Not exact matches
In an MRI machine, a
powerful magnetic field causes protons in the body to line up like violin strings under tension, then a
pulse of energy plucks those «strings,» making them hum.
When abnormalities are detected, a machine therapy called transcranial
magnetic stimulation (tms) can send into the brain
magnetic pulses powerful enough to shift and rewire those connections so their function is improved.
Along with the change of laser size, the researchers also adjusted the
magnetic material through which the light travels and amplifies to a more
powerful pulse.
In the presence of the
powerful magnetic field, the protons are susceptible to excitation by selective radio frequency
pulses.
MRI uses a
powerful magnetic field and radio frequency
pulses to make the internal structures of the body, such as organs, bone, and soft tissues, visible on a computer screen.