Birth Chart
Josiah Willard Gibbs
Sun Aquarius
Moon Capricorn
When the birth time is unknown, the chart is calculated for 12:00 noon without using the astrological houses system. Are the planets in the wrong houses?
Influences in signs
↣ Sun in Aquarius - 22°20'
↣ Moon in Capricorn - 20°14'
↣ Mercury in Aquarius - 01°41'
↣ Venus in Pisces - 05°29'
↣ Mars in Virgo - 29°30' - retrograde
↣ Jupiter in Libra - 18°35' - retrograde
↣ Saturn in Sagittarius - 09°14'
↣ Uranus in Pisces - 11°17'
↣ Neptune in Aquarius - 10°34'
↣ Pluto in Aries - 16°14'
↣ North Node in Pisces - 25°20' - retrograde
Aspects
↣ Sun and Jupiter trine (3°45' separating)
↣ Moon and Jupiter square (1°39' separating)
↣ Moon and Pluto square (4°00' separating)
↣ Moon and North Node sextile (5°06' applying)
↣ Mercury and Mars trine (2°11' separating)
↣ Mercury and Saturn parallel
↣ Mercury and Neptune conjunction (8°53' applying)
↣ Venus and Saturn square (3°45' applying)
↣ Venus and Uranus conjunction (5°48' applying)
↣ Mars and North Node opposition (4°09' applying)
↣ Jupiter and Pluto opposition (2°21' applying)
↣ Saturn and Uranus square (2°03' applying)
↣ Saturn and Neptune sextile (1°20' applying)
↣ Neptune and Pluto sextile (5°41' applying)
Birth data
- Chart date
- 11/02/1839
- Chart time
- No time
- Date and time quality
- XX Time not informed what does this mean?
- Data origin
- Astro-Databank
- Location
-
New Haven (CT), USA - Latitude and longitude
- 41°18' North · 72°56' West
- Time zone
- 04:52 West
The data used to calculate the charts comes from public sources, as do the descriptive texts. We use sources such as Wikipedia.
About
Josiah Willard Gibbs was an American scientist and mechanical engineer whose theoretical contributions shaped modern physics, chemistry, and mathematics. Working mainly at Yale, where he spent most of his career, Gibbs established thermodynamics as a deductive discipline and was one of the founders of statistical mechanics — a term he coined — which accounts for the laws of thermodynamics through the statistical properties of ensembles of states of many-particle systems.
As a mathematician, he developed the modern form of vector calculus and described the Gibbs phenomenon in Fourier analysis; in physical optics he applied Maxwell’s equations to practical problems. His work, almost entirely theoretical, proved highly useful with the advancement of industrial chemistry in the twentieth century.
Recognized internationally during his lifetime, he received the Royal Society’s Copley Medal in 1901 and was praised by figures such as Albert Einstein. One of the first PhDs in engineering in the United States, he left a lasting legacy in the formal structuring of central branches of science.
