reference should now be made to the drawing figures , on which similar or identical elements are given consistent identifying numerals throughout the various figures thereof , and on which parenthetical references to figure numbers direct the reader to the view ( s ) on which the element ( s ) being described is ( are ) best seen , although the element ( s ) may also be seen on other views . fig1 illustrates a first coiled left pitch filament 1 with a starting end 3 and a finishing end 5 positioned next to a second coiled right pitch filament 2 with a starting end 4 and a finishing end 5 . the electromagnetic signature that results from the integration of , for example , a first left pitch filament winding with a second left pitch filament winding , as shown in fig6 is not as efficient when compared to the electromagnetic signature that results from the integration of , for example , a first left pitch filament winding with a second right pitch filament winding . fig2 depicts a particularly preferred embodiment of the present invention comprising an electric circuit integration of a first coiled left pitch filament 1 , north pole location 12 , consequent south pole location 13 with left pitch electromotive force direction 14 electrically connected in parallel by terminal 6 positive and terminal 7 negative to a second coiled right pitch filament 2 , north pole location 12 , consequent south pole location 13 with right pitch electromotive force direction 15 . the electromagnetic signature for integrating the balanced left pitch filament with a right pitch filament , as shown in the parallel electric connection in fig2 has been found to be more efficient than for the parallel electric fig1 connection . fig3 shows another aspect of the present invention comprising a support mount 8 integrating a first coiled left pitch filament 1 to a second coiled right pitch filament 2 with a terminal 6 positive and a terminal 7 negative . the electrical circuitry connecting the terminals 6 , 7 , also referred to as taps , to the filaments 1 , 2 is imbedded or surrounded by the mount 8 , also referred to as a base , and is not shown in the figure . the coils are preferrably enclosed within a light transmissible envelope 8a . fig4 demonstrates the center plane 16 midway location between a left electromagnetic angle of inclination distortion 9 and a right pitch electromagnetic angle of balanced inclination distortion 10 . fig5 shows a first coiled left pitch filament 1 with north pole location 12 , consequent pole location 13 wound in mirror image symmetry relationship to a second coiled right pitch filament 2 with north pole location 12 , consequent pole location 13 formed on a mandrel 11 , as would occur when the left pitch filament 1 and the right pitch filament 2 are electrically connected as shown in fig2 according to the present invention . fig6 illustrates a prior art integration having a first coiled left pitch filament 1 with left pitch coiled filament starting end 3 next to a similar second coiled left pitch filament 1 with a left pitch coiled filament starting end 3 . fig7 shows a flat filament spiral formed architecture 17 according to the present invention where two starting leads 18 , 18 &# 39 ; are connected to the starting end of the spiral 17 whereby one starting lead 18 is led to the magnetic north pole location 12 , and whereby the other starting lead 18 &# 39 ; is led to the opposite magnetic south pole location 13 . the two starting leads 18 , 18 &# 39 ; are joined together to become positive electric terminal filament circuit connection 6 . flat filament spiral finishing end 19 becomes negative electric terminal filament circuit connection 7 . thus , a filament material , such as tungsten , may be looped in the form of a flat spiral possessing two inner integrated electric contacts that simultaneously electrify and magnetically polarize the spirals magnetic north pole face location and magnetic south pole face location for a synchronized magnet pole signature . fig8 shows a filament material cross section shape 20 according to the present invention having an open end 22 that is open from a central inner location 21 to the outside 23 . in a particularly preferred embodiment , the cross section shape is generally u - shaped . fig9 and 10 illustrate increasing the circumference skin dimension or surface area while keeping cross - sectional area constant . fig9 illustrates a material cross section area 24 of one inch square possessing a perimeter or circumference skin dimension 25 of four inches . fig1 illustrates a material cross section area 24 of a first one half inch square including a material cross section area 24 of a second one half inch square possessing an integrated perimeter or circumference skin dimension 25 of six inches . thus , fig9 and 10 roughly illustrate the increase in surface area that a lamp filament cross section as seen in fig8 would have over conventional circular or bar - shaped filaments . the increased surface area results in more light radiating capacity for a given cross sectional area of impedance of a filament . thus , the more skin surface area available , the greater the luminous output . fig1 depicts an electric circuit integration comprising a first coiled left pitch filament 1 , north pole location 12 , south pole location 13 with left pitch electromotive force direction 14 electrically connected in parallel by terminal 6 positive and terminal 7 negative to a second coiled right pitch filament 2 , north pole location 12 , south pole location 13 with a right pitch electromotive force direction 15 . the filaments or strand material may be made of tungsten or some other material known in the art . the filaments in a lamp or light bulb would typically be surrounded by a vacuum or partial vacuum in order to enhance performance , as is known in the art . the filament may be formed around a mandrel so that a first lamp filament has a left directed angle of inclination pitch and the second lamp filament has a right directed angle of inclination pitch so that the two filaments may be electrically connected in parallel so that a consequent magnetic pole exists between the two filaments , thereby creating a balanced electromagnetic signature . table 1______________________________________reference numerals used in drawings______________________________________1 , 1 &# 39 ;: left pitch filament2 : right pitch filament3 , 3 &# 39 ;: left pitch coiled filament starting end4 : right pitch coiled filament starting end5 : left pitch coiled filament and right pitch coiled filament finishing ends6 : positive electric terminal filament circuit connection7 : negative electric terminal filament circuit connection8 : support mount for filaments and electric terminals9 : left pitch electromagnetic angle of inclination distortion10 : right pitch electromagnetic angle of inclination distortion11 : filament coil - forming mandrel12 : magnetic north pole face location13 : magnetic south pole face location14 : left pitch electromotive force direction15 : right pitch electromotive force direction16 : center plane midway location between filaments17 : flat filament spiral formed architecture18 , 18 &# 39 ;: flat filament spiral starting ends19 : flat filament spiral finishing end20 : filament material cross section shape and characteristic impedance21 : central inner location22 : opening23 : outside location24 : material cross section area25 : perimeter or circumference skin dimension______________________________________ in an exemplary embodiment , a comparison condition was measured using circuit connection as shown in fig2 to that of circuit connection as shown in fig1 . a left pitch lamp filament in a first general electric ( h3 , 12v . 55 watt halogen bulb ) was positioned in axial alignment to a right pitch lamp filament in a second narva ( h2 , 12v . 55 watt halogen bulb ) as close to each other as the bulbs class envelopes would allow . an electrical reversing switch was inserted into the circuit so that when an electric alternating current or an electric direct current source illuminated the electrically parallel connected bulbs , the filament brightness was noticeably brighter with the circuit connection of fig2 as compared to fig1 . an electric volt meter was placed in the circuit to identify which connection used the least amount of electricity and produced the most amount of light . measurements were made in a dark environment to detect differences when the first sign of light was observed . in a comparison test , the circuit connection of fig2 used less electricity and produced more light than the circuit connection of fig1 . it should be noted that , in fig1 , the magnetic pole configuration from left to right along the axis of the coils is n - s - n - s . thus , the left pitch electromotive force direction 14 is the same as the right pitch electromotive force direction 15 in fig1 . however , the left and right pitch electromotive force directions 14 , 15 are oppositely directed in the configuration shown in fig2 . most preferably , the north and south poles generated in the symmetric magnetic signature according to the present invention should be of substantially equal strength . both poles are preferably polarized simultaneously . thus , as in the particularly preferred embodiment shown in fig2 the torque and twist imparted to the spiral are minimized by providing equal and oppositely directed electromotive forces . moreover , the prior art integration , as shown in fig6 provides two similar - pitched filaments that produce parasitic distortion to one another . it is to be understood that the invention is not limited to the illustrations described and shown herein , which are deemed to be merely illustrative of the best modes of carrying out the invention , and which are susceptible of modification of form , size , arrangement of parts and details of operation . the invention rather is intended to encompass all such modifications which are within its spirit and scope as defined by the claims .