Alternating bi-colored pattern necklace formed through a light offset of a first chain and an nth chain interlaced to form the alternating bi-colored pattern necklace

A method, comprising:

• equally spacing a first set of lights between each other in a first chain;
• illuminating the first chain in a first color when powered through a first battery chamber;
• forming the first chain into a circular shape when edges of the first chain are coupled together into a first circuit through the first battery chamber;
• affixing a first clipping end in a male connector orientation on the first battery chamber;
• equally spacing an nth set of lights between each other in an nth chain;
• illuminating the nth chain in an nth color when powered through an nth battery chamber;
• forming the nth chain into the circular shape when edges of the nth chain are coupled together into an nth circuit through the nth battery chamber;
• affixing an nth clipping end in a female connector orientation on the nth battery chamber;
• forming the nth battery chamber in a width that is approximately one-half period offset from each of the first set of lights that are equally spaced with each other such that, when the first chain and the nth chain are mechanically coupled together when the first clipping end of the male connector orientation is mechanically coupled with the nth clipping end of the female connector orientation, an nth set of lights interlace with the first set of lights to form a bi-colored set of lights equally spaced apart in alternating colors of the first color and the nth color at a density of twice of any one of the first set of lights of the first chain and the nth set of lights of the nth chain, and
• forming a necklace an alternating bi-colored pattern when the first chain is mechanically mated with the nth chain through a union of a male connector of the first chain with a female connector of the nth chain.

A necklace, comprising:

• a first chain having a first set of lights that are equally spaced between each other and which are illuminated in a first color when powered through a first battery chamber that forms the first chain into a circular shape when edges of the first chain are coupled together into a first circuit through the first battery chamber,
• wherein the first battery chamber includes a first clipping end in a male connector orientation;
• an nth chain having an nth set of lights that are equally spaced between each other and which are illuminated in an nth color when powered through an nth battery chamber that forms the nth chain into the circular shape when edges of the nth chain are coupled together into an nth circuit through the nth battery chamber,
• wherein the nth battery chamber includes an nth clipping end in a female connector orientation;
• wherein a width of an nth battery chamber forms an approximately one-half period offset from each of the first set of lights that are equally spaced with each other such that, when the first chain and the nth chain are mechanically coupled together when the first clipping end of the male connector orientation is mechanically coupled with the nth clipping end of the female connector orientation, an nth set of lights interlace with the first set of lights to form a bi-colored set of lights equally spaced apart in alternating colors of the first color and the nth color at a density of twice of any one of the first set of lights of the first chain and the nth set of lights of the nth chain,
• wherein the necklace is formed of an alternating bi-colored pattern when the first chain is mechanically mated with the nth chain through a union of a male connector of the first chain with a female connector of the nth chain, and
• wherein any one of the first chain and the nth chain includes a set of modes in which lights on either chain can be set to a flashing pattern of varying speed and frequency when the set of modes are set through a button on each of the first chain and the nth chain respectively.