Везде
SYMMETRY AS A METHODOLOGICAL PRINCIPLE OF THE MODERN PHYSICAL SCIENCES
Table of contents
Annotation Estimate Publication content
References Comments
Share
QR
Metrics
SYMMETRY AS A METHODOLOGICAL PRINCIPLE OF THE MODERN PHYSICAL SCIENCES
Annotation
PII
S0205-96060000616-4-1
Publication type
Article
Status
Published
Authors
Yakov Tararoev  Andrey Direglazov
Edition
Volume 33 Issue 2
Pages
43-54
Abstract
In different historical periods, the symmetry principle played an important role in scientifi c understanding of the physical world. The paper analyses how the symmetries of the states of motion and rest, as well as other spatial symmetries, provided conceptual mechanisms for the construction of ideal objects of physical investigation. Symmetry violations, on the other hand, belonged to the experimental component of physical research and appeared when abstract idealized objects acquired empirical projections. The authors illustrate these heuristic roles of the symmetry principle with examples from the history of science from Antiquity to the present and demonstrate the effectiveness of historical methods for the philosophical analysis of the foundations of science.
Date of publication
01.04.2012
Number of purchasers
1
Views
1100
Readers community rating
0.0 (0 votes)
Cite Download pdf
1

References



Additional sources and materials

1. Vejl' G. Simmetriya. M., 1968, S. 144. 
 2. Ehliot Dzh. Simmetriya v fizike. M., 1983. T. 1, 2. 
 3. Gibson U. Printsip simmetrii v fizike ehlementarnykh chastits. M., 1979. 
 4. Rajder L. Ehlementarnye chastitsy i simmetrii. M., 1983. 
 5. Ehliot. Simmetriya v fizike T. 1. S. 11. 
 6. Vejl'. Simmetriya S. 35-36. 
 7. Platon. Sobranie sochinenij v 4 t. M., 1994. T. 3. S. 436. 
 8. Platon. Sobranie sochinenij v 4 t. M., 1994. T. 3. S. 440. 
 9. Platon. Sobranie sochinenij v 4 t. M., 1994. T. 3. S. 441. 
 10. Tararoev Ya. V. Ontologicheskie osnovaniya sovremennoj fiziki i kosmologii. M., 2011. 
 11. Aristotel'. Sobranie sochinenij v 4 t. M., 1981. T. 3. Fizika. S. 123. 
 12. Aristotel'. Sobranie sochinenij v 4 t. M., 1981. T. 3. Fizika. S. 234. 
 13. N'yuton I. Matematicheskie nachala natural'noj filosofii. M., 1989. S. 39. 
 14. Galileo Galilej. Dialog o dvukh glavnejshikh sistemakh mira - ptolomeevoj i kopernikovoj. M., 1948. S. 146-147. 
 15. N'yuton. Matematicheskie nachala natural'noj filosofii... S. 30-32. 
 16. Ehjnshtejn A. Sobranie nauchnykh trudov. M., 1965. T. 1. S. 421. 
 17. Ehjnshtejn A. Sobranie nauchnykh trudov. M., 1965. T. 1. S. 422. 
 18. Fejnman R., Lejton R., Sehnds M. Fejnmanovskie lektsii po fizike. M., 1965. T 1. 
 19. Landau L. D., Lifshits E. M. Mekhanika. M., 2004. 
 20. Izyumov Yu. A., Syromyatnikov V. N. Fazovye perekhody i simmetriya kristallov. M., 1984. 
 21. Patashinskij A. 3., Pokrovskij V. L. Fluktuatsionnaya teoriya fazovykh perekhodov. M., 1982. 
 22. Beklemishev V. N. Osnovy sravnitel'noj anatomii bespozvonochnykh. M., 1964. 
 23. Stepin V. S. Teoreticheskoe znanie. M., 1999. 
 24. Landau L. D., Lifshits E. M. Teoreticheskaya fizika. M., 2002. T. 5. Statisticheskaya fizika. Ch. 1. 
 25. Tararoev. Ontologicheskie osnovaniya... 
 26. Vigner E. Narushenie simmetrii v fizike // Uspekhi fizicheskikh nauk. 1966. T. 3. № 6. S. 453-467.

Comments

No posts found

Write a review
Translate