Ενέργεια μηδενικού σημείου: Διαφορά μεταξύ των αναθεωρήσεων
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Γραμμή 2:
Πειραματική απόδειξη της ύπαρξης της ενέργειας του κενού αποτελεί το περίφημο [[φαινόμενο Casimir]].
==Αναφορές==
<references/>
* {{cite book
| last = Beiser | first = Arthur
| title = Concepts of Modern Physics
| publisher = McGraw-Hill
| year = 1967
}}
* {{cite journal
| author = Albert Einstein and L. Hopf
| title = On a theorem of the probability calculus and its application to the theory of radiation
| journal = Ann. Phys.
| volume = 33
| pages = 1096–1104
| ref = Einstein-Hopf-1910a
| year = 1910
}}
* {{cite journal
| author = Albert Einstein and L. Hopf
| title = Statistical investigation of a resonator’ s motion in a radiation field
| journal = Ann. Phys.
| volume = 33
| pages = 1105–1115
| ref = Einstein-Hopf-1910b
| year = 1910
}}
* {{cite journal
| author = Albert Einstein and Otto Stern,
| title = —
| journal = Ann. Phys.
| volume = 40
| pages = 551
| year = 1913
}}
* {{cite journal
| last = Forward | first = R. | authorlink = Robert Forward
| title = Extracting electrical energy from the vacuum by cohesion of charged foliated conductors
| journal = Phys. Rev. B
| volume = 30
| pages = 1700
| year = 1984
| url = http://www.calphysics.org/articles/Forward1984.pdf
}}
* {{cite journal
| last = Bernard Haisch, Alfonso Rueda and York Dobyns
| title = Inertial mass and the quantum vacuum fields
| journal = Annalen der Physik
| volume = 10
| pages = 393-414
| year = 2001
| url = http://www.calphysics.org/articles/annalen.pdf
}}
* {{cite book
| last = Loudon | first = R.
| title = The Quantum Theory of Light
| location = Oxford
| publisher = Clarendon Press
| year = September 2000
| edition = Third Edition
| id = ISBN 0-19-850176-5
}}
* {{cite book
| last = Milonni | first = Peter W.
| title = The Quantum Vacuum: an Introduction to Quantum Electrodynamics
| location = New York
| publisher =Academic
| year = 1994
| id = ISBN 0-12-498080-5
}}
*{{cite journal
| last = Nernst | first = W.
| title = —
| journal = Verh. Deutsch Phys. Ges.
| volume = 18
| pages = 83
| year = 1916
}}
* {{cite journal
| last = Alfonso Rueda and Bernard Haisch
| title = Gravity and the Quantum Vacuum Inertia Hypothesis
| journal = Annalen der Physik
| volume = 14
| pages = 479-498
| year = 2005
| url = http://www.calphysics.org/articles/gravity_arxiv.pdf
}}
* {{cite book
| last = Sciama | first = D. W.
| title = The Philosophy of Vacuum
| editor = Simon Saunders and Henry R. Brown, eds
| location = Oxford
| publisher = Clarendon Press
| year = 1991
| id = ISBN 0-19-824449-5
}}
==Εξωτερικοί σύνδεσμοι==
{{Spoken Wikipedia|Zero-point_energy.ogg|2006-12-09}}
* [http://van.physics.uiuc.edu/qa/listing.php?id=1256 Zero-point energy?] "Ask the Van" popular science FAQ at [[University of Illinois]].
* Philip Yam, "[http://www.padrak.com/ine/ZPESCIAM.html Exploiting Zero-point Energy]", ''Scientific American Magazine'', December 1997, pp. 82-85.
* Alokik Kanwal, [http://www.eden.rutgers.edu/~alokik/Zero/3D%20Zero-Point%20Energy.PPT Zero-point energy] ([[Microsoft PowerPoint|Power Point]] presentation; rutgers.edu)
* movie on zero point energy [http://video.google.com/videoplay?docid=-8943205214784769158]
[[Category:Energy]]
[[Category:Fringe physics]]
[[Category:Quantum field theory]]
[[ar:طاقة النقطة-صفر]]
[[bg:Енергия на нулевата точка]]
[[de:Nullpunktsenergie]]
[[es:Energía del punto cero]]
[[gl:Enerxía do punto cero]]
[[he:אנרגיית נקודת האפס]]
[[nl:Nulpuntsenergie]]
[[pl:Energia punktu zerowego]]
[[ru:Нулевые колебания]]
[[zh:零點能量]]
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