This large holographic Santa Train
is 36 inches tall and 144 inches in length. The Santa Train yard art lenght can be increased by spreading out the yard art Santa engine and cars further apart. The outdoor holographic train has 550 multi colored mini lights. The indoor or outdoor holographic material is attached to a heavy-duty metal frame. There are extra replacement bulbs and fuses included. There is a flasher bulb included if you want the Santa train yard art to flash on and off. The holographic yard art train comes in attached sections which just unfolds and locks into place. Select this link to view our power strips and power protection supplies. At night, with the lights turned on the Santa Train yard art set will attract everyone attention. The colorful holographic material will also look great during the day. The Holographic Mylar material reflects the light so it shines like light passing through colored glass. A very impressive indoor or outdoor display. This indoor or outdoor decoration with its delightful holographic brillance will be the hit of the neighborhood. This cool outdoor decoration will delight the young and old alike.
Select this link to view our Christmas outdoor lights.
Select this link to learn more about Christmas lights and holiday lights.
Holographic Facts:
The difference between holography and photography is best understood by considering what a Black & White (B&W) photograph actually is: it is a point-to-point recording of the intensity of light rays that make up an image. Each point on the photograph records just one thing, the intensity (i.e. the square of the amplitude of the electric field) of the light wave that illuminates that particular point. In the case of a color photograph, slightly more information is recorded (in effect the image is recorded three times viewed through three different color filters), which allows a limited reconstruction of the wavelength of the light, and thus its color.
However, the light, which makes up a real scene, is not only specified by its amplitude and wavelength, but also by its phase. In a photograph, the phase of the light from the original scene is lost. In a hologram, both the amplitude and the phase of the light (usually at one particular wavelength) are recorded. When reconstructed, the resulting light field is identical to that which emanated from the original scene, giving a perfect three-dimensional image.