king arthur’s hall and the bodmin stone circles.

king arthur’s hall and the bodmin stone circles. stone circle groups tend to have consistent diameters and this seems to apply to those on bodmin especially the ones closest to king arthur’s hall. although at this stage  a tentative proposition, three of the closest circles seem to share common measurements. the width and length of the hall can be seen to be constructed from the square of the width plus a ‘pythagorean’ right angled triangle based on that width. the circle most closely associated with the hall is louden hill and it’s radius correlates with this width. the transverse stone on its southern side also sits on this so called ‘pythagorean’ division and its longest side and its diagonal seems to fit the radii of the circles, liaze  and trippet respectively. i say so called as this geometry seems to in evidence in the layout of megalithic structures as least as early as the neolithic.#kingarthurshall #liazestonecircle #loudenhillstonecircle #trippetstonecircle #ancienthistory #ancientgeometry #ancientwisdom #stonecircles #sacredpools #megalithicstones #megalithicstructures #megalithic

stone circle groups tend to have consistent diameters and this seems to apply to those on bodmin especially the ones closest to king arthur’s hall. although at this stage a tentative proposition, three of the closest circles seem to share common measurements. the width and length of the hall can be seen to be constructed from the square of the width plus a ‘pythagorean’ right angled triangle based on that width. the circle most closely associated with the hall is louden hill and it’s radius correlates with this width. the transverse stone on its southern side also sits on this so called ‘pythagorean’ division and its longest side and its diagonal seems to fit the radii of the circles, liaze and trippet respectively. i say so called as this geometry seems to in evidence in the layout of megalithic structures as least as early as the neolithic.