Steerable magneto-photonic particles for targeted delivery and collection of light
An embeddable magneto-photonic microparticle that can be externally positioned and orientated for targeted delivery and collection of light.
- Noninvasive brain stimulation
- Near-field imaging
- Light-responsive drug delivery
- Targeted photothermal therapy
Researchers at the University of Minnesota have developed an embeddable magneto-photonic microparticle that can be externally positioned and orientated for targeted delivery and collection of light. The composite particle combines an optically active surface that comprises an engineered pattern of subwavelength features with a magnetic core that facilitates controlled steering and movement of the particle. Current challenges of targeted light delivery and collection include the lack of directionality and selectivity for desired light properties, the inability to be controlled with a noninvasive mechanism, and the requirement for direct line of sight access to the target. This technology has ground-breaking potential for overcoming these challenges to achieve biomedical and imaging applications such as noninvasive brain stimulation, near-field imaging, light-responsive drug delivery, and targeted photothermal therapy.
Phase of DevelopmentTRL: 4-5
Working prototype developed and characterized in the lab and tested in a model environment.
Desired PartnershipsThis technology is now available for:
- Sponsored research
Please contact our office to share your business’ needs and learn more.
- Ognjen Ilic, PhD Assistant Professor, Department of Mechanical Engineering