Magnetically adjusting color-converting materials within a matrix and associated devices, systems, and methods

A method, comprising:

• measuring an optical output of a solid-state radiation transducer (“SSRT”) device that includes a non-solid matrix and color-converting particles within the non-solid matrix;
• applying a magnetic field to the SSRT device to move the color-converting particles into a non-random alignment within the non-solid matrix and thereby change a proportion of optical paths through the non-solid matrix that the color-converting particles occupy;
• and
• increasing a solidity of the non-solid matrix after the color-converting particles move into the non-random alignment.

A method, comprising:

• applying a magnetic field to a mixture that includes a non-solid matrix and color-converting particles within the non-solid matrix, so that the color-converting particles move into a non-random alignment within the non-solid matrix, the mixture forming a portion of a solid-state radiation transducer (“SSRT”) device;
• and
• increasing a solidity of the non-solid matrix after the color-converting particles move into the non-random alignment,
• wherein
• the color-converting particles have a first average distance from an SSRT of the SSRT device before applying the magnetic field,
• color-converting particles have a second average distance from the SSRT of the SSRT device after applying the magnetic field, and
• the first average distance is less than the second average distance.