Prompt: Medical imaging is a subject area with abundant scientific support. For

Prompt: Medical imaging is a subject area with abundant scientific support. For this essay, propose a well-thought-out, convincing plan/strategy (with at least 6 key scientific facts) as a future leader in biophysics and medicine (eg. Chief Innovation Officer at a hospital). The quantitative PHYSICS aspects of your subject, together with the specifics of your leadership plan, will form the subject of a 6-page (more or less) essay. Your target audience is other physicists, leaders in other hospitals, and leaders in medicine. You want to convince them that what you have in mind for the advancement of medical imaging is the plan they should all go with and put effort into. The topic is: the future of medical imaging, using physics to innovate and advance imaging techniques to increase the accuracy, efficiency, and safety of key processes to patient treatment such as investigation and diagnosis, treatment monitoring, and detection (this can also include advancing the quality, efficiency, range of a method of imaging or fully developing a fairly new modality/method of imaging, etc.)
The essay must include:
1. A detailed leadership plan that is compelling to the target audience (in this case it will be to other hospital leaders and leaders in medical innovation and physicists). Good planning should incorporate quantitative milestones (eg. what can be achieved by when and quantitative data to support these claims), measurements, and pivot points to achieve the goal with certainty and adaptability.
2. A good thesis (argument) and principal conclusions. The thesis does not have to cover all the adavanced methods of medical imaging like MRIs, CAT, CT, PET, Ultrasound Imaging, Digital Radiography, etc. It can focus on a few or even one of the methods with the most potential/ways that it can advance. And talk about how using physics + scientific research + innovation, the method can advance and revolutionize medical imaging and medicine in general.
3. At least 5 quantitative physical phenomena to back up your plan (For example, discussing electromagnetic waves – their frequencies, wavelengths, and photon energies – and their role in imaging to understand how a method can be improved). You can also point out the limitations of a method due to the physics behind it, only if there are any.
Make sure to have a comprehensive range of relevant sources; cite all sources including in-text citations and provide a bibliography.