Abstract
Human ABO blood type was identified by the z-scan technique. This technique offers a simple and direct procedural method. The different blood types exhibited distinguished nonlinear behavior characterized by a difference in the peaks and valleys of the closed-aperture scans. This difference was related to the rate of heat dissipation in the red blood cells through the surface antigens (glycoproteins). The concentrated energy in these blood cells changed their linear interaction based on the number and type of these antigens. The results and findings of the identification procedure are discussed and reported.
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