Stephen Hawking (史蒂芬·霍金)
Stephen Hawking, born in Oxford, England, was one of the most publicly influential scientists of the late 20th century.
- Birth
- 1942-01-08 02:29 · Oxford, England
- Gender
- Male
- Time Source
- Web search
Birth Time Verification
Core Analysis
Stephen Hawking's chart is Xin Si, Xin Chou, Xin You, Ji Chou. The Xin Metal day master is born in the Xin Chou month, so the reading starts with temperament, pressure, and the way talent is put to use.
The page focuses on Intellectual Depth and Resilience. The chart is read together with public life events: work, reputation, conflict, and turning points.
The recorded hour gives a firmer hour pillar for later work, output, and reputation.
Traits
Intellectual Depth
Intellectual Depth is one of the clearer signals in this reading. It is checked against the chart and the public record, especially where Stephen Hawking meets pressure, work, reputation, or long-term choices.
Resilience
Resilience is one of the clearer signals in this reading. It is checked against the chart and the public record, especially where Stephen Hawking meets pressure, work, reputation, or long-term choices.
Public Authority
Public Authority is one of the clearer signals in this reading. It is checked against the chart and the public record, especially where Stephen Hawking meets pressure, work, reputation, or long-term choices.
Interpersonal Flexibility
Interpersonal Flexibility is one of the clearer signals in this reading. It is checked against the chart and the public record, especially where Stephen Hawking meets pressure, work, reputation, or long-term choices.
Timeline
Each year shows the event, luck pillar, annual pillar, relations, and interpretation for direct comparison.
Moving with Father, Starting a New Chapter
Due to his father's promotion to Head of the Parasitology Department at the National Institute for Medical Research, the family moved to St Albans in Hertfordshire. This relocation marked a significant improvement in the family's living environment, providing Hawking with a more stable space for growth.
Admitted to Oxford, Opening the Door to Wisdom
Hawking scored nearly full marks in the physics section of the Oxford University entrance exam. With exceptional talent and solid foundation, he passed the interview, successfully obtained a scholarship, and was admitted to major in physics.
Entering the Cosmic Hall, Cambridge Begins a New Academic Chapter
After graduating from Oxford, Hawking entered Trinity Hall, Cambridge for postgraduate studies, formally beginning his journey in cosmology research.
Atop Cambridge: Doctoral Thesis Opens the Door to Cosmic Singularities
Hawking earned his PhD in Applied Mathematics and Theoretical Physics from Cambridge University. His thesis 'Singularities and the Geometry of Space-Time' caused a significant stir in academia, and he jointly won the Adams Prize with Roger Penrose, laying the cornerstone of his academic career.
The Universe's Afterglow: Background Radiation Confirms the Sound of Creation
Hawking collaborated with George Ellis. Based on observations of cosmic microwave background radiation, they provided key evidence for the Big Bang theory, achieving a major breakthrough in physics.
Singularity Theorems: Logic's Blade Dissects the Universe's Origin
Hawking collaborated with Penrose, publishing groundbreaking papers on cosmological singularities, rigorously proving that under general relativity, the universe must have begun from a singularity of infinite density and temperature, the starting point of the Big Bang.
Insight into Cosmic Subtleties, Laying the Thermodynamic Foundation
Hawking proposed the concept that the early universe might have formed microscopic 'primordial black holes' and proved the black hole area theorem, laying the theoretical foundation for the second law of black hole thermodynamics.
Understanding Cosmic Entropy: Theoretical Foundation of Black Hole Thermodynamics
This year, Hawking further refined black hole thermodynamics theory, proposing that black holes have temperature and entropy, deeply linking thermodynamics, quantum mechanics, and general relativity, opening new paths for quantum gravity research.
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