Abstract: A method and system for improving the quality of reception of communications via cellular telephone headset in which the lead between the cellular telephone handset and the speaker associated with the headset are shielded by a radiation absorbing material thereby reducing interference from electromagnetic emissions in the atmosphere to which the lead is exposed. The conventional electrical connections between the cellular telephone handset and the speaker associated with the headset are desirably coated with a ferrite powder held in place by a suitable conventional wrap and flexible waterproof covering.

Abstract: An electromagnetic shielded speaker for a hand held radio communications device and a method for reducing exposure to electromagnetic radiation experienced by the users of such devices.

Abstract: A method and system for reducing the exposure of the human head from the electromagnetic radiation emanating from a hand held radio communications device. The system optionally includes in combination the covering of the speaker and the headset leads with a radiation absorbing material, the shielding of the antenna, an embedded directional antenna, a face plate for the ear facing side of the device molded from a radiation absorbing material or having such material embedded therein, the use of a radiation adsorbing paint for the device, a hat or cap of radiation adsorbing material to be worn while using the device, and a radiation adsorbing frame for eyeglasses to be worn while using the device.