Scattering / inverse scattering industry jobs?

  • #1
physics32123
2
0
Seeking to leave academia for industry and am seeking help identifying non-defense jobs where one can solve scattering / wave-like problems.

I enjoy both numerical and analytic solutions partial differential equations where I have worked on parallel solutions to the TDSE in fortran and analytic S-matrix techniques for non-perturbative photo ionization problems. Like the problems, but mostly interested in branching out and learning something new.
 
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  • #3
Seismology.
Non-destructive testing.
 
Last edited:
  • #4
Assuming you don't limit the definition of "industry" too narrowly, look at applications in medical imaging.
 

FAQ: Scattering / inverse scattering industry jobs?

What is the primary role of a scientist in the scattering/inverse scattering industry?

Scientists in the scattering/inverse scattering industry primarily focus on developing and applying mathematical and computational methods to understand how waves (e.g., electromagnetic, acoustic) interact with various materials. This involves both theoretical research and practical applications, such as imaging, material characterization, and non-destructive testing.

What qualifications are typically required for a job in this field?

Typically, a Ph.D. in physics, applied mathematics, electrical engineering, or a related field is required. Additionally, strong analytical skills, experience with numerical methods and computational tools, and a solid understanding of wave theory and scattering phenomena are essential.

What industries employ scientists specializing in scattering/inverse scattering?

Industries that commonly employ these scientists include medical imaging (e.g., MRI, ultrasound), defense (e.g., radar, sonar), telecommunications, materials science, and oil and gas exploration. Research institutions and universities also hire experts in this field for academic and applied research roles.

What are some common challenges faced in the scattering/inverse scattering industry?

Common challenges include dealing with complex and noisy data, developing efficient and accurate computational algorithms, and creating models that can handle diverse and heterogeneous materials. Additionally, translating theoretical research into practical, real-world applications can be difficult and requires interdisciplinary collaboration.

What career advancement opportunities exist for scientists in this field?

Career advancement opportunities include moving into senior research positions, project management roles, or leadership positions within R&D departments. Scientists can also transition into academia, become consultants, or start their own companies specializing in scattering/inverse scattering technologies. Continuous learning and staying updated with the latest advancements in the field are crucial for career growth.

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