referring to fig1 a device for promoting energy flow , or a bioenergy channelizer device 100 , is shown . the bioenergy channelizer device promotes energy flow in an organism by receiving energy from the organism and retransmitting this received energy back to the organism . ( however , additionally , it is noted that movement of a below described device through an electrical , magnetic , electromagnetic or other energy field may cause energy flow along the device .) the bioenergy channelizer device is preferably used on an organism such as the human body , but other organisms such as animals , plants or other living organisms are not beyond the scope of the present invention . the bioenergy channelizer devices 100 relates to energy which propagates through an organism which is synonymous with qi ( pronounced chi ) of chinese acupuncture , and with prana of traditional indian medicine and philosophy , and energy associated with the universal life - force present in an organism . the energy discussed herein also relates to the energy which is associated with kinesiology and reflexology . the bioenergy channelizer device 100 &# 34 ; channelizes &# 34 ; or &# 34 ; harnesses &# 34 ; energy emitted from an organism and surrounding an organism , such energy taking many forms . such forms of energy include , but are not limited to , electromagnetic energy , magnetic energy in the form of magnetic fields , biochemical energy , thermal energy , and light energy , or other like energy forms . the bioenergy channelizer unit 100 is preferably designed to receive and transmit energy that flows in the vicinity of the meridians or energy channels of a living organism . it is contemplated that one or more of the components of the bioenergy channelizer device 100 receive energy from one reflex point in the vicinity of one meridian and transmits energy to another reflex point in the vicinity of that or another meridian . however , the bioenergy channelizer device 100 can receive energy from along a single meridian and retransmit energy to the same meridian from which the energy was received . the bioenergy channelizer device 100 can receive energy from at least one reflex point with respect to at least one meridian and transmit this received energy to one or more reflex points at one or more meridians . alternatively , the bioenergy channelizer device 100 can receive energy from the vicinity of one meridian and retransmit the received energy to the vicinity of a plurality of meridians within a living organism . the bioenergy channelizer device 100 comprises a metallic structure 102 having a central portion 104 and a plurality of arms extending therefrom , specifically a longitudinal piece 106 and a crosspiece 108 which together form a cross structure . the generally flat metallic structure 102 has a thickness of approximately 1 . 5 mm and is composed with an electrically conductive element such as copper , aluminum , gold , silver , an alloy thereon , and a ceramic material , but preferably copper or a copper alloy . the longitudinal piece 106 is greater in length than the crosspiece 108 with the cross preferably being an egyptian cross or ankh , such that one end of the cross is in a rounded , inverted teardrop form 110 . while the metallic structure 102 , particularly in the form of an ankh may be formed by a variety of manufacturing or forming methods and techniques , to include , but not limited to , casting , pressing , forging , and cutting , the inventor has found that forming such structure by water jet cutting provides overall improved promotion of energy flow . through experimentation and investigation , the inventor has determined preferable approximate dimensions for the metallic structure 102 having an ankh form . from study , the inventor has determined that healthy energy flow within an organism is promoted and increased by forming the metallic ankh with the dimensions for a , b and c generally according to the harmony relationships as exemplified in the basic proportionality laws such as the golden section number phi , namely in the relationship such that the c minus b = a times φ plus or minus 5 %, where φ = phi = 1 . 618 . through investigation , the inventor has determined that the metallic structure 102 , in conjunction with the at least one mineral crystal 150 , described hereinbelow , and / or at least one bioenergy channelizer unit 20 , described hereinbelow , can be quite beneficial in promoting and increasing the healthy flow of energy in an organism . however , recognizing that the combination of the components of device 100 can produce a high gauss , such that promotion and increase of energy flow can pass a threshold beyond which the benefits - to - cost ratio for promoting and increasing healthy flow of energy begins to decline , the inventor has developed preferable dimensions , though by no means the exclusive example for the dimensions , for the metallic structure 102 . as a result , the a , b , and c dimensions of the metallic structure 102 have been particularly identified for an adult human being of generally average mass and average weight with the dimensions set forth below , with the dimensions being identified in fig1 . e : length of crosspiece 108 extending beyond longitudinal piece 106 = 5 . 6 cm the above dimensions were determined with deference to the golden section number phi by which ©- b )= 22 . 652 , or rounded , 23 . further , as can be seen above , following from the previously mentioned pythagorean numerology , particularly the use of the first numbers of 5 , 2 , and 3 , the inventor determined that the value of a should be set as a =( 5 × f ), the value of e =( 2 × f ), and the value of b ={[( 2 × f )+ φ ]}× 2φ . thus , b = 29 . 35 , or rounded , 29 . in addition , it is within the scope of this invention that , for a living organism above or below the above dimensions for an average size human , the lengths and widths of the metallic structure 102 may be increased or decreased , for example , proportionally . the bioenergy channelizer 100 device further comprises a three - dimensional structure 112 with the corners joining its width dimensions to its length dimensions being rounded such that an arc connects the adjacent pairs of sides . the structure 112 is preferably formed , at least partially , from wood , preferably a softwood , more preferably , a conifer wood , most preferably spruce ; and has a thickness t of 1 . 5 cm to 2 . 3 cm , preferably 2 . 0 cm . the wooden structure 112 can be formed from either a single piece of wood or multiple pieces of wood , preferably three pieces . in a generally rectangularly shaped upper surface 114 of the wooden structure 112 is formed a primary recess portion 116 . at least one secondary recess portion 118 is formed in a receiving surface 120 of the primary recess portion 116 . further , it is within the scope of the invention to form at least one secondary recess portion 118 in the wooden structure 112 adjacent to the receiving surface 120 , but not contiguous therewith . the secondary recess portions 118 are located along the longitudinal piece 106 at the intersection of the longitudinal piece 106 and the crosspiece 108 , at a distal end of the longitudinal piece of the non - ankh portion , and a position therebetween . preferably , the portions 118 are formed in the receiving surface 120 of the primary recess portion . the receiving surface 120 receives the metallic structure 102 which is inset thereinto with a first surface of the metallic structure 102 facing toward the receiving surface 120 , the longitudinal piece 106 of the metallic structure 102 extending substantially along the longitudinal axis of the wooden structure 112 . however , it is within the scope of the invention that longitudinal piece 106 extends at an angle to such longitudinal axis . the relative length and width dimensions of the wooden structure 112 should be sufficient length to accommodate the metallic structure within the bounds of the upper surface . in this regard , the inventor has determined that a ratio of length to width of the wooden structure 112 is 3 to 2 . however , it is within the scope of the invention that such a ratio may vary and that an end or ends of the either of the longitudinal piece and the crosspiece extend outward from the edges of the wooden structure . for that matter , it is within the scope of the invention that at least a portion of the primary recess portion 116 extends through the wooden structure from upper surface to lower surface . the bioenergy channelizer device 100 further comprises at least one mineral crystal acting as an energy resonator to receive , amplify and re - transmit energy . several types of powerful mineral crystals are red jasper , amethyst , malachite , quartz and lapis lazuli , with the preferable mineral crystal being lapis lazuli , especially lapis lazuli from deposits in and around present day afghanistan . it is not beyond the scope of the invention that the mineral crystals may be in pulverized form . further , it is not beyond the scope of the invention that the at least one mineral crystal is man - made rather than naturally occurring . the at least one mineral crystal is disposed in a secondary recess portion 118 . following experimentation , the inventor determined that it is preferable that the at least one mineral crystal be disposed in the secondary recess portion 118 located adjacent the intersection of the longitudinal piece 106 and the crosspiece 108 . the bioenergy channelizer device 100 further comprised at least one bioenergy channelizer unit 20 . referring to fig2 a , a unit for promoting energy flow , or a bioenergy channelizer unit 20 , is shown . the bioenergy channelizer unit promotes energy flow in an organism by receiving energy from the organism and retransmitting this received energy back to the organism . ( however , additionally , it is noted that movement of a unit through an electrical , magnetic , electromagnetic or other energy field may cause energy flow along the unit .) the bioenergy channelizer unit 20 relates to energy which propagates through an organism which is synonymous with qi ( pronounced chi ) of chinese acupuncture , and with prana of traditional indian medicine and philosophy , and energy associated with the universal life - force present in an organism . the energy discussed herein also relates to the energy which is associated with kinesiology and reflexology . the bioenergy channelizer unit 20 &# 34 ; channelizes &# 34 ; or &# 34 ; harnesses &# 34 ; energy emitted from an organism and surrounding an organism , such energy taking many forms . such forms of energy include , but are not limited to , electromagnetic energy , magnetic energy in the form of magnetic fields , biochemical energy , thermal energy , and light energy , or other like energy forms . the bioenergy channelizer unit 20 is preferably designed to receive and to transmit energy that flows within the meridians or energy channels of a living organism . it is contemplated that the bioenergy channelizer unit 20 receives energy from one reflex point in the vicinity of one meridian and transmits energy to another reflex point in the vicinity of that or another meridian . however , the bioenergy channelizer unit 20 can receive energy from along a single meridian and retransmit energy to the same meridian from which the energy was received . the bioenergy channelizer unit 20 can receive energy from at least one reflex point with respect to at least one meridian and transmit this received energy to one or more reflex points at one or more meridians . alternatively , the bioenergy channelizer unit 20 can receive energy from the vicinity of one meridian and retransmit the received energy to the vicinity of a plurality of meridians within a living organism . the bioenergy channelizer unit 20 preferably includes a plurality of conductive elements 22 , 24 , 26 , 28 , and 30 . the conductive elements 22 , 24 , 26 , 28 , and 30 are preferably made from silver but other conductive materials forming one or more of the elements are not beyond the scope of the present invention . other materials include but are not limited to other precious metals such as gold , but include copper , stainless steel , various alloys , nonferrous alloys , nonferrous materials , ceramic materials and other conductive materials which promote energy flow within an organism . it is contemplated that when energy is emitted from an organism in the form of a magnetic field , at least one of the conductive elements 22 , 24 , 26 , 28 , and 30 will move relative to the lines of force of such a magnetic field to promote or induce an electric current therein . however , as stated above , the energy forms propagating through an organism can include , but are not limited to , electromagnetic energy , magnetic energy , electrical energy , chemical energy , thermal energy , and other like energy forms . in the preferred embodiment of the bioenergy channelizer unit 20 as shown in fig2 a , the bioenergy channelizer unit 20 includes a first conductive element 22 which has a predetermined geometrical shape . in the preferred embodiment , the preferred geometrical shape of the first conductive element 22 is a triangle . however , other shapes of the first conductive element are not beyond the scope of the present invention . other shapes include but are not limited to circular , elliptical , square , rectangular , pentagonal , hexagonal , octagonal , and other polygonal shapes . while only a single conductive element 22 is shown in fig2 a , a plurality of conductive portions which are grouped in the shape of a triangle is not beyond the scope of the present invention . in other words , a plurality of conductive sub - parts which form a triangular perimeter could also be employed as the first conductive element 22 . as to dimensions of the preferred triangular shaped embodiment of the first conductive element 22 , through study and experimentation , the inventor has determined that the ratio of the distance from the distal point of the structure to the base width of the structure is less than 1 , preferably in a ratio of 7 / 10 , and more preferably 11 / 15 . a second conductive element 24 preferably includes a plurality of conductive portions 25 . each of these second conductive portions 25 preferably has a rectangular shape however , similar to the first element 22 , other shapes are not beyond the scope of the present invention . other shapes include but are not limited to elliptical , circular , square , trapezoidal , pentagonal , hexagonal , octagonal and other like polygonal forms . each of the second conductive portions 25 includes a surface area which is equivalent with respect to a neighboring conductive portion 25 of the plurality . while portions 25 of the second conductive element 24 are shown , it is not beyond the scope of the present invention to form the second conductive element 24 as a single conductive portion . the conductive portions 25 are preferably aligned in a parallel manner adjacent to the first conductive element 22 . the second conductive portions 25 preferably include first sides and second sides where the first sides are substantially larger than the second sides . the second smaller sides are preferably aligned in a parallel manner with respect to one side of the first conductive element 22 which is typically triangularly shaped . the second conductive portions 25 are spaced from the conductive element 22 according to a predetermined distance which facilitates energy flow between conductive elements and a living organism . the third conductive element 26 includes a plurality of conductive portions 27 which are spaced apart from the second conductive portions 25 by a predetermined distance which facilitates energy flow between the conductive elements / portions and a living organism . similar to the second conductive portions 25 , the third conductive portions 27 preferably include a rectangular shape . however , each third conductive portion 27 preferably includes surface areas which are substantially larger than the surface areas of the second conductive portions 25 . while the conductive portions 27 are preferably rectangular in shape , other shapes of the third conductive portions 27 include but are not limited to circular , elliptical , square , pentagonal , hexagonal , octagonal and other polygonal shapes . the third conductive portions 27 are preferably substantially aligned in a parallel manner and include first sides and second sides . each first side of each third rectangular conductive portion 27 is substantially larger than each second side of each third conductive portion 27 . the second sides of the third conductive portions 27 are substantially aligned in a parallel manner with respect to the second sides of the second conductive portions 25 . the third conductive portions 27 are spaced apart from each other for a predetermined distance and are spaced apart from the second conductive portions 25 by a predetermined distance which substantially promotes energy flow between the conductive elements in addition to energy flow between the conductive elements and the organism . similar to the second conductive portions 25 , the third conductive portions 27 can include a single conductive portion formed in a unitary structure or can include additional conductive portions which form a substantially similar shape of the plurality of third conductive portions 27 shown in fig2 a . in other words , a single conductive portion can replace the three conductive portions 27 shown in fig2 a or the third conductive element 26 can include 4 , 5 , or 6 separate portions or multiples of three conductive elements such as 6 , 9 , and 12 , instead of the three conductive portions 27 shown . the fourth conductive element 28 includes a plurality of conductive portions 29 which are substantially similar to the second conductive portions 25 . therefore , since the third conductive portions 29 are substantially similar to the second conductive portions 25 , a description of the fourth conductive portions 29 is not necessary . similar to the fourth conductive portions 29 relative to the second conductive portions , the fifth conductive element 30 is substantially similar in structure to the first conductive element 22 . the fifth conductive element 30 can include alternate embodiments similar to those discussed with reference to the first conductive element 22 where multiple portions form the fifth conductive element 30 . additionally , the previously noted ratio dimensions of the first conductive element 22 are applicable to the fifth conductive element . accordingly , further discussion of the fifth conductive element 30 is not necessary . viewing the bioenergy channelizer unit as a whole , the symmetry of the whole unit 20 , is apparent to an observer . the first triangular conductive element 22 &# 34 ; points &# 34 ; or is directed in a first direction while the fifth triangular conductive element 30 &# 34 ; points &# 34 ; or is oriented in a second direction which is substantially 180 ° relative to the first direction of the first conductive element 22 . the symmetry of the bioenergy channelizer unit 20 is further emphasized by the second conductive element 24 which is disposed between the first conductive element 22 and the second conductive 26 while the fourth conductive element 28 is disposed between the third conductive element 26 and the fifth conductive element 30 . it is believed that the relative spacing between the elements ( within a specified group such as the spacing between respective portions 25 ) in addition to the relative spacing between adjacent conducting elements ( such as elements 24 and 26 ) and the spacing of the conductive elements 22 , 24 , 26 , 28 , and 30 with respect to an organism promote energy flow from the living organism to the conductive elements 22 , 24 , 26 , 28 , and 30 and back to the living organism . the conductive elements 22 , 24 , 26 , 28 , and 30 are preferably disposed upon a dielectric layer 32 . fig2 a shows the bioenergy channelizer unit 20 without first or second covering layers 34 and 42 or dielectric layers 32 and 40 . the first covering layer 34 is preferably a dielectric material . the dielectric material is preferably leather , gore - tex ™, altacara , or silon ( preferably with microcapsules of etheric oils contained within its structure ), but other types of dielectric materials are not beyond the scope of the present invention . other types of materials include but are not limited to silicon , polyethylene , teflon ™, polystyrene , polyvinyl chloride , nylon , rubber epoxy , paraffin wax , fused silica and water and other like dielectric materials . as seen in fig2 b which shows a complete cross section of the bioenergy channelizer unit 20 along with the covering layer 34 which includes a plurality of apertures 36 which penetrate completely through the first covering layer 34 to expose surfaces of the first dielectric material layer 32 . the apertures 36 are preferably circular in shape , but other shapes are not beyond the scope of the present invention . other shapes of the apertures 36 include but are not limited to elliptical , square , rectangular , pentagonal , hexagonal , octagonal and other like polygonal shapes . the apertures preferably have a maximum diameter of 1 mm . however , other sizes are not beyond the scope of the present invention . however , dependent on the use of materials for first covering layer 34 and / or anticipated utilization of the bioenergy channelizer unit 20 on the organism , the apertures 36 are optional such that the first covering layer 34 has no formed apertures which penetrate completely through the layer . between the conductive elements 22 , 24 , 26 , 28 , and 30 , the first dielectric material layer 32 is preferably disposed . however , it is possible to form the bioenergy channelizer unit where an absence of material or lack of material is present between the respective conductive elements 22 , 24 , 26 , 28 , and 30 . for example , the spaces or pockets 38 can be filled with atmospheric air or a vacuum . the conductive elements 22 , 24 , 26 , 28 , and 30 , are further disposed upon a second dielectric layer 40 which is preferably silicon . however , other types of dielectric materials are not beyond the present invention and include but are not limited to leather , polyethylene , teflon ™, polystyrene , polyvinyl chloride , nylon , rubber epoxy , paraffin wax , fused silica and water and other like dielectric materials . furthermore , it is not beyond the scope of the present invention where the first dielectric layer 32 and second dielectric layer 40 are essentially one dielectric layer which encapsulate the conductive elements 22 , 24 , 26 , 28 , and 30 . such an embodiment where the dielectric layers 32 and 40 are a unitary structure would facilitate efficient manufacturing of the bioenergy channelizer unit 20 . the thickness of the first dielectric 32 and the second dielectric layer 40 are dependent upon the amount of energy emitted from the living organism in which the bioenergy channelizer unit 20 is attached thereto . therefore , the thicknesses of the dielectric layers can vary depending upon the strength of the energy being emitted from , or to be directed to , the living organism . it is contemplated that the spacings between the conductive elements 22 , 24 , 26 , 28 , and 30 and the thickness of the dielectric layers 32 and 40 are dependent upon the particular energy field of an organism where each living organism may include different energy field strengths with respect to a similar living organism . the second dielectric layer 40 may also be spaced between the conductive elements 22 , 24 , 26 , 28 , and 30 , in addition to the dielectric layer 32 , and a second covering layer 42 . the second covering layer 42 is preferably made of a dielectric material similar to the material of the first covering layer 34 ( leather , gore - tex ™, or altacara ). while the second covering layer 42 has a thickness which is dependent upon the amount of energy being emitted from , or directed to , the living organism , the thickness of the second covering layer 42 is also dependent upon the intended environment of the bioenergy channelizer unit 20 . for example , when the bioenergy channelizer unit 20 is used in conjunction with the metallic structure 102 and / or one or more mineral crystals 150 of the device 100 . the thickness of either of the first covering layer 34 or the second covering layer 42 may depend upon other materials that lie adjacent to the second covering material such as the structure and consistency of the metallic structure 102 and the wooden structure 112 . in fact , investigations have shown that , due to the rigidity of the metallic structure 102 and the wooden structure 112 , a unit 20 , used in conjunction with the metallic structure 102 and / or the mineral crystal 150 as an insert in a secondary recess portion 118 , requires neither of the first covering layer 34 nor the second covering layer 42 , and requires only requiring one of the first dielectric layer 32 and the second dielectric layer 40 . the thicknesses and the relative spacings between the conductive elements 22 , 24 , 26 , 28 , and 30 with respect to the living organism and the surrounding dielectric layers 32 and 40 and the covering layers 34 and 42 can be varied in accordance with the desired amount of energy interaction that is desired to occur between the bioenergy channelizer unit 20 , and / or the device 100 , and the organism . when used in conjunction with the metallic structure 102 , at least one unit 20 may be disposed inside any one of the secondary recess portions 118 . a unit 20 having the conductive elements mounted on a dielectric layer , with no covering layer 34 or 42 present , is disposed in the secondary recess portion 118 adjacent to the intersection of the longitudinal piece 106 and crosspiece 108 , the dielectric layer is preferably interposed between the metallic structure 102 and the conductive elements . further , when at least one mineral crystal is disposed within such secondary recess portion , the crystal ( s ) is interposed between the dielectric layer and the metallic structure 102 . however , it is within the scope of the invention that the at least one mineral crystal and such unit 20 may be disposed in other configurations within such secondary recess portion 118 . a similarly constructed unit 20 may be disposed in a secondary recess portion 118 other than that adjacent to the intersection of the longitudinal piece 106 and crosspiece 108 , having the conductive elements mounted on a dielectric layer , with no covering layer 34 or 42 . in such case , the conductive elements of such unit 20 are preferably interposed between the metallic structure 102 and the dielectric layer . however , it is within the scope of the invention that the at least one mineral crystal and such unit 20 may be disposed in other configurations within such secondary recess . furthermore , the bioenergy channelizer device 100 comprises a plastic covering ( not shown ) which surrounds the above identified elements when they are assembled . the plastic covering is generally 2 to 3 mm thick and preferably encloses the entire wooden structure 112 with the metallic structure 102 inset therein . the plastic covering contains a yellow pigment . the plastic covering must be durable but yet pliable . it has been found that a plastic material formed from organic synthetic or processed materials that include polymers , particularly thermoplastic or thermosetting polymers , reinforced with fiberglass satisfies both conditions . in particular , it has been found that a combination of the plastic material colpoly 720 and fiberglass provide a notably suitable covering . the method for promoting energy flow in an organism includes providing a bioenergy channelizer device 100 to 15 flank the organism 1 . the method provides a bioenergy channelizer device 100 , the device including : a first structure 112 having an upper surface 114 with a primary recess portion 116 therein , the primary recess portion having a receiving surface 120 ; a second structure 102 having a plurality of arms 106 , 108 and a first surface 103 , the metal structure 102 being inset into the primary recess portion 116 such that the first surface 103 faces toward the receiving surface 120 ; and at least one bioenergy channelizer unit 20 , the at least one bioenergy channelizer unit including : a dielectric material 32 and a plurality of conductive elements 22 , 24 , 26 , 28 and 30 , the conductive elements being disposed on the dielectric material 32 in a predetermined spatial relationship , and the at least one bioenergy channelizer unit 20 being positioned adjacent the primary recess portion 116 . next , the method requires flanking the organism with the bioenergy channelizing device 100 , channelizing energy with the conductive elements 22 , 24 , 26 , 28 , and 30 from a first reflex point in the vicinity of a first meridian of the organism . the received or channelized energy is then transmitted from the first reflex point with the conductive elements 22 , 24 , 26 , 28 , and 30 toward a second reflex point in the vicinity of at least one of the first meridian and a second meridian of the organism , whereby healthy flow of energy within the organism is substantially increased . another method for promoting energy flow in an organism includes providing a bioenergy channelizer device 100 to flank the organism 1 . the method provides a bioenergy channelizing device , the providing step including : forming a first structure 112 having an upper surface 114 with a primary recess portion 116 therein including a receiving surface 120 ; forming a metallic ankh 102 using a water jet cutter , the ankh including a first surface 103 , a longitudinal piece 106 and a crosspiece 108 ; and insetting the metallic ankh into the primary recess portion 116 such that the first surface 103 faces toward the receiving surface 120 . the method further includes the step of flanking the organism with the bioenergy channelizing device ; channelizing energy with the metallic ankh from a first reflex point in the vicinity of a first meridian of the organism ; and transmitting energy channelized from the first reflex point with the metallic ankh 102 toward a second reflex point in the vicinity of at least one of the first meridian and a second meridian of the organism , whereby healthy flow of energy within the organism is substantially increased . such method further includes the step of forming at least one bioenergy channelizer unit 20 by placing conductive elements 22 , 24 , 26 , 28 , and 30 on a dielectric material 32 in a predetermined spatial relationship , the step of forming at least one secondary recess portion 118 in one of the receiving surface 120 and the first surface 103 , the step of positioning at least one bioenergy channelizer unit 20 inside at least one of the at least one secondary recess portion , channelizing energy with the conductive elements 22 , 24 , 26 , 28 , and 30 from a first reflex point in the vicinity of a first meridian of the organism . the received or channelized energy is then transmitted from the first reflex point with the conductive elements 22 , 24 , 26 , 28 , and 30 toward a second reflex point in the vicinity of at least one of the first meridian and a second meridian of the organism , whereby healthy flow of energy within the organism is substantially increased . the method further includes enhancing the steps of channelizing energy and transmitting energy using at least one mineral crystal 150 and a plastic covering around the structures 102 and 112 , the covering containing a yellow color pigment . in application of the bioenergy channelizer device and method of its use for the promotion of healthy energy flow in an organism , proportionality is of practical importance . while preferable dimensions have been set forth , the size of the device can be increased or decreased dependent upon the organism or the portion thereof with which it is to be used . alternatively , the size of the device can depend on the distance by which the device is separated from the organism which it flanks , for example , the device being placed under a flexible support , such as mattress , upon which an organism reclines . lastly , the number of components such as the bioenergy channelizer units and / or number and type of mineral crystals incorporated in the device may affect its size to obtain optimum beneficial use in promoting healthy energy flow in , to , from or through specific organs , glands , or systems within the organism when the device is flanked or placed adjacent such organism in the vicinity of , reflex points or meridian termini . the invention being thus described , it will be obvious that the same may be varied in many ways . such variations are not to be regarded as a departure from the spirit and scope of the invention , and all such modifications as would be obvious to one skilled in the art are intended to be included within the scope of the following claims .
a device for promoting energy flow in an organism includes a metallic cross , at least one bioenergy channelizer unit having a plurality of conductive elements arranged on a dielectric material , and / or one or more mineral crystals , all mounted on a structure which is covered by a tinted covering , the device being placed adjacent to , or in proximity to , the organism . the conductive elements are disposed on the dielectric material in a predetermined spatial relationship . the device flanks across predetermined regions or structures of the organism , for example , hands , arms , feet , legs , torso , back , or the entire body , so as to overlay singular or multiple energy pathways called meridians , each relating to specific organs , glands or systems of the organism . the first conductive element and / or the metallic cross transmits the energy along from the first reflex point toward a second conductive element of the conductive elements . the second conductive element and / or metallic cross transmits the energy to a second reflex point in the vicinity of at least one of the first meridian and a second meridian in the organism , whereby healthy flow of energy throughout the organism energy is substantially increased . the method utilizes the device to promote and enhance healthy flow of energy throughout the organism .