2 dimensional qunatom computing sorting algorithm

in it there is proper quantom that ther si two light lensess reflection to read we put one is in hsallow bit and front bit devide two state tehn we use reflection form shallow bit lenses and refkection from front bit relfection then thet si diemsnion on ninty degree or any degree to eprform axis worksso we linearly devide the quantom in many part means quantom location quantom image tod devidein multiple part so lenses read the mutiple relfection from both side front and shallow side and spin by angaulr moentum by sin tehat + sqrt pow epoe -p or e pow e cos tehta so by thatw ecoudl achive by multiple lenses dienditon quantomn pahses then we achive value by dim the phton beam and lit the pthon beams in time to tiem and read teh reflection in the form of angualr cycle to compelte to chekc hwo many bit is crated in one cycle from qubit or quantom then qubit is created then shallow pahse and front pahse get together sow eachive qubut from vey psiisbelndierction from quantom then dimensional qubit it create whne we cosndier quantomone some angel ita chive by phton beam on some angle then angualr monetum cosn theta + sin theta will calculate fro them and then we get dimensional quantom now sorting and address sow ecreate one sheet of qunatom as addreses and bonding valuewith it by anothr quantom sheet so we get teh address teeth now we wnat to put soemvalue and connction we check teh raotion of firts sheet quantomm when we claute roction angle then we chekc the value of the second shet quantom then we put these values in themby the use of statis phtotn beam