A wireless power system comprising: a system for wireless energy transfer by magnetic induction, the system configured to generate a magnetic field; and an antenna, wherein the antenna has at least first and second symmetry lines perpendicular to each other and crossing substantially in the center of the antenna, the antenna comprising: at least one feed line located substantially in the center of the antenna; a plurality of conductive elements (508a-h) coupled to the at least one feed line and configured to radiate RF energy to transmit and receive radio information, the plurality of conductive elements arranged in a pattern that is mirrored along the first and second symmetry lines, the plurality of conductive elements comprising at least first and second conductive elements extending from the at least one feed line in opposite directions with respect to the first symmetry line; and a plurality of gaps (510a-p) positioned between adjacent conductive elements, wherein the antenna is configured to be placed in the magnetic field generated by the system for wireless energy transfer by magnetic induction, and wherein the location and size of the gaps are configured to prevent or reduce induction of current in the plurality of conductive elements when the antenna is exposed to the magnetic field generated by the system for wireless energy transfer by magnetic induction. a system for wireless energy transfer by magnetic induction, the system configured to generate a magnetic field; and an antenna, wherein the antenna has at least first and second symmetry lines perpendicular to each other and crossing substantially in the center of the antenna, the antenna comprising: at least one feed line located substantially in the center of the antenna; a plurality of conductive elements (508a-h) coupled to the at least one feed line and configured to radiate RF energy to transmit and receive radio information, the plurality of conductive elements arranged in a pattern that is mirrored along the first and second symmetry lines, the plurality of conductive elements comprising at least first and second conductive elements extending from the at least one feed line in opposite directions with respect to the first symmetry line; and a plurality of gaps (510a-p) positioned between adjacent conductive elements, wherein the antenna is configured to be placed in the magnetic field generated by the system for wireless energy transfer by magnetic induction, and wherein the location and size of the gaps are configured to prevent or reduce induction of current in the plurality of conductive elements when the antenna is exposed to the magnetic field generated by the system for wireless energy transfer by magnetic induction. at least one feed line located substantially in the center of the antenna; a plurality of conductive elements (508a-h) coupled to the at least one feed line and configured to radiate RF energy to transmit and receive radio information, the plurality of conductive elements arranged in a pattern that is mirrored along the first and second symmetry lines, the plurality of conductive elements comprising at least first and second conductive elements extending from the at least one feed line in opposite directions with respect to the first symmetry line; and a plurality of gaps (510a-p) positioned between adjacent conductive elements, wherein the antenna is configured to be placed in the magnetic field generated by the system for wireless energy transfer by magnetic induction, and wherein the location and size of the gaps are configured to prevent or reduce induction of current in the plurality of conductive elements when the antenna is exposed to the magnetic field generated by the system for wireless energy transfer by magnetic induction.