Birth Chart
Peter Higgs
Peter Ware Higgs
Sun Gemini
Moon Aquarius
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 Gemini - 07°32'
↣ Moon in Aquarius - 11°52'
↣ Mercury in Gemini - 22°25' - retrograde
↣ Venus in Aries - 26°59'
↣ Mars in Leo - 09°02'
↣ Jupiter in Taurus - 26°44'
↣ Saturn in Sagittarius - 28°41' - retrograde
↣ Uranus in Aries - 10°27'
↣ Neptune in Leo - 28°41'
↣ Pluto in Cancer - 16°53'
↣ North Node in Taurus - 21°09' - retrograde
Aspects
↣ Sun and Moon trine (4°20' separating) antiparallel
↣ Sun and Mars sextile (1°31' applying)
↣ Sun and Saturn antiparallel
↣ Sun and Uranus sextile (2°55' applying)
↣ Sun and Pluto parallel
↣ Moon and Mercury antiparallel
↣ Moon and Mars opposition (2°49' separating)
↣ Moon and Saturn parallel
↣ Moon and Uranus sextile (1°24' separating)
↣ Moon and Pluto antiparallel
↣ Mercury and Venus sextile (4°35' separating)
↣ Mercury and Saturn opposition (6°17' separating)
↣ Venus and Saturn trine (1°42' applying)
↣ Venus and Neptune trine (1°42' applying)
↣ Mars and Jupiter parallel
↣ Mars and Uranus trine (1°24' applying)
↣ Jupiter and Neptune square (1°57' applying)
↣ Jupiter and North Node conjunction (5°35' separating) parallel
↣ Saturn and Neptune trine (0°00' separating)
↣ Saturn and Pluto antiparallel
↣ Pluto and North Node sextile (4°16' applying)
Birth data
- Original name
- Peter Ware Higgs
- Chart date
- 29/05/1929
- Chart time
- No time
- Date and time quality
- XX Time not informed what does this mean?
- Data origin
- Astro-Databank
- Location
-
Newcastle upon Tyne, England - Latitude and longitude
- 54°59' North · 1°35' West
- Time zone
- 01:00 East
The data used to calculate the charts comes from public sources, as do the descriptive texts. We use sources such as Wikipedia.
About
Peter Ware Higgs was a British theoretical physicist and professor emeritus at the University of Edinburgh, best known for formulating in the 1960s the mechanism that came to explain the origin of mass for elementary particles within the electroweak theory. His proposal of spontaneous symmetry breaking led to the prediction of a scalar boson—the so-called Higgs boson—whose existence was confirmed experimentally by CERN in 2012, cementing one of the foundations of the Standard Model.
Throughout his career, Higgs published seminal papers that clarified how a local symmetry could produce masses without contradicting earlier theoretical results, contributing to the unification of the electromagnetic and weak forces. His work was honored with numerous international awards, including the 2013 Nobel Prize in Physics, shared with François Englert, as well as distinctions such as the Dirac Medal and the Wolf Prize.
A graduate of King’s College London with a doctorate earned in 1954, Higgs conducted research on symmetry in physical systems and held the chair of Theoretical Physics at Edinburgh until his retirement, maintaining a lasting influence on particle physics. His scientific legacy rests both in the theoretical formulation of the mechanism and in the effect that idea had on modern experimental physics.
