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Aerospace & Defense
Lockheed Martin, Northrop Grumman, RTX
Physicists
Physicists study how matter, energy, and forces behave, often by running experiments, building models, and testing results with heavy computation. The work stands out because it can range from pure theory to lab-based product development, but the tradeoff is a long training path and pressure to keep producing publishable, fundable results.
Also known as Research PhysicistApplied PhysicistExperimental PhysicistTheoretical PhysicistStaff Physicist
Median Salary
$166,290
Mean $166,000
U.S. Workforce
~21K
1.7K openings per year
10-Year Growth
+4%
24.6K to 25.6K
Entry Education
Doctoral or professional degree
+ None experience
What This Role Looks Like in Practice
Physicists sits in the Science category. In practical terms, this role combines day-to-day execution, cross-team coordination, and consistent decision-making under real business constraints.
U.S. employment is currently about ~21K workers, with a median annual pay of $166,290 and roughly 1.7K openings each year. Based on BLS projections, total employment is expected to grow from 24.6 K in 2024 to 25.6K in 2034.
Most hiring paths start with Doctoral Degree in Physics or a Related Field, and employers typically expect none of related experience. Many careers in this track begin around Graduate Research Assistant and can progress toward Principal Physicist. High-value skills usually include Scientific Research Methods, Experimental Design & Lab Instrumentation, Mathematical Modeling, Python & MATLAB, and Scientific Literature Review, Reading Comprehension & LaTeX, paired with soft skills such as Critical thinking, Clear communication, and Continuous learning.
Core Responsibilities
- Study measurement results to see what happened in an experiment and whether the data match expectations.
- Use equations and mathematical models to explain patterns in the data.
- Build computer simulations to test ideas before or alongside physical experiments.
- Run complex calculations with scientific software to check and refine results.
Keep exploring: more Science careers or browse all job titles.
A Day in the Life
01 Study measurement results to see what happened in an experiment and whether the data match expectations.
02 Use equations and mathematical models to explain patterns in the data.
03 Build computer simulations to test ideas before or alongside physical experiments.
04 Run complex calculations with scientific software to check and refine results.
05 Write research papers, grant proposals, and conference presentations.
06 Teach physics or work with engineers and other scientists to design and test new instruments, equipment, or procedures.
Industries That Hire
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National Labs & Government Research
Los Alamos National Laboratory, Lawrence Livermore National Laboratory, NASA
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Semiconductors & Electronics
Intel, NVIDIA, Qualcomm
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Healthcare & Medical Devices
Medtronic, GE HealthCare, Philips
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Energy & Climate Tech
Shell, BP, Siemens Energy
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Technology & Quantum Computing
IBM, Google, Microsoft
Pros and Cons
Advantages
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Pay is strong: the mean annual wage is about $166,000 and the median is $166,290, which is high for a research occupation.
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The work is intellectually deep and varied, mixing experiments, simulation, calculation, and scientific writing instead of a single repetitive routine.
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There are steady openings, with about 1.7 thousand annual openings projected, so the field does not rely only on brand-new job growth.
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A physicist can move between academia, government labs, and industry R&D, which creates more options than many pure research jobs.
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The role gives direct access to advanced tools and problems, from simulations to equipment design, for people who like solving hard technical puzzles.
Challenges
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The education bar is very high: the typical entry level is a doctoral or professional degree, and 49.04% of workers have a doctorate plus 39.06% with post-doctoral training.
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The path into a stable job is often long and expensive, because many people spend years in graduate school and postdoctoral roles before reaching a permanent position.
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Growth is modest at 4.0% from 2024 to 2034, which means the field is expanding slowly rather than offering rapid job creation.
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The job market is small, with only about 21,340 current jobs and roughly 1.0 thousand net new jobs projected by 2034, so competition for good roles can be intense.
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A lot of the work depends on labs, instruments, or funded research programs, which makes fully remote work uncommon and can leave careers exposed to grant and budget swings.
Career Progression
Graduate Research Assistant
0-3 years
$45K-$70K
This stage is usually focused on coursework, lab work, and learning how to run experiments, analyze data, and publish research.
Postdoctoral Researcher
3-7 years
$75K-$120K
At this level, physicists are building a publication record, sharpening a specialty, and often working on funded projects with limited long-term security.
Physicist THIS ROLE
6-12 years
$145K-$185K
This is the core professional role, where the work mixes analysis, modeling, lab or field research, writing, and collaboration with engineers or other scientists.
Senior Physicist
10-18 years
$190K-$245K
Senior physicists usually lead projects, guide junior staff, shape research direction, and take on more responsibility for funding and technical decisions.
Principal Physicist
15+ years
$250K-$320K
At the top level, physicists often set strategy, lead major research programs, and serve as the expert others rely on for difficult technical problems.
Education Paths
Doctoral Degree in Physics or a Related Field
The main entry route, held by 49.04% of workers in this role, and it usually centers on original research and a dissertation.
Post-Doctoral Training
A very common step for research-focused physicists, reported by 39.06% of workers, and it is often used to build publications and specialize further.
Post-Master's Certificate
An alternative route for specialization, held by 8.14% of workers, and it can help someone move into a narrower applied or technical physics niche.
Bachelor's Degree
An uncommon route, held by 3.77% of workers, and it usually needs exceptional hands-on experience or a move from a related technical role first.
Key Skills
Technical
Scientific Research Methods, Experimental Design & Lab Instrumentation 91%
Mathematical Modeling, Python & MATLAB 81%
Scientific Literature Review, Reading Comprehension & LaTeX 81%
Data Analysis, Statistics & Problem Solving 78%
Conference Presentations, Collaboration & Scientific Communication 78%
Simulation Software, Computational Physics & High-Performance Computing 75%
Soft Skills
Critical thinkingClear communicationContinuous learningActive listeningWritingTeamwork Job Outlook and Trends
+4%
Projected growth (2024-2034)
1.7K
Annual job openings
Employment is projected to rise from 24.6K to 25.6 K over the next decade, representing 4% growth. Around 1.7 K openings per year include both newly created roles and replacement hiring from turnover.
Remote availability is currently Limited. Demand remains strongest where employers need practical domain knowledge plus modern workflow and data skills.