Aim visualization, anti-torque stabilized, and resonant-structured golf putter head

A golf putter head connected to the shaft of the putter such that the connecting vector of the shaft through the golf putter head passes through the rotational striking center of balance for the putter as a whole, wherein said head comprises:

• strike alignment means;
• stroke triangulation means;
• striking alignment means;
• and,
• stroking alignment means.

A golf putter head connected to the shaft of the putter such that the vector of the shaft through the golf putter head passes through the rotational striking center of balance for the putter as a whole, wherein said head comprises:

• a central striking element having a front striking face, left, right, top, bottom, and rear aspects, being no more than one and a half times as wide as the average golf ball, being no more than five sixths as tall as the average golf ball, wherein the front striking face inclines rearward up to 1 degree, the top aspect curves to a central height no more than one-sixteenth of an inch greater than the sides, with at least one linear alignment design element on said top aspect along the X axis through the center from rear to front of said central striking element;
• a pair of left connecting links with left and right ends, the right ends being connected to the left aspect of said central striking element above each other, said connecting links being parallel to the Y axis;
• a left stabilizer, in the form of a hexagonal cylinder extending along the X axis, with the top face parallel to the X-Y plane and the bottom face inclined one degree upwards towards the rear, connected to said left ends of said left connecting links at the rightmost angle of said hexagonal form, substantially towards the front, the mass of said stabilizer ranging from a ratio of 2 to 2.15 to 1 when compared to said central striking element;
• a left rear connecting link with left and right ends, said left end being connected to said left stabilizer at a 45 degree rearward angle to said left front connecting links and the X axis and at the rightmost angle of said hexagonal form;
• a pair of right connecting links with left and right ends, the left ends being connected to the right aspect of said central striking element above each other, said connecting links being parallel to the Y axis;
• a right stabilizer, in the form of a hexagonal cylinder extending along the X axis, with the top face parallel to the X-Y plane and the bottom face inclined one degree upwards towards the rear, connected to said right ends of said right connecting links at the leftmost angle of said hexagonal form, substantially towards the front the mass of said stabilizer ranging from a ratio of 2 to 2.15 to 1 when compared to said central striking element;
• a right rear connecting link with left and right ends, said right end being connected to said right stabilizer at a 45 degree rearward angle to said right front connecting links and the X axis and at the leftmost angle of said hexagonal form;
• a triangular rear element with a right angle pointing rearward, a front face, a visually differentiated aiming diamond, square in the X-Y dimension, offset by 90° to the central striking element and thereby ‘square’ to the rear element's rearmost point and right angle, made of a different material than the rear element, said aiming diamond's tips aligning with the center back connecting link and striking direction, said aiming diamond further forming an inset top cap for manufacturability ease, with said triangular rear element connecting to said left and right rear connecting links at the other angles of said rear element;
• with the mass of the putter head totaling between 1.6 and 1.8 pounds and balanced along the Y axis behind the shaft vector;
• a trio of back connecting links, each back connecting link having front and rear ends, said front end connecting to the rear aspect of said central striking element, said rear end connection to the front hypotenuse of said rear element, with a central rear connecting link aligned with the striking vector and connected near the top of each of the central striking element and rear element, the left connecting link connected near the bottom of the rear element and to the bottom half of the central striking element and angled outward frontally towards the left stabilizer, the right connecting link connected near the bottom of the rear element and to the bottom half of the central striking element and angled outward frontally towards the right stabilizer;
• and,
• all link connectors are assembled within a {fraction (1/1,000)}″ (one one-thousandth inch) tolerance for each subset (link connectors from a stabilizer, or between the central striking element and the rear element) and braized together once assembled.