Method and apparatus for magnetic resonance imaging with a music-based gradient curve

1. A method for acquiring magnetic resonance (MR) raw data, comprising:

providing a processor with an MR data acquisition sequence for operating an MR scanner, said MR scanner comprising a gradient coil system and said MR data acquisition sequence comprising a gradient curve that operates said gradient coil system, said MR scanner having at least one acoustic resonance frequency;

also providing said processor with a piece of music;

in said processor, modifying said piece of music dependent on at least one acoustic resonance parameter that characterizes said at least one acoustic resonance frequency of said MR scanner, thereby producing a modified piece of music;

using said modified piece of music in said processor to adjust said gradient curve in said MR data acquisition sequence, thereby producing an adjusted MR data acquisition sequence; and

operating said MR scanner according to said adjusted MR data acquisition sequence, while an examination object is situated in the MR scanner, to acquire MR raw data from the examination object.

2. A method as claimed in claim 1 comprising using said modified piece of music to adjust said gradient curve to cause said gradient coil system to be switched to generate a sequence of musical notes during said acquisition of said MR raw data, said notes corresponding to said modified piece of music.

3. A method as claimed in claim 1 comprising:

providing said piece of music to said processor by providing a frequency spectrum of said piece of music to said processor;

modifying said piece of music by modifying said frequency spectrum, thereby producing a modified frequency spectrum; and

adjusting said gradient curve using said modified frequency spectrum.

4. A method as claimed in claim 3 wherein said frequency spectrum comprises at least one frequency band having frequency amplitudes therein, and comprising modifying said frequency spectrum by comparing said frequency amplitudes in said frequency band of said frequency spectrum with at least one predetermined frequency amplitude threshold value to obtain a comparison result, and modifying said frequency spectrum using said comparison result.

5. A method as claimed in claim 4 wherein said at least one frequency band comprises said at least one acoustic resonance frequency of said MR scanner.

6. A method as claimed in claim 4 comprising modifying said frequency spectrum setting frequency amplitudes of said at least one frequency band, which are designated by said comparison result as being higher than said at least one predetermined frequency amplitude threshold value, to be at said at least one frequency amplitude threshold value.

7. A method as claimed in claim 3 comprising modifying said frequency spectrum by shifting a frequency position of said frequency spectrum by a shift frequency.

8. A method as claimed in claim 1 comprising determining said shift frequency dependent on at least one boundary condition that comprises frequency amplitudes that are present in at least one frequency band of said frequency spectrum, in order to use said frequency amplitudes.

9. A method as claimed in claim 8 comprising changing said shift frequency during acquisition of said MR raw data.

10. A method as claimed in claim 8 comprising shifting a frequency position in said frequency band by said shift frequency, and selecting said shift frequency by frequency doubling or frequency halving of frequencies in said frequency band.

11. A method as claimed in claim 1 comprising storing said modified piece of music in a database in data exchange communication with said processor.

12. A method as claimed in claim 1 comprising providing a sequence for MR fingerprinting to said processor as said MR data acquisition sequence.

13. A magnetic resonance (MR) apparatus comprising:

an MR scanner comprising a gradient coil system, said MR scanner having at least one acoustic resonance frequency;

a processor provided with an MR data acquisition sequence for operating the MR scanner, said MR data acquisition sequence comprising a gradient curve that operates said gradient coil system;

said processor also being provided with a piece of music;

said processor being configured to modify said piece of music dependent on at least one acoustic resonance parameter that characterizes said at least one acoustic resonance frequency of said MR scanner, thereby producing a modified piece of music;

said processor being configured to use said modified piece of music to adjust said gradient curve in said MR data acquisition sequence, thereby producing an adjusted MR data acquisition sequence; and

said processor being configured to operate said MR scanner according to said adjusted MR data acquisition sequence, while an examination object is situated in the MR scanner, to acquire MR raw data from the examination object.

14. A non-transitory, computer-readable data storage medium encoded with programming instructions, said storage medium being loaded into a control and processing computer system of a magnetic resonance (MR) apparatus that comprises an MR scanner having a gradient coil system, and said MR scanner having at least one acoustic resonance frequency, and said programming instructions causing said control and processing computer system to:

receive an MR data acquisition sequence for operating the MR scanner, said MR data acquisition sequence comprising a gradient curve that operates said gradient coil system;

receive a piece of music;

modify said piece of music dependent on at least one acoustic resonance parameter that characterizes said at least one acoustic resonance frequency of said MR scanner, thereby producing a modified piece of music;

use said modified piece of music in said processor to adjust said gradient curve in said MR data acquisition sequence, thereby producing an adjusted MR data acquisition sequence; and

operate said MR scanner according to said adjusted MR data acquisition sequence, while an examination object is situated in the MR scanner, to acquire MR raw data from the examination object.