf=f3(FL), Rf=f4(FH), N=f5(FH), N=f6(FL)

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Summary

The Quantum Biological Thermodynamics with Finite

Speed (QBTFS) [1], developed as an extension of Thermodynamics with Finite Speed (TFS) [1,2,3,4,5] to the Cardio-Pulmonar y System (CPS) is based on the Fundamentals State Parameters and on the two new concepts discovered: Stationary States and Processes between Stationary States. Where N is an integer number that we called Quantum Number of the interaction between the Heart and Lungs in any Stationary State, in any healthy person. It resulted that if a person does not achieve easy and quite fast (1-2 minutes) such a State, eq (1) is not validated for she or he, which means this person may have already illness or will have it in the future. The explanation for eq (1) is based on the Synergetic interaction between the two oscillators (the Heart and the Lungs), which tend to organize themselves in optimal operation

After the invention of Advanced Synergetics by Herman
Two points corresponding to different the successive
In this paper we study comparatively the Stationary
The comparative study of the diagrams based on the
Thermodynamics with Finite Speed towards Biological Quantum
Findings
System Operation within Irreversible Thermodynamics with Finite
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