In modern physics the common relational approach should be extended to the concepts of element and set. The relationalization of the concepts of element and set means that in the final analysis the World exists as an indivisible whole, not as a set (of one or another kind of elements). Therefore, we have to describe quantum systems in terms of potentialities and probabilities since quantum systems cannot be analyzed completely into sets of elements, we can speak only of the potentialities of isolating elements and sets within their structure. On the other hand this quantum property of the world as an indivisible whole accounts for the astonishing logical properties of the structure of the potentialities of quantum systems which it brings forth. This has been confirmed by quantum-correlation experiments (A.Aspect and oth.). These effects have a relational nature, not a physical-causal or material one, and they are brought forth by the changes (resulting from measurement or physical interaction) in the structure of the relations of the mutually complementary sides of reality.
Did you find this white paper useful?
24 out of 50 users found this white paper useful
Related white papers
Analysis of Fluid Models with Markov Modulated Rates
We analyze both with finite and infinite capacity fluid buffer models with input and output rates modulated by a Markov chain. For the infinite capacity system we obtain the laws...
BTU Calculation for Crystal PC Products
The following formula is recommended for figuring BTUs given the wattage of the basic complement of CS500 - CS1000 chassis. Since the customer-installed cards can consume a fairly high percentage...
Vorteile der High Performance Computing Cluster (HPCC)
Angesichts zunehmend komplexer Rechenanforderungen und wachsender Datens?e verlangen die Kunden h?e Rechenkapazit?n zu geringeren Preisen. High Performance Computing Clustering (HPCC) stellt eine L?g dar, die eine leistungsf?ge Implementierung von Rechenleistung...
HPCC(High Performance Computing Cluster)ÀÇ ÀÌÁ¡
aa ??? ¾?¡ º¹"?v°?µ¥ ? º?® ±???v¸? °?µ? ?¾ ´:·?? °¡°?¸·?¸???¼?? ¿¬»?³¸® ´?€» ¿??°?´? HPCC´ ¸??·‡?¿¬»??´?€» f°? ¼??; f°??µ °??º´·?? ???¿?·?µ??? ?¼???¸¦ »??´ °?¡ º? ³?«³ª :·?? ? ´? ¼¼? ³»¿? ¿???¹?¦...
High Performance Computing Cluster (HPCC) Benefits
As computational needs continue to grow in complexity and larger data sets require analysis, customers are requiring higher levels of computational capability at much lower price points. High Performance Computing...
Pacific Northwest National Laboratory (PNNL) – Itanium® 2 and Linux-based systems
This case study details how the world's fastest Linux-based supercomputer, running on Intel(r) Itanium(r) 2 processors, helped the Pacific Northwest National Laboratory quickly compute complex, long-running simulations.
Sloan Digital Sky Survey and Johns Hopkins University Frame the Universe with the Help of Itanium®-based systems from Hewlett-Packard.
The Sloan Digital Sky Survey, the most ambitious astronomical survey project ever undertaken, is the latest in an ancient and honorable tradition of surveying the sky. The continued progress...
