Question on shifting field gradients by an angle

Thread starter Goldstone1
Start date Jun 20, 2011
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Angle Field

In summary, this conversation is discussing a possible way to have a complex energy in a field, and whether it is theoretically possible. It is not clear why a complex energy would be necessary for this to happen, and the relativistic energy-momentum relation is not given by what was written.

Jun 21, 2011

Goldstone1

You want me to start using the rest symbol [tex]M_0[/tex]

<h2>1. What is a "shifting field gradient"?</h2><p>A shifting field gradient refers to a change in the strength or direction of a magnetic field over a given distance or area.</p><h2>2. How does shifting field gradients affect particles in the field?</h2><p>Shifting field gradients can cause particles in the field to experience a force, which can cause them to move or rotate in a certain direction.</p><h2>3. What is the purpose of shifting field gradients in scientific research?</h2><p>Shifting field gradients are often used in scientific research to manipulate and control the movement of particles for various purposes, such as studying their behavior or separating them for analysis.</p><h2>4. How is the angle of the shifting field gradient determined?</h2><p>The angle of the shifting field gradient is typically determined by the design of the magnetic field source and the parameters of the experiment, such as the desired force or movement of the particles.</p><h2>5. Are there any potential applications for shifting field gradients outside of scientific research?</h2><p>Yes, shifting field gradients have potential applications in various industries such as medical imaging, where they are used in MRI machines to produce detailed images of the body's tissues and organs.</p>

1. What is a "shifting field gradient"?

A shifting field gradient refers to a change in the strength or direction of a magnetic field over a given distance or area.

2. How does shifting field gradients affect particles in the field?

Shifting field gradients can cause particles in the field to experience a force, which can cause them to move or rotate in a certain direction.

3. What is the purpose of shifting field gradients in scientific research?

Shifting field gradients are often used in scientific research to manipulate and control the movement of particles for various purposes, such as studying their behavior or separating them for analysis.

4. How is the angle of the shifting field gradient determined?

The angle of the shifting field gradient is typically determined by the design of the magnetic field source and the parameters of the experiment, such as the desired force or movement of the particles.

5. Are there any potential applications for shifting field gradients outside of scientific research?

Yes, shifting field gradients have potential applications in various industries such as medical imaging, where they are used in MRI machines to produce detailed images of the body's tissues and organs.