Which element is dominant in the act of freezing?
Air seems most logical, but according to the medieval tradition, it is warm and moist.
Scientifically speaking, freezing is an action upon an element, not a quality of the element itself - for example, air (and the component gases of our atmosphere) can be frozen into a liquid form, and can even be rendered solid (earth-like) if theyâre reduced to a low enough temperature - apparently solid oxygen is pale blue in colour, for example.
So all elements can exist as a solid (apart from helium), a liquid, or a gas. Air is definitely âwarm and moistâ since the elements conprising it have boiled from a liquid state on our planet - there are planets where they would exist as liquids though. Hereâs a quote thatâs relevant:
âWhen there is a change of state (i.e. from liquid to solid), something called âlatent heatâ rears its head - also known as the âhidden heatâ.â
Source
I hope thatâs not muddying the issue too much!
If youâre looking for a magickal correspondence to facilitate freezing, the rune ISA might be helpful, thereâs plenty of info online about it.
Fire
Things freeze because there are not enough sunlight. Fire, in itâs absence, things got crazy cold.
Water,
because one of itâs states is ice.
[quote=âEpicGnome, post:3, topic:2257â]Fire
Things freeze because there are not enough sunlight. Fire, in itâs absence,[/quote]
Good point
[quote=âEpicGnome, post:3, topic:2257â]Fire
Things freeze because there are not enough sunlight. Fire, in itâs absence, things got crazy cold.[/quote]
Makes sense!! Not just sunlight, molecular activity (âbrownian motionâ) that exists within gases & liquids⌠and fire is the âactiveâ element.
[quote=âLady Eva, post:2, topic:2257â]Scientifically speaking, freezing is an action upon an element, not a quality of the element itself - for example, air (and the component gases of our atmosphere) can be frozen into a liquid form, and can even be rendered solid (earth-like) if theyâre reduced to a low enough temperature - apparently solid oxygen is pale blue in colour, for example.
So all elements can exist as a solid (apart from helium), a liquid, or a gas. Air is definitely âwarm and moistâ since the elements conprising it have boiled from a liquid state on our planet - there are planets where they would exist as liquids though. Hereâs a quote thatâs relevant:
âWhen there is a change of state (i.e. from liquid to solid), something called âlatent heatâ rears its head - also known as the âhidden heatâ.â
Source
I hope thatâs not muddying the issue too much!
If youâre looking for a magickal correspondence to facilitate freezing, the rune ISA might be helpful, thereâs plenty of info online about it.[/quote]
Science does not deal with the traditional elements. The âelementsâ of the Periodic Table have nothing in the slightest to do with these.
True science does not deal with the Classical elements, yet it did originally.
Lady Eva was describing freezing as a change in State (and not talking about elements from the periodic table) which some equate to the classical elements namely: Solid (Earth), Liquid (Water), Gas (Air), Plasma (Fire).
It was last century that I studied Chemistry and Physics in Isaac Newtonâs Cambridge.
Classical Element used for Cooling was Water, but you could also use Fire if you are crafty enough.
The Isa Rune is really effective in cooling things- I used it last year to prevent a fire in our local woodlands upon the request of some friends who were sending wishes out on sky lanterns.
[quote=âStudent of Goetia, post:1, topic:2257â]Which element is dominant in the act of freezing?
Air seems most logical, but according to the medieval tradition, it is warm and moist.[/quote]
According to some schools of thought, it goes like this -
Fire - Heat, Dryness
Earth - Cold, Dryness
Air - Heat, Moisture
Water - Cold, Moisture
Hope that helps
Fuego