Birth Chart

Leo Baekeland

Leo Henricus Arthur Baekeland

Sun Scorpio
Moon Sagittarius
Ascendant Virgo
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ABCDEFGHIJKL1W234j567i8910X1112F14°09'GHI19'J16°K18°L14°08'ABC19'D16°E18°P07°G25'S13°G38'È19°G37'Q07°H17'R10°H42'O10°H51'M21°H11'Y27°H47'N26°I38'U03°A34'V11°B09'T24°C17'l05°F50'
DeclinationLongitudeDigfg18°S04'M21°H11' 6''320°S52'N26°I39' 3''414°S02'O10°H52'3S39'PG26'Domi.213°S35'QH17'Domi.314°S08'R10°H43'3S19'S13°G38'Exal.223°N28'T24°C17'Ç10N04'UA34'Ç78S14'V11°B10'Ç919°S41'Y27°H47'34N00'È19°G37'2N14'W14°F9'1121°N51'XC19'1010N00'lF50'Houses Placidus - Prop. orb - LST 04:30:31W14°F9'2G7'3H22'XC19'1116°D29'1218°E24'
Á4Ë3Ô4Ê9Å3É9Ă8H10C45W60D25+812
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Influences in signs

↣   Sun in Scorpio - 21°11' - in house 3

↣   Moon in Sagittarius - 26°39' - in house 4

↣   Mercury in Scorpio - 10°52' - in house 3

↣   Venus in Libra - 07°26' - in house 2

↣   Mars in Scorpio - 07°17' - in house 3

↣   Jupiter in Scorpio - 10°43' - in house 3

↣   Saturn in Libra - 13°38' - in house 2

↣   Uranus in Gemini - 24°17' - in house 10 - retrograde

↣   Neptune in Aries - 03°34' - in house 8 - retrograde

↣   Pluto in Taurus - 11°10' - in house 9 - retrograde

↣   North Node in Scorpio - 27°47' - in house 4

↣   Ascendant in Virgo - 14°09' - in house 1

↣   Midheaven in Gemini - 09°19' - in house 10

↣   Equatorial Ascendant in Virgo - 05°50'

Influences in houses

↣   Sun in house 3

↣   Moon in house 4

↣   Mercury in house 3

↣   Venus in house 2

↣   Mars in house 3

↣   Jupiter in house 3

↣   Saturn in house 2

↣   Uranus in house 10

↣   Neptune in house 8

↣   Pluto in house 9

↣   North Node in house 4

↣   Ascendant in house 1

↣   Midheaven in house 10

Aspects

↣   Sun and Mercury conjunction (10°19' applying)

↣   Sun and Jupiter conjunction (10°29' separating)

↣   Sun and North Node conjunction (6°36' applying)

↣   Moon and Uranus opposition (2°22' separating)

↣   Moon and North Node parallel

↣   Moon and Midheaven antiparallel

↣   Mercury and Mars conjunction (3°34' separating) parallel

↣   Mercury and Jupiter conjunction (0°09' separating) parallel

↣   Mercury and Pluto opposition (0°18' applying)

↣   Mercury and Equatorial Ascendant sextile (5°02' applying)

↣   Mercury and Ascendant sextile (3°17' separating)

↣   Venus and Saturn conjunction (6°12' applying) parallel

↣   Venus and Neptune opposition (3°51' separating)

↣   Venus and Midheaven trine (1°53' separating)

↣   Mars and Jupiter conjunction (3°25' applying) parallel

↣   Mars and Pluto opposition (3°52' applying)

↣   Mars and Equatorial Ascendant sextile (1°27' applying)

↣   Jupiter and Pluto opposition (0°27' applying)

↣   Jupiter and Equatorial Ascendant sextile (4°52' applying)

↣   Jupiter and Ascendant sextile (3°27' separating)

↣   Saturn and Midheaven trine (4°19' applying)

↣   Neptune and Pluto antiparallel

↣   Neptune and North Node trine (5°47' applying)

↣   Neptune and Equatorial Ascendant parallel

↣   Neptune and Midheaven sextile (5°45' separating)

↣   Pluto and Equatorial Ascendant trine (5°19' applying) parallel

↣   Pluto and Ascendant trine (3°00' separating)

Birth data

Original name
Leo Henricus Arthur Baekeland
Chart date
14/11/1863
Chart time
01:00
Date and time quality
AA Birth record in hand what does this mean?
Data origin
Astro-Databank
Location
Gent, Belgium
Latitude and longitude
51°03' North · 3°43' East
Time zone
00:15 East

The data used to calculate the charts comes from public sources, as do the descriptive texts. We use sources such as Wikipedia.

Leo Baekeland
Photo: Reproduction

About

Leo Hendrik Baekeland was a Belgian chemist who settled in the United States and is known for innovations that gave rise to the modern plastics industry. Graduating with honors from Ghent, he initially worked in photography, creating the Velox photographic paper (1893), which brought him commercial success and the funds to establish his own laboratory.

After selling his stake in the Nepera Chemical Company, Baekeland turned to industrial chemistry and electrochemistry, contributing to electrolytic processes used in large chemical plants. His best-known work was the controlled synthesis of phenolic resins, culminating in 1907 with the invention of Bakelite, an inexpensive, nonflammable and versatile plastic that paved the way for large-scale industrial and consumer applications.

Considered by many “the father of the plastics industry,” Baekeland combined systematic research with practical application, emphasizing control of temperature, pressure and reagent formulation. He received academic and institutional recognition during his career, including election to scientific societies, and left a lasting legacy in applied chemistry and the manufacture of synthetic materials.

Read more about Leo Baekeland on Wikipedia

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