Apparatus, method, and computer program product for transverse waveguided display system

An apparatus, comprising:

• a first waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region, said first waveguiding channel including a first lateral guiding port in a portion of said bounding regions, said lateral guiding port responsive to an attribute of radiation propagating in said channel to selectively pass a portion of said radiation therethrough;
• and
• an influencer, coupled to said first waveguiding channel, for controlling said attribute of said radiation;
• a second waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region of said second waveguiding channel, said second waveguiding channel including a second lateral guiding port in a portion of said bounding regions of said second waveguiding channel proximate said first lateral guiding port, said second lateral guiding port responsive to said attribute of said radiation propagating in said first waveguiding channel to selectively pass a portion of said radiation therethrough from said first channel to said second channel;
• wherein said attribute is a polarization direction of said radiation and
• wherein said lateral guiding ports include a polarization analyzer in said one or more bounding regions of each said channel.

An apparatus, comprising:

• a first waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region, said first waveguiding channel including a first lateral guiding port in a portion of said bounding regions, said lateral guiding port responsive to an attribute of radiation propagating in said channel to selectively pass a portion of said radiation therethrough;
• and
• an influencer, coupled to said first waveguiding channel, for controlling said attribute of said radiation;
• wherein said radiation propagates along a transmission axis of said guiding region from said influencer to said first lateral guiding port, and further comprising:
• a polarizer region and a polarizer analyzer region disposed in said guiding region past said first lateral guiding port;
• and
• a second influencer for controlling said attribute of said radiation in said guiding region between said polarizer region and said polarizer analyzer region.

An apparatus, comprising:

• a first waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region, said first waveguiding channel including a first lateral guiding port in a portion of said bounding regions, said lateral guiding port responsive to an attribute of radiation propagating in said channel to selectively pass a portion of said radiation therethrough;
• and
• an influencer, coupled to said first waveguiding channel, for controlling said attribute of said radiation;
• a second waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region of said second waveguiding channel, said second waveguiding channel including a second lateral guiding port in a portion of said bounding regions of said second waveguiding channel proximate said first lateral guiding port, said second lateral guiding port responsive to said attribute of said radiation propagating in said first waveguiding channel to selectively pass a portion of said radiation therethrough from said first channel to said second channel;
• wherein said radiation propagates along a transmission axis of said guiding region from said influencer to said first lateral guiding port, said apparatus further comprising:
• a polarizer region and a polarizer analyzer region disposed in said guiding region of said first waveguiding channel past said first lateral guiding port;
• and
• a second influencer for controlling said attribute of said radiation in said guiding region between said polarizer region and said polarizer analyzer region.

A manufacturing method, the method comprising:

• a) forming a first waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region, said first waveguiding channel including a first lateral guiding port in a portion of said bounding regions, said lateral guiding port responsive to an attribute of radiation propagating in said channel to selectively pass a portion of said radiation therethrough;
• and
• b) disposing an influencer proximate to said first waveguiding channel for controlling said attribute of said radiation responsive to a control signal;
• wherein said attribute is a polarization direction of said radiation;
• and
• wherein said lateral guiding port includes a polarization analyzer in said one or more bounding region.

A manufacturing method, the method comprising:

• a) forming a first waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region, said first waveguiding channel including a first lateral guiding port in a portion of said bounding regions, said lateral guiding port responsive to an attribute of radiation propagating in said channel to selectively pass a portion of said radiation therethrough;
• and
• b) disposing an influencer proximate to said first waveguiding channel for controlling said attribute of said radiation responsive to a control signal,
• c) forming a second waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region of said second waveguiding channel, said second waveguiding channel including a second lateral guiding port in a portion of said bounding regions of said second waveguiding channel, said second lateral guiding port responsive to said attribute of said radiation propagating in said first waveguiding channel to selectively pass a portion of said radiation therethrough from said first channel to said second channel;
• and
• d) disposing said second waveguiding channel proximate to said first waveguiding channel so that said lateral guiding ports are communicated to each other permitting said radiation propagating in said first waveguiding channel to enter said second waveguiding channel responsive to said attribute;
• wherein said attribute is a polarization direction of said radiation;
• wherein said lateral guiding ports include a polarization analyzer in said one or more bounding regions of each said channel.

A manufacturing method, the method comprising:

• a) forming a first waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region, said first waveguiding channel including a first lateral guiding port in a portion of said bounding regions, said lateral guiding port responsive to an attribute of radiation propagating in said channel to selectively pass a portion of said radiation therethrough;
• and
• b) disposing an influencer proximate to said first waveguiding channel for controlling said attribute of said radiation responsive to a control signal;
• wherein said radiation propagates along a transmission axis of said guiding region from said influencer to said first lateral guiding port, said method further comprising:
• c) disposing a polarizer region and a polarizer analyzer region in said guiding region past said first lateral guiding port;
• and
• d) disposing a second influencer for controlling said attribute of said radiation in said guiding region between said polarizer region and said polarizer analyzer region.

A manufacturing method, the method comprising:

• a) forming a first waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region, said first waveguiding channel including a first lateral guiding port in a portion of said bounding regions, said lateral guiding port responsive to an attribute of radiation propagating in said channel to selectively pass a portion of said radiation therethrough;
• and
• b) disposing an influencer proximate to said first waveguiding channel for controlling said attribute of said radiation responsive to a control signal;
• c) forming a second waveguiding channel having a guiding region and one or more bounding regions coupled to said guiding region of said second waveguiding channel, said second waveguiding channel including a second lateral guiding port in a portion of said bounding regions of said second waveguiding channel, said second lateral guiding port responsive to said attribute of said radiation propagating in said first waveguiding channel to selectively pass a portion of said radiation therethrough from said first channel to said second channel;
• and
• d) disposing said second waveguiding channel proximate to said first waveguiding channel so that said lateral guiding ports are communicated to each other permitting said radiation propagating in said first waveguiding channel to enter said second waveguiding channel responsive to said attribute;
• wherein said radiation propagates along a transmission axis of said guiding region from said influencer to said first lateral guiding port, said method further comprising:
• e) disposing a polarizer region and a polarizer analyzer region in said guiding region of said first waveguiding channel past said first lateral guiding port;
• and
• f) disposing a second influencer for controlling said attribute of said radiation in said guiding region between said polarizer region and said polarizer analyzer region.