I dont agree with the philosophy of keeping the physics simple for the sake of understanding how to service the machines. Biomedical Engineers arent technicians, we must be able to understand all the concepts that make the technology possible so as to be able to design them and guide the technicians when servicing. What are the physics concepts/ cause and effect that make imaging possible? Spatial detection? Contrast? How and why are the gradients produced? What are the electronic amplifiers and the software algorithms that make up the RF excitation and image the construction?
wow, well explained
Excellent.
Plz make video regarding biomechanics.
👌 👌👌
Can you show us the radio frequency coils open tear down
We will try to get the video but still there many videos on YT.
@@BiomedicalEngineersTV no there’s not im sure
We will try to get it for you.
Please make a video of CT
I dont agree with the philosophy of keeping the physics simple for the sake of understanding how to service the machines. Biomedical Engineers arent technicians, we must be able to understand all the concepts that make the technology possible so as to be able to design them and guide the technicians when servicing. What are the physics concepts/ cause and effect that make imaging possible? Spatial detection? Contrast? How and why are the gradients produced? What are the electronic amplifiers and the software algorithms that make up the RF excitation and image the construction?
I agree with you that all points slowly we will cover in our future videos will be added in the same playlist.