Posted: Thu Jan 31, 2013 4:38 pm
hi graham,
i am trying to understand a few things in this so maybe you or someone else could help me out here. quote from gavin white "The basic pattern emphasises the great cross of the solstices and equinoxes - Jupiter and Mars, the most beneficial and malevolent planets, are located close to the stars that, by their rising, mark the summer and winter solstices respectively. "
i was unaware that mars was considered the ''most'' malevolent planet. i always thought saturn got that honour.
what i'd like to know is how has he latched them onto the summer and winter solstice here? is he saying the heliacal rising of jupiter and mars always happens in the same part of the zodiac and it happens to be next to stars that mark the summer and winter solstice like it sounds like he is saying? what stars do you think they would happen to be? 3 questions and if you have any ideas on any of them - please share your thoughts.
here is a fun little tool for exploring heliacal rising.
http://astro.unl.edu/classaction/animat ... ingsim.html
i am trying to understand a few things in this so maybe you or someone else could help me out here. quote from gavin white "The basic pattern emphasises the great cross of the solstices and equinoxes - Jupiter and Mars, the most beneficial and malevolent planets, are located close to the stars that, by their rising, mark the summer and winter solstices respectively. "
i was unaware that mars was considered the ''most'' malevolent planet. i always thought saturn got that honour.
what i'd like to know is how has he latched them onto the summer and winter solstice here? is he saying the heliacal rising of jupiter and mars always happens in the same part of the zodiac and it happens to be next to stars that mark the summer and winter solstice like it sounds like he is saying? what stars do you think they would happen to be? 3 questions and if you have any ideas on any of them - please share your thoughts.
here is a fun little tool for exploring heliacal rising.
http://astro.unl.edu/classaction/animat ... ingsim.html