Do you want to know the way?
Ask us.
Plenty of time or nay?
Ask us.
I look at the sphere,
My brother at the year.
Ask us.
Altair Astrology
Re-examining Tradition
Do you want to know the way?
Ask us.
Plenty of time or nay?
Ask us.
I look at the sphere,
My brother at the year.
Ask us.
Altair Astrology 
Hello Thomas,
I think you`re talking about fixed stars and about Sun.
Thank you and best wishes
Trojan
Dear Trojan,
Nice to hear from you.
Well in a way they are involved!
A clue. Ask yourself why ask us is repeated so often. đ
Your welcome and best wishes,
Thomas
Good Evening Thomas
I canât believe that I have got this right as having read your articles it seems too âeasyâ!
Can it be âThe Solar and the Lunar Eclipsesâ?
As in:
âDo you want to know the way?â
~~CarO ~~ Eclipses are the âsignpostsâ for the year: they point the way.
âAsk usâ.
~~ CarO ~~ Rahu (the Dragonâs Head or North Node) and Ketu (the Dragonâs Tail or South Node) are two parts of the mythical dragon that are forever enemies of the luminaries: one or the other of them will eat the Sun at a Solar Eclipse and his brother will then devour the Moon at the Lunar eclipse. The points they occupy will, on being correctly interpreted, show you the way through the year.
âPlenty of time or nay?
~~Caro~~. Although it takes up to two hours from start to finish, the maximum duration of totality of a total Solar Eclipse is seven and a half minutes. A total Lunar Eclipse lasts from six hours from beginning to end, but the maximum duration of totality is one hour forty-four minutes. As the rule is that a Solar eclipse lasts as long in years as the eclipse lasts in hours; and that a Lunar eclipse lasts as long in months as it does in hours, you will, when you have calculated it, know whether you have plenty of time yea or nay!
âAsk usâ.
~~ CarO ~~ The Solar Eclipse and the Lunar Eclipse
âI look at the sphere,â
~~CarO~~ The Moon rotates around its own axis in the same amount of time that it takes to revolve around the Earth. It is in a synchronous rotation with the Earth. Therefore, the same side of the moon always faces the sphere of the Earth.
âMy brother at the year.â
~~ Caro~~ The interval between two successive passages of the Sun through the Vernal Equinoxes when it crosses the Equator going North each Spring marks one tropical âyearâ.
Well, it seems a wee bit too easy, but I will start the ball off . . . . I hope you get lots more replies.
Love
CarO
Hello CarO,
Right you are. It would be too easy! đ
But even so thank you for your very detailed answer.
One thing for sure. You really are thinking astrology.
You’ll probably have the answer tomorrow.
I hope you get lots more replies.
Thank you. I hope so too!
best wishes,
Thomas
I got it tonight!
That is brilliant Thomas!
“The Two Faces of the Moon!”
Love
CarO
Hi Thomas, I am up and down the stairs like a Yo-Yo tonight!
Do you want to know the way?
~~CarO ~~ Moonlight shows the traveller the way
Ask us.
~~ CarO ~~ The Phases of the Moon
Plenty of time or nay?
~~ CarO ~~ Each quarter phase marks the time
Ask us.
~~ CarO ~~ The âlightâ and âdarkâ phases of the Moon
I look at the sphere,
~~ CarO ~~ the light side of the Moon looks at the Earth
My brother at the year.
~~ CarO ~~ the dark side always faces the Sun
Ask us.
~~ CarO ~~The two faces (or 4 phases) of the Moon show
Howzat eh?
Dear CarO,
Brilliant, you almost have me convinced! đ
But alas it is not what I am looking for.
You mention traveller. What does a traveller sometimes do?
best wishes,
Thomas
Ahah!!!
Travellers ârestâ and stop for refreshment! = The Planetary Stations! :0)
âDo you want to know the way?
Ask us.â
~~ CarO ~~ The stations of the planets are âsignpostsâ as to which direction events are going to take.
âPlenty of time or nay?
Ask us.â
~~ CarO ~~ T I M E is stretched when one is resting and thinking about going retrograde. Nothing can be âtimedâ through a station in horary.
âI look at the sphereâ,
~~ CarO ~~ A planet when stationary is âlookingâ straight at the earth. ( A direct planetâs motion when seen from earth appears to be going Eastwards against the background of fixed stars. Around the time of opposition, a superior planet appears to âstopâ and stares directly into the face of the Earth, before going into retrograde movement and travelling Westwards against the background of fixed stars. The same with the inferior planets who appear to âstopâ when at their greatest elongation East, because then they are travelling straight down the line of sight with reference back to the Earth, thus staying in the same degree of Zodiacal Longitude as they do so;. The same also at their greatest elongation West, when they are once more trotting off straight down the line of sight away from the Earth in the same degree of Zodiacal Longitude) So they all âlookâ directly at the sphere of the Earth when stationary.
âMy brother at the yearâ.
A stationary planetâs brother is one who is âdirectâ and therefore toddling happily Eastwards along the Ecliptic, ( which is the âcircle of the year, which starts and ends at the Vernal Equinox) in forward motion of Zodiacal Longitude.
âAsk us.â
~~ CarO ~~ Every planet bar the two Luminaries (who of course arenât planets at all) make a âstationâ when they turn retrograde and direct. So ask any of them :0)
Howzâat one then Thomas?
If you donât like that I can scrape up another :0)
Love
Caroline
Dear CarO,
Delightful! đ But alasâŚ
Here’s a clue: What does a traveller do if he doesn’t find a signpost?
best wishes,
Thomas
He looks at the Stars OF COURSE! And to both of the Zodiacs!!!!
Yippeeee, Iâve got it, IâVE GOT IT!!!
The Sidereal and the Tropical Zodiacs
âDo you want to know the way?
Ask us.â
~~ CarO ~~ The Fixed Stars have been used as navigation tools since time immemorial!
âPlenty of time or nay?
Ask us.â
There is plenty of time between the two, owing to the phenomenom known as precession, this difference known as the Ayanamsa, is between approximately 23* t0 24* degrees depending on the reference source.
âI look at the sphere,â
~~ CarO ~~ The Sidereal Zodiac looks at time as measured by the rotation of the earth relative to the fixed stars. A Sidereal year measures approximately 365 days, 6 hours and 9 minutes in mean solar time.
âMy brother at the year.â
~~ CarO ~~ The Tropical Zodiac looks at time as measured by the rotation of the earth relative to the Vernal Equinox. A Tropical year measures approximately 365 days 5 hours and 49 minutes or mean solar time.
âAsk usâ
~~ CarO ~~ The Two Zodiacs â Sidereal and Tropical!
Betcha that is right!! :0)
Love
CarO
Ooooooh! At last I see what you want! A traveller stops and asks for âdirectionsâ nâest ce pas? As in the Four Cardinal Points! (Unless he is travelling with my Lord 7, when he has to keep on going turning left until he gets back to where he started from! :0)
âDo you want to know the way?
Ask us.â
~~ CarO ~~ Yes! Look at the âcompassâ of the heavens, or the 4 cardinal points of the Chart! The MC is due South; the IC due North; the Ascendant is due East and the Descendant is due West! And In the Northern Hemisphere, the Sunâs position on the Ecliptic shows the way South by day and the Moon by her inclination to the Ecliptic, and her phase, shows the way South by night. (In the Southern Hemisphere they both show the way North of course.)
âPlenty of time or nay?
Ask us.â
~~ CarO ~~ Both the Sun by his diurnal motion and the Moon by her diurnal motion and her phase and angle, will be able (by their position with reference to the four cardinal points) be able tell us the time by day. The Sun is in the East on the Ascendant at dawn, culminates at noon, and sets at dusk. The same with the Moon, who can tell by her phase exactly what angle she is throwing the Sun, and therefore her position in the sky will tell us the time at night via the Sunâs position.
âI look at the sphere,
My brother at the year.â
~~ CarO ~~ Well, either it is: the Moon is in synchronous rotation with the Earth; therefore, the same side of the Moon always faces the sphere of the Earth. Whereas the Sun travels along the Ecliptic, otherwise known as the âCircle of the Yearâ.
Or
Could it be the MC (the cardinal angle South) who looks down on the sphere of the Earth, whilst the Sun looks out along the great circle of the Ecliptic. Take your pick :0)
âAsk us.â
~~ CarO ~~ The MC and both of the Lights!
And if thatâs not it Thomas I give up! At least, until Iâve had breakfast anyhow
Love
CarO
Good morning CarO,
Good show, đ not only in this but also your last posting!
You inadvertantly gave the answer when you said:
A traveller stops and asks for âdirectionsâ nâest ce pas.
So as not to keep you and many other readers in tenterhooks:
Directions are what I was looking for.
“Official” answer coming up.
best wishes,
Thomas