Abstract: An apparatus and method for fabricating a spherical shaped semiconductor integrated circuit according to which a chamber is provided into which spheres of a semiconductor material are introduced therein. Process gases are also selectively introduced into the chamber. The chamber includes a metallic portion that is selectively provided a voltage. Upon receiving the voltage, the chamber attracts ions from the process gases, at least some of the attracted ions treating the spheres according to a particular aspect of the fabrication process.

Abstract: A method and system for chemical vapor deposition (MO CVD) of a metal layer upon a spherical substrate at atmospheric pressure are disclosed. The method performs chemical vapor deposition of a metal layer such as aluminum or copper upon the semiconductor spherical substrate by using a reactor made of a material such as quartz. The semiconductor spherical substrate moves and spins through the reactor where it is heated by a frequency heater such as an infrared heater. The heater utilizes infrared power source operating at a wavelength between 1 and 3 microns where the power is substantially absorbed by the semiconductor spherical substrate and is substantially transmitted by the quartz.

Abstract: An apparatus and method for performing material deposition on semiconductor devices. The apparatus provides an enclosure for defining a chamber. The chamber includes a metallic portion such as a conductor coil powered by a voltage generator. A gas, having a suspension of particles for treating the semiconductor devices, is introduced into the chamber and the powered conductor coil converts the gas to inductively coupled plasma and vaporizes the particles. The particles can then be deposited on the semiconductor devices.

Abstract: A method and apparatus for metal-organics chemical vapor deposition (MO CVD) of a metal layer upon a spherical substrate at atmospheric pressure are disclosed. The method includes pretreating the spherical substrate with a vapor of a first precursor in preparation for a deposition of a metal layer. The pretreated spherical substrate is then exposed to a thermally dissociated precursor of metal for depositing the metal layer onto the spherical substrate, wherein the exposure to the thermally dissociated precursor of metal provides a uniformly deposited metal layer coverage over the pretreated spherical substrate. The deposited metal layer is then annealed and cooled.

Abstract: An apparatus and method for fabricating a spherical shaped semiconductor integrated circuit according to which a chamber is provided into which spheres of a semiconductor material are introduced therein. Process gases are also selectively introduced into the chamber. The chamber includes a metallic portion that is selectively provided a voltage. Upon receiving the voltage, the chamber attracts ions from the process gases, at least some of the attracted ions treating the spheres according to a particular aspect of the fabrication process.

Abstract: An apparatus and method for performing material deposition on semiconductor devices. The apparatus provides an enclosure for defining a chamber. The chamber includes a metallic portion such as a conductor coil powered by a voltage generator. A gas, having a suspension of particles for treating the semiconductor devices, is introduced into the chamber and the powered conductor coil converts the gas to inductively coupled plasma and vaporizes the particles. The particles can then be deposited on the semiconductor devices.