“We finish the brief hieroglyphic consideration of our Monad, which we would sum up in one only hieroglyphic context:
The Sun and the Moon of this Monad desire that the Elements in which the tenth proportion will flower, shall be separated, and this is done by the application of Fire.”

Theorem X
Monas Hieroglyphica (1564)

Adopted from Wikiquote. Last update June 3, 2021. History

Help us to complete the source, original and additional information

Do you have more details about the quote "We finish the brief hieroglyphic consideration of our Monad, which we would sum up in one only hieroglyphic context: T…" by John Dee?
John Dee photo
John Dee 10
English mathematican, astrologer and antiquary 1527–1608

Related quotes

John Dee photo
Iamblichus photo
Eliphas Levi photo

“ALL religions have preserved the remembrance of a primitive book, written in hieroglyphs by the sages of the earliest epoch of the world. [...] The tradition in question rests altogether on the one dogma of Magic: the visible is for us the proportional measure of the invisible.”

Eliphas Levi (1810–1875) French writer

Miscellaneous Quotes On the Subjects of Magic and Magicians
Source: Friedrich Nietzsche, H.L. Mencken (Translator), The Anti-Christ, Chicago, Sharp Press, 1999, p. 144.</

John Dee photo
Peter Atkins photo
Joseph Addison photo
Lydia Maria Child photo

“Flowers have spoken to me more than I can tell in written words. They are the hieroglyphics of angels, loved by all men for the beauty of the character, though few can decypher even fragments of their meaning.”

Lydia Maria Child (1802–1880) American abolitionist, author and women's rights activist

1840s, Letters from New York (1843)
Source: Letters from New York http://www.bartleby.com/66/58/12260.html, vol. 1, letter 26

Aristarchus of Samos photo

“Proposition 8. When the sun is totally eclipsed, the sun and the moon are then comprehended by one and the same cone which has its vertex at our eye.”

Aristarchus of Samos ancient Greek astronomer and mathematician

p, 125
On the Sizes and Distances of the Sun and the Moon (c. 250 BC)

Related topics