# atmospheric physics

> application of physics to the study of the atmosphere

**Wikidata**: [Q5334416](https://www.wikidata.org/wiki/Q5334416)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Atmospheric_physics)  
**Source**: https://4ort.xyz/entity/atmospheric-physics

## Summary
Atmospheric physics is the application of physics to the study of the atmosphere, serving as a specialized branch of physics and a subfield of physical science. It encompasses the examination of atmospheric phenomena, including weather patterns, climate dynamics, and atmospheric chemistry, through the lens of physical principles.

## Key Facts
- **Branch of Physics**: Atmospheric physics is a subfield of physics dedicated to understanding atmospheric processes.
- **Academic Discipline**: It is recognized as an academic field of study, contributing to climatology and atmospheric sciences.
- **Key Figures**:
  - **Richard Lindzen** (b. 1940) is an American physicist, meteorologist, climatologist, and university teacher.
  - **Edward Purdy Ney** (1920–1996) was an American physicist.
  - **Alexander Obukhov** (1918–1989) was a Soviet Russian physicist and applied mathematician.
  - **David Bates** (1916–1994) was an Irish physicist.
  - **Richard M. Goody** (1921–2023) was an atmospheric physicist.
  - **Fred Singer** (1924–2020) was an American physicist.
  - **James E. Hansen** (b. 1959) is an American physicist and climate scientist.
- **Awards**:
  - The **Appleton Medal and Prize** is awarded for distinguished research in environmental physics, established in 2008.
- **Related Fields**:
  - **Climatology** is the broader study of climate, of which atmospheric physics is a component.
  - **Atmospheric Sciences** is an umbrella term encompassing the study of the atmosphere.
- **Notable Connections**:
  - **Meganne Christian** is a researcher and industrial chemist.
  - **Alv Egeland** is a Norwegian physicist.
  - **William Jackson Humphreys** (1862–1949) was an American physicist.
  - **Arthur Berson** (1859–1942) was a German scientist.

## FAQs
**What is the primary focus of atmospheric physics?**
Atmospheric physics applies physical principles to study atmospheric phenomena, including weather, climate, and atmospheric chemistry.

**Who are some notable figures in atmospheric physics?**
Key figures include Richard Lindzen, Edward Purdy Ney, Alexander Obukhov, David Bates, Richard M. Goody, Fred Singer, and James E. Hansen.

**What awards recognize contributions to atmospheric physics?**
The Appleton Medal and Prize is awarded for distinguished research in environmental physics.

**How does atmospheric physics relate to climatology?**
Atmospheric physics is a subfield of climatology, focusing on the physical processes governing the atmosphere.

**What is the difference between atmospheric physics and atmospheric sciences?**
Atmospheric physics is a specialized branch of atmospheric sciences, applying physical principles to atmospheric studies.

## Why It Matters
Atmospheric physics is crucial for understanding climate dynamics, weather prediction, and environmental processes. It provides the scientific foundation for addressing global climate change, air quality, and atmospheric phenomena. By studying atmospheric physics, researchers can develop models to predict weather patterns, assess climate impacts, and inform policy decisions related to environmental sustainability.

## Notable For
- **Interdisciplinary Contributions**: Atmospheric physics integrates principles from physics, chemistry, and meteorology to study atmospheric processes.
- **Climate Research**: It plays a key role in climate research, helping to model and predict long-term climate trends.
- **Environmental Applications**: Applications include air pollution studies, weather forecasting, and understanding atmospheric interactions with Earth’s surface.
- **Historical Influence**: Pioneers like Arthur Berson and William Jackson Humphreys laid foundational groundwork in atmospheric science.

## Body
### **History and Foundations**
Atmospheric physics emerged as a distinct field within physics, focusing on the application of physical laws to atmospheric phenomena. Key figures such as Arthur Berson and William Jackson Humphreys contributed early research, establishing the discipline’s foundational principles.

### **Key Contributors**
- **Richard Lindzen** is renowned for his work in atmospheric dynamics and climate science.
- **Edward Purdy Ney** made significant contributions to atmospheric physics in the mid-20th century.
- **Alexander Obukhov** advanced turbulence theory in atmospheric studies.
- **David Bates** specialized in atmospheric chemistry and ionospheric physics.
- **Richard M. Goody** pioneered infrared spectroscopy in atmospheric research.
- **Fred Singer** was influential in climate science and atmospheric research.
- **James E. Hansen** is a leading figure in climate change studies and atmospheric physics.

### **Awards and Recognition**
The **Appleton Medal and Prize** honors outstanding contributions to environmental physics, recognizing advancements in atmospheric research.

### **Related Fields and Connections**
- **Climatology**: Atmospheric physics is a core component of climatology, studying climate systems.
- **Atmospheric Sciences**: It is a specialized branch of atmospheric sciences, focusing on physical processes.
- **Notable Researchers**: Meganne Christian and Alv Egeland have made significant contributions to atmospheric research.

### **Applications and Impact**
Atmospheric physics informs weather forecasting, climate modeling, and environmental policy. It addresses critical issues such as air quality, climate change, and atmospheric dynamics, shaping scientific understanding and practical applications.

## References

1. Freebase Data Dumps. 2013
2. Quora
3. KBpedia
4. [OpenAlex](https://docs.openalex.org/download-snapshot/snapshot-data-format)