Received: from 173-13-139-235-sfba.hfc.comcastbusiness.net ([173.13.139.235]:53178 helo=jukni.digitalkingdom.org) by stodi.digitalkingdom.org with smtp (Exim 4.80.1) (envelope-from ) id 1X2wpF-0003g7-Ao; Thu, 03 Jul 2014 23:18:26 -0700 Received: by jukni.digitalkingdom.org (sSMTP sendmail emulation); Thu, 03 Jul 2014 23:18:25 -0700 From: "Apache" Date: Thu, 03 Jul 2014 23:18:25 -0700 To: webmaster@lojban.org, curtis289@att.net Subject: [jvsw] Definition Edited At Word tcelerita -- By krtisfranks Bcc: jbovlaste-admin@lojban.org Message-ID: <53b64731.vRYINOJsxrCCw4X4%webmaster@lojban.org> User-Agent: Heirloom mailx 12.5 7/5/10 MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit X-Spam-Score: -0.9 (/) X-Spam_score: -0.9 X-Spam_score_int: -8 X-Spam_bar: / In jbovlaste, the user krtisfranks has edited a definition of "tcelerita" in the language "English". Differences: 5,5c5,5 < In the Newtonian model, for any finite nonzero units of spatial length and temporal duration, $c_{0}$ is infinitely large. In the modern Relativistic/Einsteinian paradigm of physics, $c_{0}$ is a finite positive number for any finite nonzero units of spatial length and temporal duration; thus, in such cases, we can set it equal to 1 (begin measuring in terms of percentage of $c_{0}$) and gain scaled Relativistic results; by Maxwellian electromagnetism, $c_{0} = 299792458 m/s$. Notice the lack of reference to the speed of light and of media through which the wave/particle propagates. This is a physical constant of a universe; any entities of zero mass in a universe will propagate at $c_{0}$ in an ideal perfect vacuum/classical free space - we just happen to name three such entities "light", "gravitation", and "the strong nuclear force". --- > In the Newtonian model, for any finite nonzero units of spatial length and temporal duration, $c_{0}$ is infinitely large. In the modern Relativistic/Einsteinian paradigm of physics, $c_{0}$ is a finite positive number for any finite nonzero units of spatial length and temporal duration; thus, in such cases, we can set it equal to 1 (begin measuring in terms of percentage of $c_{0}$) and gain scaled Relativistic results; by Maxwellian electromagnetism, $c_{0} = 299792458 m/s$. Notice the lack of reference to the speed of light and of media through which the wave/particle propagates. This is a physical constant of a universe; any entities of zero mass in a universe will propagate at $c_{0}$ in an ideal perfect vacuum/classical free space - we just happen to name three such entities "light", "gravitation", and "the strong nuclear force". See also: {plankexu}, {gravnutnoia}. Old Data: Definition: $x_1$ (number; default: 1) is the physical speed supremum (for objects of positive masses)/celeritas/$c_{0}$ expressed in units $x_2$ (default: in terms of natural parameter $c_{0}$; id est: unitless/dimensionless and equal to 1) in (paradigm/system of) physics $x_3$ (default: this, our actual. physical universe); Notes: In the Newtonian model, for any finite nonzero units of spatial length and temporal duration, $c_{0}$ is infinitely large. In the modern Relativistic/Einsteinian paradigm of physics, $c_{0}$ is a finite positive number for any finite nonzero units of spatial length and temporal duration; thus, in such cases, we can set it equal to 1 (begin measuring in terms of percentage of $c_{0}$) and gain scaled Relativistic results; by Maxwellian electromagnetism, $c_{0} = 299792458 m/s$. Notice the lack of reference to the speed of light and of media through which the wave/particle propagates. This is a physical constant of a universe; any entities of zero mass in a universe will propagate at $c_{0}$ in an ideal perfect vacuum/classical free space - we just happen to name three such entities "light", "gravitation", and "the strong nuclear force". Jargon: Gloss Keywords: Word: 299792458 meters per second, In Sense: SI measurement - by definition Word: c0, In Sense: physics/physical; propagation of massless wave through/in an ideal perfect vacuum/classical free space Word: celeritas, In Sense: physics/physical; propagation of massless wave through/in an ideal perfect vacuum/classical free space Word: speed of gluon, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed of gravitational wave, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed of light, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed of massless particle-wave propagation, In Sense: physical/physics; through ideal perfect vacuum/classical free space Word: speed of photon, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed of the strong nuclear interaction, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed supremum, In Sense: physical; ideal/theoretical (in a given paradigm of physics) Word: supremum of the speed of information transmission, In Sense: physical Place Keywords: New Data: Definition: $x_1$ (number; default: 1) is the physical speed supremum (for objects of positive masses)/celeritas/$c_{0}$ expressed in units $x_2$ (default: in terms of natural parameter $c_{0}$; id est: unitless/dimensionless and equal to 1) in (paradigm/system of) physics $x_3$ (default: this, our actual. physical universe); Notes: In the Newtonian model, for any finite nonzero units of spatial length and temporal duration, $c_{0}$ is infinitely large. In the modern Relativistic/Einsteinian paradigm of physics, $c_{0}$ is a finite positive number for any finite nonzero units of spatial length and temporal duration; thus, in such cases, we can set it equal to 1 (begin measuring in terms of percentage of $c_{0}$) and gain scaled Relativistic results; by Maxwellian electromagnetism, $c_{0} = 299792458 m/s$. Notice the lack of reference to the speed of light and of media through which the wave/particle propagates. This is a physical constant of a universe; any entities of zero mass in a universe will propagate at $c_{0}$ in an ideal perfect vacuum/classical free space - we just happen to name three such entities "light", "gravitation", and "the strong nuclear force". See also: {plankexu}, {gravnutnoia}. Jargon: Gloss Keywords: Word: 299792458 meters per second, In Sense: SI measurement - by definition Word: c0, In Sense: physics/physical; propagation of massless wave through/in an ideal perfect vacuum/classical free space Word: celeritas, In Sense: physics/physical; propagation of massless wave through/in an ideal perfect vacuum/classical free space Word: speed of gluon, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed of gravitational wave, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed of light, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed of massless particle-wave propagation, In Sense: physical/physics; through ideal perfect vacuum/classical free space Word: speed of photon, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed of the strong nuclear interaction, In Sense: physics/physical; propagation of wave through/in an ideal perfect vacuum/classical free space Word: speed supremum, In Sense: physical; ideal/theoretical (in a given paradigm of physics) Word: supremum of the speed of information transmission, In Sense: physical Place Keywords: You can go to to see it.