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From: cosmojoe on 28 Mar 2010 15:12
LUMINIFEROUS ETHER WIND RAW DATA
URL: zyx2.org Title: Luminiferous Ether Wind Raw Data &
Analysis Author: Joel Webb

This experiment is being performed at the time, date and location
shown utilizing an
interferometer with two equal length beams of 12", placed at right
angles to each other.
The north-south beam is a reference beam denoted as X, the other,
denoted as Y, is aimed
east to the horizon. The apparatus is locked down and does not rotate;
utilizing the earth's
rotation instead. Due east is always the aiming direction.
During March, the orbital progress of the earth and moon around the
sun is in line with
the Cygnus-Orion axis.
On this axis, the apparatus will measure motion based upon two
motions: that of the
sun's motion of 150 miles/sec (m/s) towards Cygnus (away from Orion) and
the earth's orbit
around the sun at 18.5 m/s. During other months, this condition is not
true.
Both beams of light are projected slightly offset (normal in
achieving interference
fringes) with the X beam stationed to the right of the Y beam, which is
rechecked at the
conclusion of each run.
A fringe count rate is determined by dividing the number of fringes
observed passing a
screen marker by the duration of the run.
The moving fringes represent the change of phase between the two
beams of light
derived from a single green laser, not the motion of the apparatus
through the ether,
though such phase variation is directly attributable to this motion.
The movement of the fringes may be either in the direction of the X
beam spot, or the Y
beam spot, depending upon which way the apparatus is moving in relation
to the Y beam, as
experimentally determined.
In the event the apparatus is moving in the same direction of the
first leg of the beam of
light along the Y beam before it strikes the front surface mirror which
sends it back
towards the beam splitter cube, the fringes will move towards the
projected spot of the Y
beam.
Conversely, if the apparatus is moving the opposite direction
through the ether, the
fringes will move towards the projected spot of the X beam.
Consequently, observations performed near midday, where, where east
is towards
Cygnus, because of the earth's rotation, the fringes will move towards
the Y beam spot,
whereas near midnight, they will move in the opposite direction towards
the X beam spot:
Cygnus in the direction west, thus opposite the directed laser light
along the first leg.
Keep in mind that the earth's orbit component is also maximum at
noonday and at
midnight, at this time of year, near the vernal equinox, and though
quite small at 18.5 m/s
compared to the galactic rotation component, somewhere around 150 m/s,
the remain
additive.
As convention in this study, galactic spin as viewed from the
galactic north pole is
clockwise, and considered to be positive motion, in contrast to the
earth's counterclockwise
orbital and rotational spins, both considered as negative in this
accord. All poles, be they
galactic, solar or earth are aligned the same, though somewhat tilted to
each other.
The earth's rotation at this sites latitude is -0.138 m/s;
contributing very little to these
results. However, earth orbital data should be included in these
calculations: (150+18.5)
m/s for daytime observations and (150-18.5) m/s for nocturnal observations.
Greater accuracy may be achieved by using 1/10 wave optics (I used
only 1/4 wave
throughout) and by doing vector addition of all motion components
utilizing trig cosine
function, which might or should include the sun's motion towards Vega,
and declination and
overall galactic motion of our galaxy relative to the known, observable
universe.
By doing so, an excellent and no doubt useful expression for null
rest for luminiferous
ether might be achieved.
For now, with the assimilation of a bit more data, a recognizable
pattern should emerge
showing a greater fringe rate for observations taken where the Y beam is
parallel to the
Orion-Cygnus axis, with a consistent correspondence between the
direction of fringe travel
and the apparatus' directed motion through the ether.

LUMINIFEROUS ETHER WIND RAW DATA JOURNAL ENTRY
SITE LOCATION: 210 05.116 N 1560 59.806 ELEV. 194 FT
HAWAIIAN STANDARD TIME
DATE IN OUT FRINGE COUNT DIRECTION TEMP MOON COMMENTS
3/17/2010
11:40 AM
11:44 AM
3
LEFT (Y)



3/17/2010
1:25 PM
1:45 PM
15
LEFT (Y)



3/17/2010
5:11 PM
5:17 PM
1
RIGHT(X)



3/18/2010
4:50 AM
5:00 AM
1
X



3/20/2010
3:00 AM
3:10 AM
1
X



3/20/2010
1.12 PM
1:15 PM
3
Y



3/21/2010
2:22 PM
2:28 PM
4
Y



3/21/2010
7:07 AM
7:20 AM
8
X



3/21/2010
9:14 AM
9:25 AM
7
Y



3/21/2010
12:06 PM
12:17 PM
8
Y



3/21/2010
3:12 PM
3:21 PM
10
X



3/21/2010
5:50 PM
6:02 PM
3
X
78
1/4

3/21/2010
9:00 PM



78
1/4

3/22/2010
7:16 AM



70


3/22/2010
7:21 AM
7:25 AM
6
X



3/22/2010
12:53 PM
1:01 PM
17
Y
81


3/22/2010
6:57 PM
6:59 PM
2
X
78


3/23/2010
12:27 AM
12:31 AM
4
Y
72


3/24/2010
12:22 PM



81

HIGH WINDS







*



















ETHER WIND ANALYSIS LEDGER #1
DATE
IN
OUT
DURATION
FRINGE
COUNT
RATE
DIR

COMMENTS
3/17/2010
11:40 AM
11:44 AM
4
3
0.75
Y
DAYTIME
3/17/2010
1:25 PM
1:45 PM
20
15
1.33
Y
DAYTIME
3/17/2010
5:11 PM
5:17 PM
6
1
0.16
X

3/18/2010
4:50 AM
5:00 AM
10
1
0.10
X

3/20/2010
3:00 AM
3:10 AM
10
1
0.10
X

3/20/2010
1:12 PM
1:15 PM
3
3
1.0
Y
DAYTIME
3/20/2010
2:22 PM
2:28 PM
6
4
0.66
Y
DAYTIME
3/21/2010
7:07 AM
7:20 AM
13
8
0.61
X

3/21/2010
9:14 AM
9:25 AM
11
7
0.63
Y
DAYTIME
3/21/2010
12:06 PM
12:17 PM
11
8
0.73
Y
DAYTIME
3/21/2010
3:12 PM
3:21 PM
9
10
1.11
X

3/21/2010
5:50 PM
6:02 PM
12
3
0.02
X

3/22/2010
7:21 AM
7:25 AM
4
6
1.5
X

3/22/2010
12:53 PM
1:01 PM
8
17
2.12
Y
DAYTIME
3/22/2010
6:57 PM
6:59 PM
2
2
1.0
X

3/23/2010
12:27 AM
12:31 AM
4
4
1.0
Y

3/24/2010

























































Earth orbit reading are taken at 12:00 noon solar time and then
again twelve hours later
at midnight.
Readings for galactic spin, towards or away from Cygnus, are taken
when the Milky
Way circles the horizon. Under the condition of cloud cover, use a
sidereal star atlas.
If you are having problems, give me a call: (808) 553-3456
From: xxein on 28 Mar 2010 19:54
On Mar 28, 3:12 pm, cosmojoe <cosmo...(a)hawaiiantel.net> wrote:
> LUMINIFEROUS ETHER WIND RAW DATA
>           URL:  zyx2.org    Title:  Luminiferous Ether Wind Raw Data &
> Analysis  Author:  Joel Webb
>
>      This experiment is being performed at the time, date and location
> shown utilizing an
> interferometer with two equal length beams of 12", placed at right
> angles to each other.
> The north-south beam is a reference beam denoted as X, the other,
> denoted as Y, is aimed
> east to the horizon.  The apparatus is locked down and does not rotate;
>   utilizing the earth's
> rotation instead.  Due east is always the aiming direction.
>      During March, the orbital progress of the earth and moon around the
> sun is in line with
> the Cygnus-Orion axis.
>      On this axis, the apparatus will measure motion based upon two
> motions:  that of the
> sun's motion of 150 miles/sec (m/s) towards Cygnus (away from Orion) and
> the earth's orbit
> around the sun at 18.5 m/s.  During other months, this condition is not
> true.
>      Both beams of light are projected slightly offset (normal in
> achieving interference
> fringes) with the X beam stationed to the right of the Y beam, which is
> rechecked at the
> conclusion of each run.
>      A fringe count rate is determined by dividing the number of fringes
> observed passing a
> screen marker by the duration of the run.
>      The moving fringes represent the change of phase between the two
> beams of light
> derived from a single green laser, not the motion of the apparatus
> through the ether,
> though such phase variation is directly attributable to this motion.
>      The movement of the fringes may be either in the direction of the X
> beam spot, or the Y
> beam spot, depending upon which way the apparatus is moving in relation
> to the Y beam, as
> experimentally determined.
>      In the event the apparatus is moving in the same direction of the
> first leg of the beam of
> light along the Y beam before it strikes the front surface mirror which
> sends it back
> towards the beam splitter cube, the fringes will move towards the
> projected spot of the Y
> beam.
>      Conversely, if the apparatus is moving the opposite direction
> through the ether, the
> fringes will move towards the projected spot of the X beam.
>      Consequently, observations performed near midday, where, where east
> is towards
> Cygnus, because of the earth's rotation, the fringes will move towards
> the Y beam spot,
> whereas near midnight, they will move in the opposite direction towards
> the X beam spot:
> Cygnus in the direction west, thus opposite the directed laser light
> along the first leg.
>      Keep in mind that the earth's orbit component is also maximum at
> noonday and at
> midnight, at this time of year, near the vernal equinox, and though
> quite small at 18.5 m/s
> compared to the galactic rotation component, somewhere around 150 m/s,
> the remain
> additive.
>      As convention in this study, galactic spin as viewed from the
> galactic north pole is
> clockwise, and considered to be positive motion, in contrast to the
> earth's counterclockwise
> orbital and rotational spins, both considered as negative in this
> accord.  All poles, be they
> galactic, solar or earth are aligned the same, though somewhat tilted to
> each other.
>      The earth's rotation at this sites latitude is -0.138 m/s;
> contributing very little to these
> results.  However, earth orbital data should be included in these
> calculations:  (150+18.5)
> m/s for daytime observations and (150-18.5) m/s for nocturnal observations.
>      Greater accuracy may be achieved by using 1/10 wave optics (I used
> only 1/4 wave
> throughout) and by doing vector addition of all motion components
> utilizing trig cosine
> function, which might or should include the sun's motion towards Vega,
> and declination and
> overall galactic motion of our galaxy relative to the known, observable
> universe.
>      By doing so, an excellent and no doubt useful expression for null
> rest for luminiferous
> ether might be achieved.
>      For now, with the assimilation of a bit more data, a recognizable
> pattern should emerge
> showing a greater fringe rate for observations taken where the Y beam is
> parallel to the
> Orion-Cygnus axis, with a consistent correspondence between the
> direction of fringe travel
> and the apparatus' directed motion through the ether.
>
>           LUMINIFEROUS ETHER WIND RAW DATA JOURNAL ENTRY
>          SITE LOCATION:  210 05.116 N  1560 59.806       ELEV.  194 FT
>        HAWAIIAN STANDARD TIME
>     DATE    IN      OUT FRINGE COUNT  DIRECTION TEMP  MOON    COMMENTS
>   3/17/2010
>            11:40 AM
>                    11:44 AM
>                             3
>                                     LEFT  (Y)
>
>   3/17/2010
>            1:25 PM
>                    1:45 PM
>                             15
>                                     LEFT  (Y)
>
>   3/17/2010
>            5:11 PM
>                    5:17 PM
>                             1
>                                     RIGHT(X)
>
>   3/18/2010
>            4:50 AM
>                    5:00 AM
>                             1
>                                     X
>
>   3/20/2010
>            3:00 AM
>                    3:10 AM
>                             1
>                                     X
>
>   3/20/2010
>            1.12 PM
>                    1:15 PM
>                             3
>                                     Y
>
>   3/21/2010
>            2:22 PM
>                    2:28 PM
>                             4
>                                     Y
>
>   3/21/2010
>            7:07 AM
>                    7:20 AM
>                             8
>                                     X
>
>   3/21/2010
>            9:14 AM
>                    9:25 AM
>                             7
>                                     Y
>
>   3/21/2010
>            12:06 PM
>                    12:17 PM
>                             8
>                                     Y
>
>   3/21/2010
>            3:12 PM
>                    3:21 PM
>                             10
>                                     X
>
>   3/21/2010
>            5:50 PM
>                    6:02 PM
>                             3
>                                     X
>                                                78
>                                                     1/4
>
>   3/21/2010
>            9:00 PM
>
>                                                78
>                                                     1/4
>
>   3/22/2010
>            7:16 AM
>
>                                                70
>
>   3/22/2010
>            7:21 AM
>                    7:25 AM
>                             6
>                                     X
>
>   3/22/2010
>            12:53 PM
>                    1:01 PM
>                             17
>                                     Y
>                                                81
>
>   3/22/2010
>            6:57 PM
>                    6:59 PM
>                             2
>                                     X
>                                                78
>
>   3/23/2010
>            12:27 AM
>                    12:31 AM
>                             4
>                                     Y
>                                                72
>
>   3/24/2010
>            12:22 PM
>
>                                                81
>
>                                                            HIGH WINDS
>
>                                                            *
>
>                       ETHER WIND ANALYSIS LEDGER #1
>      DATE
>                IN
>                        OUT
>                               DURATION
>                                          FRINGE
>                                          COUNT
>                                                  RATE
>                                                       DIR
>
> COMMENTS
>   3/17/2010
>            11:40 AM
>                     11:44 AM
>                              4
>                                         3
>                                                 0.75
>                                                       Y
>                                                           DAYTIME
>   3/17/2010
>            1:25 PM
>                     1:45 PM
>                              20
>                                         15
>                                                 1.33
>                                                       Y
>                                                           DAYTIME
>   3/17/2010
>            5:11 PM
>                     5:17 PM
>                              6
>                                         1
>                                                 0.16
>                                                       X
>
>   3/18/2010
>            4:50 AM
>                     5:00 AM
>                              10
>                                         1
>                                                 0.10
>                                                       X
>
>   3/20/2010
>            3:00 AM
>                     3:10 AM
>                              10
>                                         1
>                                                 0.10
>                                                       X
>
>   3/20/2010
>            1:12 PM
>                     1:15 PM
>                              3
>                                         3
>                                                 1.0
>                                                       Y
>                                                           DAYTIME
>   3/20/2010
>            2:22 PM
>                     2:28 PM
>                              6
>                                         4
>                                                 0.66
>                                                       Y
>                                                           DAYTIME
>   3/21/2010
>            7:07 AM
>                     7:20 AM
>                              13
>                                         8
>                                                 0.61
>                                                       X
>
>   3/21/2010
>            9:14 AM
>                     9:25 AM
>                              11
>                                         7
>                                                 0.63
>                                                       Y
>                                                           DAYTIME
>   3/21/2010
>            12:06 PM
>                     12:17 PM
>                              11
>                                         8
>                                                 0.73
>                                                       Y
>                                                           DAYTIME
>   3/21/2010
>            3:12 PM
>                     3:21 PM
>                              9
>                                         10
>                                                 1.11
>                                                       X
>
>   3/21/2010
>            5:50 PM
>                     6:02 PM
>                              12
>                                         3
>                                                 0.02
>                                                       X
>
>   3/22/2010
>            7:21 AM
>                     7:25 AM
>                              4
>                                         6
>                                                 1.5
>                                                       X
>
>   3/22/2010
>            12:53 PM
>                     1:01 PM
>                              8
>                                         17
>                                                 2.12
>                                                       Y
>                                                           DAYTIME
>   3/22/2010
>            6:57 PM
>                     6:59 PM
>                              2
>                                         2
>                                                 1.0
>                                                       X
>
>   3/23/2010
>            12:27 AM
>                     12:31 AM
>                              4
>                                         4
>                                                 1.0
>                                                       Y
>
>   3/24/2010
>
>      Earth orbit reading are taken at 12:00 noon solar time and then
> again twelve hours later
> at midnight.
>      Readings for galactic spin, towards or away from Cygnus, are taken
> when the Milky
> Way circles the horizon.  Under the condition of cloud cover, use a
> sidereal star atlas.
>       If you are having problems, give me a call:  (808) 553-3456

xxein: Is this an observation or a calculation?
From: cosmojoe on 28 Mar 2010 22:35
xxein wrote:
> On Mar 28, 3:12 pm, cosmojoe <cosmo...(a)hawaiiantel.net> wrote:
>
>>LUMINIFEROUS ETHER WIND RAW DATA
>> URL: zyx2.org Title: Luminiferous Ether Wind Raw Data &
>>Analysis Author: Joel Webb
>>
>> This experiment is being performed at the time, date and location
>>shown utilizing an
>>interferometer with two equal length beams of 12", placed at right
>>angles to each other.
>>The north-south beam is a reference beam denoted as X, the other,
>>denoted as Y, is aimed
>>east to the horizon. The apparatus is locked down and does not rotate;
>> utilizing the earth's
>>rotation instead. Due east is always the aiming direction.
>> During March, the orbital progress of the earth and moon around the
>>sun is in line with
>>the Cygnus-Orion axis.
>> On this axis, the apparatus will measure motion based upon two
>>motions: that of the
>>sun's motion of 150 miles/sec (m/s) towards Cygnus (away from Orion) and
>>the earth's orbit
>>around the sun at 18.5 m/s. During other months, this condition is not
>>true.
>> Both beams of light are projected slightly offset (normal in
>>achieving interference
>>fringes) with the X beam stationed to the right of the Y beam, which is
>>rechecked at the
>>conclusion of each run.
>> A fringe count rate is determined by dividing the number of fringes
>>observed passing a
>>screen marker by the duration of the run.
>> The moving fringes represent the change of phase between the two
>>beams of light
>>derived from a single green laser, not the motion of the apparatus
>>through the ether,
>>though such phase variation is directly attributable to this motion.
>> The movement of the fringes may be either in the direction of the X
>>beam spot, or the Y
>>beam spot, depending upon which way the apparatus is moving in relation
>>to the Y beam, as
>>experimentally determined.
>> In the event the apparatus is moving in the same direction of the
>>first leg of the beam of
>>light along the Y beam before it strikes the front surface mirror which
>>sends it back
>>towards the beam splitter cube, the fringes will move towards the
>>projected spot of the Y
>>beam.
>> Conversely, if the apparatus is moving the opposite direction
>>through the ether, the
>>fringes will move towards the projected spot of the X beam.
>> Consequently, observations performed near midday, where, where east
>>is towards
>>Cygnus, because of the earth's rotation, the fringes will move towards
>>the Y beam spot,
>>whereas near midnight, they will move in the opposite direction towards
>>the X beam spot:
>>Cygnus in the direction west, thus opposite the directed laser light
>>along the first leg.
>> Keep in mind that the earth's orbit component is also maximum at
>>noonday and at
>>midnight, at this time of year, near the vernal equinox, and though
>>quite small at 18.5 m/s
>>compared to the galactic rotation component, somewhere around 150 m/s,
>>the remain
>>additive.
>> As convention in this study, galactic spin as viewed from the
>>galactic north pole is
>>clockwise, and considered to be positive motion, in contrast to the
>>earth's counterclockwise
>>orbital and rotational spins, both considered as negative in this
>>accord. All poles, be they
>>galactic, solar or earth are aligned the same, though somewhat tilted to
>>each other.
>> The earth's rotation at this sites latitude is -0.138 m/s;
>>contributing very little to these
>>results. However, earth orbital data should be included in these
>>calculations: (150+18.5)
>>m/s for daytime observations and (150-18.5) m/s for nocturnal observations.
>> Greater accuracy may be achieved by using 1/10 wave optics (I used
>>only 1/4 wave
>>throughout) and by doing vector addition of all motion components
>>utilizing trig cosine
>>function, which might or should include the sun's motion towards Vega,
>>and declination and
>>overall galactic motion of our galaxy relative to the known, observable
>>universe.
>> By doing so, an excellent and no doubt useful expression for null
>>rest for luminiferous
>>ether might be achieved.
>> For now, with the assimilation of a bit more data, a recognizable
>>pattern should emerge
>>showing a greater fringe rate for observations taken where the Y beam is
>>parallel to the
>>Orion-Cygnus axis, with a consistent correspondence between the
>>direction of fringe travel
>>and the apparatus' directed motion through the ether.
>>
>> LUMINIFEROUS ETHER WIND RAW DATA JOURNAL ENTRY
>> SITE LOCATION: 210 05.116 N 1560 59.806 ELEV. 194 FT
>> HAWAIIAN STANDARD TIME
>> DATE IN OUT FRINGE COUNT DIRECTION TEMP MOON COMMENTS
>> 3/17/2010
>> 11:40 AM
>> 11:44 AM
>> 3
>> LEFT (Y)
>>
>> 3/17/2010
>> 1:25 PM
>> 1:45 PM
>> 15
>> LEFT (Y)
>>
>> 3/17/2010
>> 5:11 PM
>> 5:17 PM
>> 1
>> RIGHT(X)
>>
>> 3/18/2010
>> 4:50 AM
>> 5:00 AM
>> 1
>> X
>>
>> 3/20/2010
>> 3:00 AM
>> 3:10 AM
>> 1
>> X
>>
>> 3/20/2010
>> 1.12 PM
>> 1:15 PM
>> 3
>> Y
>>
>> 3/21/2010
>> 2:22 PM
>> 2:28 PM
>> 4
>> Y
>>
>> 3/21/2010
>> 7:07 AM
>> 7:20 AM
>> 8
>> X
>>
>> 3/21/2010
>> 9:14 AM
>> 9:25 AM
>> 7
>> Y
>>
>> 3/21/2010
>> 12:06 PM
>> 12:17 PM
>> 8
>> Y
>>
>> 3/21/2010
>> 3:12 PM
>> 3:21 PM
>> 10
>> X
>>
>> 3/21/2010
>> 5:50 PM
>> 6:02 PM
>> 3
>> X
>> 78
>> 1/4
>>
>> 3/21/2010
>> 9:00 PM
>>
>> 78
>> 1/4
>>
>> 3/22/2010
>> 7:16 AM
>>
>> 70
>>
>> 3/22/2010
>> 7:21 AM
>> 7:25 AM
>> 6
>> X
>>
>> 3/22/2010
>> 12:53 PM
>> 1:01 PM
>> 17
>> Y
>> 81
>>
>> 3/22/2010
>> 6:57 PM
>> 6:59 PM
>> 2
>> X
>> 78
>>
>> 3/23/2010
>> 12:27 AM
>> 12:31 AM
>> 4
>> Y
>> 72
>>
>> 3/24/2010
>> 12:22 PM
>>
>> 81
>>
>> HIGH WINDS
>>
>> *
>>
>> ETHER WIND ANALYSIS LEDGER #1
>> DATE
>> IN
>> OUT
>> DURATION
>> FRINGE
>> COUNT
>> RATE
>> DIR
>>
>>COMMENTS
>> 3/17/2010
>> 11:40 AM
>> 11:44 AM
>> 4
>> 3
>> 0.75
>> Y
>> DAYTIME
>> 3/17/2010
>> 1:25 PM
>> 1:45 PM
>> 20
>> 15
>> 1.33
>> Y
>> DAYTIME
>> 3/17/2010
>> 5:11 PM
>> 5:17 PM
>> 6
>> 1
>> 0.16
>> X
>>
>> 3/18/2010
>> 4:50 AM
>> 5:00 AM
>> 10
>> 1
>> 0.10
>> X
>>
>> 3/20/2010
>> 3:00 AM
>> 3:10 AM
>> 10
>> 1
>> 0.10
>> X
>>
>> 3/20/2010
>> 1:12 PM
>> 1:15 PM
>> 3
>> 3
>> 1.0
>> Y
>> DAYTIME
>> 3/20/2010
>> 2:22 PM
>> 2:28 PM
>> 6
>> 4
>> 0.66
>> Y
>> DAYTIME
>> 3/21/2010
>> 7:07 AM
>> 7:20 AM
>> 13
>> 8
>> 0.61
>> X
>>
>> 3/21/2010
>> 9:14 AM
>> 9:25 AM
>> 11
>> 7
>> 0.63
>> Y
>> DAYTIME
>> 3/21/2010
>> 12:06 PM
>> 12:17 PM
>> 11
>> 8
>> 0.73
>> Y
>> DAYTIME
>> 3/21/2010
>> 3:12 PM
>> 3:21 PM
>> 9
>> 10
>> 1.11
>> X
>>
>> 3/21/2010
>> 5:50 PM
>> 6:02 PM
>> 12
>> 3
>> 0.02
>> X
>>
>> 3/22/2010
>> 7:21 AM
>> 7:25 AM
>> 4
>> 6
>> 1.5
>> X
>>
>> 3/22/2010
>> 12:53 PM
>> 1:01 PM
>> 8
>> 17
>> 2.12
>> Y
>> DAYTIME
>> 3/22/2010
>> 6:57 PM
>> 6:59 PM
>> 2
>> 2
>> 1.0
>> X
>>
>> 3/23/2010
>> 12:27 AM
>> 12:31 AM
>> 4
>> 4
>> 1.0
>> Y
>>
>> 3/24/2010
>>
>> Earth orbit reading are taken at 12:00 noon solar time and then
>>again twelve hours later
>>at midnight.
>> Readings for galactic spin, towards or away from Cygnus, are taken
>>when the Milky
>>Way circles the horizon. Under the condition of cloud cover, use a
>>sidereal star atlas.
>> If you are having problems, give me a call: (808) 553-3456
>
>
> xxein: Is this an observation or a calculation?
It is an observation and measurement.
 | 
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