Abstract: Electromagnetic radiation transformation for powered devices is described. In embodiment(s), a wireless phone (e.g., a cellular phone) includes one or more sources that emit electromagnetic radiation, such as an internal power supply or antenna system of the wireless phone. The wireless phone can also include a paramagnetic material in a quantity sufficient to counteract the electromagnetic radiation emitted by the source. To counteract harmful effects of the electromagnetic radiation, the paramagnetic material can transform the electromagnetic radiation, such as to effectuate a frequency transformation and/or to alter an intensity of the electromagnetic radiation.

Abstract: Electromagnetic radiation transformation for power transports is described. In embodiment(s), a power conducting system can include a power transport such as a conduit or power line that conducts power which is a source of electromagnetic radiation. The power conducting system can also include a paramagnetic material in a quantity sufficient to counteract the electromagnetic radiation emitted by the source. In an embodiment, the power transport can be convered by an insulation cover that includes the paramagnetic material. To counteract harmful effects of the electromagnetic radiation, the paramagnetic material can transfrom the electromagnetic radiation, such as to effectuate a frequency transformation and/or to alter an intensity of the electromagnetic radiation.

Abstract: Cosmetic composition with paramagnetic material is described. In embodiment(s), a cosmetic composition can include a paramagnetic material in a cosmetic medium where the combination forms a cosmetic application, a lipstick, a lotion, a blush, or other similar application. The paramagnetic material can be included in a quantity sufficient to effectuate a transformation of electromagnetic radiation, such as radiation that is internal to a wearer of the cosmetic composition or radiation that is external to a wearer of the cosmetic composition. To counteract harmful effects of the electromagnetic radiation, the paramagnetic material can transform the electromagnetic radiation, such as to effectuate a frequency transformation and/or to alter an intensity of the electromagnetic radiation.

Abstract: Electromagnetic radiation transformation for powered devices is described. In embodiment(s), a wireless phone (e.g., a cellular phone) includes one or more sources that emit electromagnetic radiation, such as an internal power supply or antenna system of the wireless phone. The wireless phone can also include a paramagnetic material in a quantity sufficient to counteract the electromagnetic radiation emitted by the source. To counteract harmful effects of the electromagnetic radiation, the paramagnetic material can transform the electromagnetic radiation, such as to effectuate a frequency transformation and/or to alter an intensity of the electromagnetic radiation.

Abstract: Therapeutic techniques with paramagnetic material is described. In embodiment(s), a device can include a sufficient quantity of paramagnetic material incorporated to effectuate therapeutic result of electromagnetic radiation transformation. The device includes the paramagnetic material can be a portable device carred by a person that receives the therapeutic result, or can be a wearable device worn by a person that receives the therapeutic result. To counteract harmful effects of the electromagnetic radiation, the paramagnetic material can transform the electromagnetic radiation, such as to effectuate a frequency transformation and/or to alter an intensity of the electromagnetic radiation.

Abstract: Electromagnetic radiation transformation is described. In embodiment(s), an apparatus includes a device that is operable to emit electromagnetic radiation, and includes paramagnetic material in a quantity sufficient to counteract the electromagnetic radiation emitted by the device. To counteract harmful effects of the electromagnetic radiation, the paramagnetic material can transform the electromagnetic radiation, such as to effectuate a frequency transformation and/or to alter an intensity or waveform of the electromagnetic radiation.

Abstract: A knife sharpening cutting board is disclosed in which a cutting board is provided with a recess along a peripheral edge and with intersecting pairs of knife sharpening disks mounted within the recess and rotatably secured to the cutting board for selective rotation about axes that are substantially parallel to one another and to the surface of the cutting board. The disks overlap one another radially to form an intersection that is adjacent to the top cutting surface of the board, and aligned with a groove formed in the board. The groove extends from the sharpening disks across the board to receive a knife blade as the knife is drawn across the sharpening disks. The recess is provided to receive the disks and to locate the disks within the board for protection and appearance purposes. Screws mounting the disks within the recess are accessible to facilitate disk removal.