While this posting may be considered *an aspirational* one, I thought it fit to post it to YOU for being the 'first on the list' to be somewhat realistic. I post below the New Time Interval, I propose:
Derivation of New Time Interval, Decimal Second (sd):
A method for defining a fixed �Blip or tik� unit based on the SI
second is under review. A blip may be designated, as from the
fixed second (fs) by consideration that there are 86,400-atomic
seconds during the day, and there are 240000 decimal seconds in a
day; and if day distribution is made into 1000000 (10^6) blips
using the new time interval, decimal second (sd); each blip is thus
0.24 decimal seconds, and may be expressed as tt0-10 ffsd.; and tt10-
to be 100th marker (ffsd). This is 100000 (10^5) �Blip or tik� from
fixed Decimal Second (ffsd). The chron, that is The Decimal Second
(sd)fixed from �atomic second� shall be likewise designated as T-sd
(=1/240000th of atomic day).
Derivation & Definition
The solar day can be of 24hx100mdx100sd (or 240000 decimal seconds,
(sd) in place of 24hx60mx60s (or 86400 SI-seconds) on the clock time.
The period over 364 days (for Normal Year) can be heaped over to have
5 years of 52-weeks and the 6th year to have an added 53rd week,
as �leap week of the year*XXXX*�and outside of calendar format,
according to *Divide by six(6)* Leap Week Rule.
1Year =365.242189669781days x86400 seconds x9192631770 Cs-133 periods or
(31556925.1874690784SI-atomic seconds x2.7777777778 =87658125.52074744 Decimal Seconds (sd).
This is =3309347437.2 Cs-133 periods per sd. Thus, Time interval
Decimal Second (sd) is:(86400�240000 =0.36% SI-atomic second. ONE
YEAR =87658125.52074744 sd x 3309347437.2 Cs -133 periods
=290091193041841455.992460768 Cs -133 periods).
DURATION of time INTERVAL: "The SI-atomic second is the duration of
9,192,631,770 periods of the radiation corresponding to the transition between the two hyperfine levels of the ground state of the caesium -133 atom".
From this, a �BLIP� fixed to form the �interval� for Decimal Second
(sd) would be derived as: [9,192,631,770 x 0.36 = 3309347437.2] or
3309347437.2 periods of the radiation corresponding to the transition
between the two hyperfine levels of the ground state of the Caesium-
133 atom,(subject to calculation or application of measure being validated). Alternately, one �BLOP� or (tt-10) ffds (3.6 sd) would be 33093474372 periods (subject to calculation or application of measure being validated).
DEFINITION:
ONE DECIMAL SECOND (sd) is the time interval between any TWO events
that take place during the fraction 1/240000th of the atomic day (of
86,400 atomic seconds) and correspond to 3309347437.2 periods of
radiations of cesium-133 atom, at defined hyperfine levels, when the
atom is at rest.
This is 36 % of the SI-second; or 1/87658125.52075th of the modern
astronomer�s mean tropical year measured at the epoch, basis VSOP82,
AD 2000.00.
BRIJ BHUSHAN VIJ
The cgs/MKS/MKSA or even the SI-second have used only the multiples & sub-multiples of the time unit -second (s), whenever decimal parts of time were required to be used or occasionally, astronomers used the Bessilian Year.
Is it, therefore, not ripe to use Decimalisation of Time of the Hour and link with �decimalised� arc-angle, and make Systeme Internationale d'Unites more compact, coherrent and cohessive - especially when Time and Length *conversion factors* are readily available?
Regards,
Brij Bhushan Vij <[EMAIL PROTECTED]>
Aa Nau Bhadra Kritvo Yantu Vishwatah -Rg Veda.
*****The New Calendar Rhyme*****
Thirty days in July, September:
April, June, November, December;
All the rest have thirty-one; accepting February alone:
Which hath but twenty-nine, to be (in) fine;
Till leap year gives the whole week READY:
Is it not time to MODIFY or change to make it perennial, Oh Daddy!
And make the calendar work with Leap Week Rule! ***** ***** ***** *****
From: "Joseph B. Reid" <[EMAIL PROTECTED]> Reply-To: [EMAIL PROTECTED] To: "U.S. Metric Association" <[EMAIL PROTECTED]> Subject: [USMA:24936] Names of metric units Date: Tue, 25 Feb 2003 20:08:43 -0500
Thanks to a private posting from John "Kilopascal", I can now produce a revised list of the birthplaces of the scientists who have been honored by having metric units named after them.
Germany: Ohm, Hertz, Siemens, Weber, Gauss, R�ntgen France: Amp�re, Pascal, Coulomb, Becquerel, Poisson Scotland: Kelvin, Watt, Maxwell, Napier, Bell England: Newton, Joule, Faraday, Stokes, Gray Italy: Volta, Galileo, Fermi, Torricello Sweden: Celsius, Sievert, �ngstr�m USA: Henry, Jansky Croatia: Tesla Poland: Curie Denmark: Oersted
John has pointed out to me that Pierre Curie collaborated with his wife Marie Curie, and that they did their work In France. However, I think it was she who received the Nobel Prize. A similar problem arises with Bell. Although he was born in Scotland, Canada and the USA quarrel over where he invented the telephone. Certainly he made the first long distance telephone call in Canada, although he made the first telephone call in his house in Boston. -- Joseph B. Reid 17 Glebe Road West Toronto M5P 1C8 Telephone 416-486-6071
_________________________________________________________________
Protect your PC - get McAfee.com VirusScan Online http://clinic.mcafee.com/clinic/ibuy/campaign.asp?cid=3963
