The periodic table is inverted to accommodate physical spatial variation of electrons in elements within condensed matter. This Roberts-Janet Nuclear Periodic Table extends to plasma, nucleosynthesis, particle physics and cosmology where the electric field is repulsive. The relation 2n<sup>2</sup> = n(n+1) Periodicity + n(n-1) Compactness observed by De Broglie and U(1) x SU(2) x SU(3) group symmetry has resulted in the Quantum Mechanical Table which has a one-to-one mapping with the Roberts-Janet Table. This convergence implies; repeated periods within the Periodic Table; a metallic state of helium; the production of more energy states as spatial variation decreases; identical independent magic numbers of neutrons and protons; Wilczek's asymptotic freedoms; the extinction of radioactivity as white dwarfs collapse to neutron stars and black holes and its return via collisions between black holes and neutron stars with a re-cycling of heavy elements of an almost infinite atomic number as matter decays to elements familiar to the Periodic Table. Two cycles appear within the Roberts-Janet Table where the Second Law of Thermodynamics and Information Dynamics clash as entropy increases and decreases locally. Abiogenesis and Leptogenesis appear separately within different cycles. Mass number becomes an empirical property caused by the production of elements within every supernova with unique values for isotopic ratios - Mendeleev's original dilemma. This results in numerous Periodic Tables if mass number is included.

Is there a place for the periodic table as chemistry embraces multi-disciplinary science and quantum field theory?

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