DETAILED DESCRIPTION The invention relates to a color tuned volume holographic optical element, comprising: a photohardened holographic recording film element comprising at least a first plurality of pixel volumes and a second plurality of pixel volumes arranged in rows and columns; each one of the first pixel volumes including a color tuned volume holographic mirror that passes light with at least a first color (e.
g.
, Red) wavelength band and reflects light with at least another color (e.
g.
, Green) wavelength band; and each one of the second pixel volumes including a volume holographic mirror that passes light with at least the another color (e.
g.
, Green) wavelength band and reflects light with at least the first color (e.
g.
, Red) wavelength band.
The invention further relates to a color tuned volume holographic optical element, comprising: a photohardened holographic recording film element comprising a first plurality of pixel volumes, a second plurality of pixel volumes, and a third plurality of pixel volumes; each one of the first pixel volumes including a color tuned volume holographic mirror that passes light with a first color (e.
g.
, Red) wavelength band and reflects light with a second color (e.
g.
, Green) wavelength band, a third color (e.
g.
, Blue) wavelength band and a fourth color (e.
g.
, NIR) wavelength band; each one of the second pixel volumes including a non-color tuned volume holographic mirror that passes light with the second color (e.
g.
, Green) wavelength band and reflects light with the first color (e.
g.
, Red) wavelength band, the third color (e.
g.
, Blue) wavelength band and a fifth color (e.
g.
, UV) wavelength band; and each one of the third pixel volumes including a color tuned volume holographic mirror that passes light with the third color (e.
g.
, Blue) wavelength band and reflects light with the first color (e.
g.
, Red) wavelength band, the second color (e.
g.
, Green) wavelength band and a sixth color (e.
g.
, mid IR) wavelength band.
The invention is further directed to a first method for making a first color tuned volume holographic optical element, comprising: a holographic recording film element comprising a first plurality of pixel volumes, a second plurality of pixel volumes, and a third plurality of pixel volumes; each one of the first pixel volumes including a color tuned volume holographic mirror that passes light with a first color (e
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Optical Systems 
