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A landscape lighting system includes a lighting assembly having a tubular housing formed from a rock mass with a bore therein and having a light source with the ability to emit light having at least one color. The light source being positioned within the bore to project the light from the lighting a

A landscape lighting system includes a lighting assembly having a tubular housing formed from a rock mass with a bore therein and having a light source with the ability to emit light having at least one color. The light source being positioned within the bore to project the light from the lighting assembly. An AC-to-DC converter connects to an external AC power supply and for supplying direct current to the light source within the lighting assembly. A control unit has a receiver and an internal controller for controlling the AC-to-DC converter and the light source to regulate the intensity and the color of the light emitted from the light source. A remote unit communicates with the control unit receiver to transmit instructions to the internal controller over a distance. Optionally, the landscape lighting system includes a mechanism to adjust the beam spread from the light source.

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1. A landscape lighting system comprising: a lighting assembly having a tubular housing formed from a rock mass with a bore therein and having a light source with the ability to emit light having one or more colors;the tubular housing having the light source positioned within the bore to project the

1. A landscape lighting system comprising: a lighting assembly having a tubular housing formed from a rock mass with a bore therein and having a light source with the ability to emit light having one or more colors;the tubular housing having the light source positioned within the bore to project the light from the lighting assembly;an AC-to-DC converter for connecting to an external AC power supply and for supplying direct current to the light source within the lighting assembly;a control unit having a receiver and an internal controller for controlling the AC-to-DC converter and the light source to regulate the intensity and the color of the light emitted from the light source;a remote unit for communicating with the control unit receiver to transmit instructions to the internal controller over a distance; andpositioning means for adjusting the light emitted from the light source mounted on the lighting assembly;wherein positioning means has the ability to draw heat away from the light source. 2. The landscape lighting system of claim 1, wherein the remote unit is a remote control selected from the group consisting of a RF remote control, an IR remote control, a WIFI remote control, a Bluetooth remote control and a ZigBee remote control. 3. The landscape lighting system of claim 1, wherein the remote unit is a computing device having an application residing thereon that converts input into instructions to transmit to the internal controller. 4. The landscape lighting system of claim 3, wherein the remote unit is a smartphone. 5. The landscape lighting system of claim 1, wherein the remote unit sends instructions in a predetermined routine. 6. The landscape lighting system of claim 1, wherein the remote unit includes a microphone and speech recognition code. 7. The landscape lighting system of claim 1, wherein the AC-to-DC converter includes a bridge rectifier. 8. The landscape lighting system of claim 1, which includes a DC-to-DC converter for reducing the direct current to a predetermined voltage. 9. The landscape lighting system of claim 8, wherein the DC-to-DC converter is selected from the group consisting of a drop down resistor and an integrated circuit. 10. The landscape lighting system of claim 1, wherein the internal controller includes an RGB controller with the ability to provide pulse width modulation. 11. The landscape lighting system of claim 1, wherein the rock mass is a natural rock. 12. A landscape lighting projector comprising: a lighting assembly having a natural rock tubular housing having a bore extending therethrough and having a holder positioned within the bore having a light emitting diode positioned at one end and an electrical connector positioned at the other end;an AC-to-DC converter connected to the electrical connector;wherein the AC-to-DC converter has the ability to receive an AC current from an AC power supply and provide direct current to the light emitting diode through the electrical connector;a programmable controller connected to the AC-to-DC controller to regulate the frequency modulation provided by the AC-to-DC converter to control the intensity and the color of light emitted from light emitting diode;a clear lens for adjusting the light emitted from the light emitting diode mounted on the holder; anda lens positioner for moving the clear lens mounted on the holder;wherein the lens positioner is a heat sink to draw heat away from the light emitting diode. 13. The landscape lighting projector of claim 12, wherein the light emitting diode is embedded in a waterproof case. 14. The landscape lighting projector of claim 12, wherein the light emitting diode is selected from the group consisting of a monochrome light emitting diode and an RGB diode. 15. The landscape lighting projector of claim 12, further comprising: a DC-to-DC converter for receiving direct current from the AC-to-DC converter and or providing a direct current having about 4V or less to the light emitting diode. 16. A method for producing an outdoor lighting display comprising: receiving AC power from an AC power source;converting, by an AC-to-DC converter, the AC power into DC power;supplying DC power to a light source positioned within a housing formed from a tubular rock mass;converting, by a remote control unit, input into at least one instruction to produce a light signal having a predetermined intensity and a predetermined color;transmitting the instruction from the remote control unit to a programmable controller, housing;projecting the light signal from the housing;adjusting the light emitted from the light source positioned within the housing; anddrawing heat away from the light emitting diode. 17. The method of claim 16, wherein the remote control unit is a computing device having an application residing thereon that converts input into instructions to transmit to the programmable controller. 18. The method of claim 17 in which the computing device is a smartphone, further comprising: transmitting from the smartphone to the programmable controller a plurality of instructions in the form of predetermined routines associated with contact names from a list of contacts to display unique lighting effects to indicate who is calling the smartphone. 19. The method of claim 16 in which the remote control unit is a remote control unit selected from the group consisting of a RF remote control, an IR remote control, a WIFI remote control, a Bluetooth remote control and a ZigBee remote control. 20. The method of claim 17, wherein the light source is a light emitting diode.