Picture this: A scientist working in a cutting-edge laboratory, using advanced equipment to study the fundamental properties of matter and energy in ways that don’t fit neatly into traditional physics or chemistry categories.
Think about someone investigating new materials for quantum computing or analyzing the physical properties of ocean currents to understand climate change patterns. Physical Scientists work at the intersection of multiple scientific disciplines, pushing the boundaries of our understanding of the physical world.
These professionals typically conduct research, perform experiments, and analyze data in specialized or emerging fields that cross traditional boundaries of physical science disciplines.
They might work in areas such as materials science, surface science, or other interdisciplinary fields that combine multiple aspects of physics, chemistry, and related sciences
Total Employment: 20,820 (2023)
Common Names for Physical Scientists
- Geophysicists
- Meteorologists
- Oceanographer
- Astronomers
- Physicists
- Materials Scientists
What Physical Scientists Do
These scientists conduct research in physical science fields that cross traditional boundaries. Core responsibilities include:
- Research Design: Plan and develop detailed scientific research protocols, methodologies, and experiments to investigate physical phenomena, ensuring studies meet scientific standards and research objectives.
- Data Collection: Conduct systematic observations, measurements, and testing using specialized equipment and instrumentation to gather accurate quantitative and qualitative data for analysis.
- Analysis & Interpretation: Process and evaluate complex scientific data using statistical methods and analytical tools to identify patterns, trends, and relationships that advance scientific understanding.
- Documentation & Reporting: Prepare comprehensive technical reports, research papers, and presentations that effectively communicate findings, methodologies, and conclusions to both technical and non-technical audiences.
- Laboratory Management: Maintain laboratory equipment, ensure compliance with safety protocols, and manage inventory of supplies to support efficient research operations and regulatory compliance.
- Project Collaboration: Work with cross-functional teams of scientists, researchers, and technical staff to coordinate research efforts and share expertise across different scientific disciplines.
- Quality Control: Implement and maintain quality assurance procedures throughout research processes to ensure data integrity and reproducibility of scientific results.
- Technical Innovation: Develop new or modified research techniques, equipment configurations, and experimental approaches to address complex scientific challenges and improve research outcomes.
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