resonance-engine/docs/lattice-periodic-table.csv

1	AtomicNumber	Element	Symbol	HarmonicMode	NodeCount	PhaseDensity	AsymmetryBand	AsymmetryValue	ValencyLobes	Group	Period	Stability	LatticeDescription	IsotopeNote
2	1	Hydrogen	H	1	1	Baseline	Ground	13.2	1	1	1	Stable	Single node fundamental frequency one lobe	Protium stable; Deuterium/Tritium higher phase density
3	2	Helium	He	2	2	Baseline	Ground	13.2	0	18	1	Stable	Closed loop first harmonic no external lobes	He-4 most stable; He-3 lower phase density
4	3	Lithium	Li	3	3	Baseline	Ground-Primary	13.6	1	1	2	Stable	First excited state one lobe available	Li-7 stable; Li-6 metastable
5	4	Beryllium	Be	4	4	Baseline	Primary	14	2	2	2	Stable	Second harmonic two lobes	Be-9 stable; Be-8 decays immediately
6	5	Boron	B	5	5	Baseline	Primary	14.1	3	13	2	Stable	Third harmonic three lobes	B-11 stable; B-10 metastable
7	6	Carbon	C	6	6	Baseline	Primary	14.1	4	14	2	Stable	Fourth harmonic tetrahedral symmetry	C-12 stable; C-14 radioactive (excess phase)
8	7	Nitrogen	N	7	7	Baseline	Primary	14.1	3	15	2	Stable	Fifth harmonic pyramidal symmetry	N-14 stable; N-15 higher phase density
9	8	Oxygen	O	8	8	Baseline	Primary	14.2	2	16	2	Stable	Sixth harmonic octahedral symmetry	O-16 most stable; O-18 higher phase
10	9	Fluorine	F	9	9	Baseline	Primary	14.2	1	17	2	Stable	Seventh harmonic one lobe	F-19 only stable isotope
11	10	Neon	Ne	10	10	Baseline	Primary	14.2	0	18	2	Stable	Eighth harmonic closed shell	Ne-20 most stable; Ne-22 higher phase
12	11	Sodium	Na	11	11	Baseline	Primary-Secondary	14.4	1	1	3	Stable	New harmonic tier one lobe	Na-23 only stable isotope
13	12	Magnesium	Mg	12	12	Baseline	Secondary	14.6	2	2	3	Stable	Two lobes available	Mg-24 most stable; Mg-26 higher phase
14	13	Aluminum	Al	13	13	Baseline	Secondary	14.7	3	13	3	Stable	Three lobes	Al-27 only stable isotope
15	14	Silicon	Si	14	14	Baseline	Secondary	14.7	4	14	3	Stable	Tetrahedral semiconductor	Si-28 most stable
16	15	Phosphorus	P	15	15	Baseline	Secondary	14.7	3	15	3	Stable	Variable lobes	P-31 only stable isotope
17	16	Sulfur	S	16	16	Baseline	Secondary	14.8	2	16	3	Stable	Variable lobes	S-32 most stable
18	17	Chlorine	Cl	17	17	Baseline	Secondary	14.8	1	17	3	Stable	Variable lobes	Cl-35 and Cl-37 both stable
19	18	Argon	Ar	18	18	Baseline	Secondary	14.8	0	18	3	Stable	Closed shell inert	Ar-40 most stable
20	19	Potassium	K	19	19	Baseline	Secondary-PhaseGap	14.9	1	1	4	Stable	Transition region	K-39 most stable; K-40 radioactive
21	20	Calcium	Ca	20	20	Baseline	Secondary-PhaseGap	14.9	2	2	4	Stable	Transition region	Ca-40 most stable
22	21	Scandium	Sc	21	21	Baseline	Secondary-PhaseGap	15	3	3	4	Stable	Transition metal d-orbital	Sc-45 only stable isotope
23	22	Titanium	Ti	22	22	Baseline	Secondary-PhaseGap	15	4	4	4	Stable	Transition metal d-orbital	Ti-48 most stable
24	23	Vanadium	V	23	23	Baseline	Secondary-PhaseGap	15	5	5	4	Stable	Transition metal d-orbital	V-51 only stable isotope
25	24	Chromium	Cr	24	24	Baseline	Secondary-PhaseGap	15.1	6	6	4	Stable	Transition metal d-orbital	Cr-52 most stable
26	25	Manganese	Mn	25	25	Baseline	Secondary-PhaseGap	15.1	7	7	4	Stable	Transition metal d-orbital	Mn-55 only stable isotope
27	26	Iron	Fe	26	26	Baseline	Secondary-PhaseGap	15.1	6	8	4	Stable	Multi-layered wave structure	Fe-56 most stable
28	27	Cobalt	Co	27	27	Baseline	Secondary-PhaseGap	15.2	5	9	4	Stable	Transition metal d-orbital	Co-59 only stable isotope
29	28	Nickel	Ni	28	28	Baseline	Secondary-PhaseGap	15.2	4	10	4	Stable	Transition metal d-orbital	Ni-58 most stable
30	29	Copper	Cu	29	29	Baseline	Secondary-PhaseGap	15.2	2	11	4	Stable	Transition metal d-orbital	Cu-63 and Cu-65 both stable
31	30	Zinc	Zn	30	30	Baseline	Secondary-PhaseGap	15.3	2	12	4	Stable	Transition metal d-orbital	Zn-64 most stable
32	31	Gallium	Ga	31	31	Baseline	Secondary-PhaseGap	15.3	3	13	4	Stable	Post-transition	Ga-69 and Ga-71 both stable
33	32	Germanium	Ge	32	32	Baseline	Secondary-PhaseGap	15.3	4	14	4	Stable	Metalloid	Ge-74 most stable
34	33	Arsenic	As	33	33	Baseline	Secondary-PhaseGap	15.4	3	15	4	Stable	Metalloid	As-75 only stable isotope
35	34	Selenium	Se	34	34	Baseline	Secondary-PhaseGap	15.4	2	16	4	Stable	Nonmetal	Se-80 most stable
36	35	Bromine	Br	35	35	Baseline	Secondary-PhaseGap	15.4	1	17	4	Stable	Halogen	Br-79 and Br-81 both stable
37	36	Krypton	Kr	36	36	Baseline	Secondary-PhaseGap	15.5	0	18	4	Stable	Noble gas	Kr-84 most stable
38	37	Rubidium	Rb	37	37	Baseline	PhaseGap-Approach	15.5	1	1	5	Stable	Approaching critical threshold	Rb-85 most stable
39	38	Strontium	Sr	38	38	Baseline	PhaseGap-Approach	15.5	2	2	5	Stable	Approaching critical threshold	Sr-88 most stable
40	39	Yttrium	Y	39	39	Baseline	PhaseGap-Approach	15.6	3	3	5	Stable	Transition metal	Y-89 only stable isotope
41	40	Zirconium	Zr	40	40	Baseline	PhaseGap-Approach	15.6	4	4	5	Stable	Transition metal	Zr-90 most stable
42	41	Niobium	Nb	41	41	Baseline	PhaseGap-Approach	15.6	5	5	5	Stable	Transition metal	Nb-93 only stable isotope
43	42	Molybdenum	Mo	42	42	Baseline	PhaseGap-Approach	15.6	6	6	5	Stable	Transition metal	Mo-98 most stable
44	43	Technetium	Tc	43	43	Metastable	PhaseGap-Approach	15.7	7	7	5	Radioactive	Transient mode - cannot sustain equilibrium	Tc-97 and Tc-99 metastable; no stable isotope
45	44	Ruthenium	Ru	44	44	Baseline	PhaseGap-Approach	15.7	8	8	5	Stable	Transition metal	Ru-102 most stable
46	45	Rhodium	Rh	45	45	Baseline	PhaseGap-Approach	15.7	6	9	5	Stable	Transition metal	Rh-103 only stable isotope
47	46	Palladium	Pd	46	46	Baseline	PhaseGap-Approach	15.7	4	10	5	Stable	Transition metal	Pd-106 most stable
48	47	Silver	Ag	47	47	Baseline	PhaseGap-Approach	15.7	1	11	5	Stable	Transition metal	Ag-107 and Ag-109 both stable
49	48	Cadmium	Cd	48	48	Baseline	PhaseGap-Approach	15.7	2	12	5	Stable	Transition metal	Cd-114 most stable
50	49	Indium	In	49	49	Baseline	PhaseGap-Approach	15.7	3	13	5	Stable	Post-transition	In-113 most stable
51	50	Tin	Sn	50	50	Baseline	PhaseGap-Approach	15.8	4	14	5	Stable	Post-transition	Sn-120 most stable
52	51	Antimony	Sb	51	51	Baseline	PhaseGap-Approach	15.8	3	15	5	Stable	Metalloid	Sb-121 most stable
53	52	Tellurium	Te	52	52	Baseline	PhaseGap-Approach	15.8	2	16	5	Stable	Metalloid	Te-130 most stable
54	53	Iodine	I	53	53	Baseline	PhaseGap-Approach	15.8	1	17	5	Stable	Halogen	I-127 only stable isotope
55	54	Xenon	Xe	54	54	Baseline	PhaseGap-Center	15.8	0	18	5	Stable	Noble gas at phase gap center	Xe-132 most stable
56	55	Cesium	Cs	55	55	Baseline	PhaseGap-Center	15.8	1	1	6	Stable	Near critical threshold	Cs-133 only stable isotope
57	56	Barium	Ba	56	56	Baseline	PhaseGap-Center	15.8	2	2	6	Stable	Near critical threshold	Ba-138 most stable
58	57	Lanthanum	La	57	57	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide series begins	La-139 only stable isotope
59	58	Cerium	Ce	58	58	Baseline	PhaseGap-Center	15.8	4	3	6	Stable	Lanthanide f-orbital	Ce-140 most stable
60	59	Praseodymium	Pr	59	59	Baseline	PhaseGap-Center	15.8	4	3	6	Stable	Lanthanide f-orbital	Pr-141 only stable isotope
61	60	Neodymium	Nd	60	60	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Nd-142 most stable
62	61	Promethium	Pm	61	61	Metastable	PhaseGap-Center	15.8	3	3	6	Radioactive	Transient mode - metastable wave	Pm-145 longest-lived; no stable isotope
63	62	Samarium	Sm	62	62	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Sm-152 most stable
64	63	Europium	Eu	63	63	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Eu-153 most stable
65	64	Gadolinium	Gd	64	64	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Gd-158 most stable
66	65	Terbium	Tb	65	65	Baseline	PhaseGap-Center	15.8	4	3	6	Stable	Lanthanide f-orbital	Tb-159 only stable isotope
67	66	Dysprosium	Dy	66	66	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Dy-164 most stable
68	67	Holmium	Ho	67	67	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Ho-165 only stable isotope
69	68	Erbium	Er	68	68	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Er-166 most stable
70	69	Thulium	Tm	69	69	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Tm-169 only stable isotope
71	70	Ytterbium	Yb	70	70	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Yb-174 most stable
72	71	Lutetium	Lu	71	71	Baseline	PhaseGap-Center	15.8	3	3	6	Stable	Lanthanide f-orbital	Lu-175 most stable
73	72	Hafnium	Hf	72	72	Baseline	PhaseGap-Center	15.8	4	4	6	Stable	Transition metal	Hf-180 most stable
74	73	Tantalum	Ta	73	73	Baseline	PhaseGap-Center	15.8	5	5	6	Stable	Transition metal	Ta-181 only stable isotope
75	74	Tungsten	W	74	74	Baseline	PhaseGap-Center	15.8	6	6	6	Stable	Transition metal	W-184 most stable
76	75	Rhenium	Re	75	75	Baseline	PhaseGap-Center	15.8	7	7	6	Stable	Transition metal	Re-185 most stable
77	76	Osmium	Os	76	76	Baseline	PhaseGap-Center	15.8	8	8	6	Stable	Transition metal	Os-192 most stable
78	77	Iridium	Ir	77	77	Baseline	PhaseGap-Center	15.8	6	9	6	Stable	Transition metal	Ir-191 and Ir-193 both stable
79	78	Platinum	Pt	78	78	Baseline	PhaseGap-Center	15.8	4	10	6	Stable	Transition metal	Pt-195 most stable
80	79	Gold	Au	79	79	HighOrder	PhaseGap-Center	15.8	1	11	6	Stable	High-order resonance lock - maximum density without decay	Au-197 only stable isotope
81	80	Mercury	Hg	80	80	Baseline	PhaseGap-Center	15.8	2	12	6	Stable	Transition metal liquid at STP	Hg-202 most stable
82	81	Thallium	Tl	81	81	Baseline	PhaseGap-Center	15.8	3	13	6	Stable	Post-transition	Tl-205 most stable
83	82	Lead	Pb	82	82	Baseline	PhaseGap-Center	15.8	4	14	6	Stable	Post-transition	Pb-208 most stable
84	83	Bismuth	Bi	83	83	Baseline	PhaseGap-Center	15.8	5	15	6	Stable	Post-transition	Bi-209 most stable
85	84	Polonium	Po	84	84	Metastable	PhaseGap-Center	15.8	6	16	6	Radioactive	Metalloid - excess phase density	Po-209 longest-lived
86	85	Astatine	At	85	85	Metastable	PhaseGap-Center	15.8	7	17	6	Radioactive	Halogen - metastable	At-210 longest-lived
87	86	Radon	Rn	86	86	Metastable	PhaseGap-Center	15.8	0	18	6	Radioactive	Noble gas - metastable	Rn-222 longest-lived
88	87	Francium	Fr	87	87	Metastable	PhaseGap-Tertiary	15.9	1	1	7	Radioactive	Highly radioactive alkali metal	Fr-223 longest-lived
89	88	Radium	Ra	88	88	Metastable	PhaseGap-Tertiary	15.9	2	2	7	Radioactive	Highly radioactive alkaline earth	Ra-226 longest-lived
90	89	Actinium	Ac	89	89	Metastable	PhaseGap-Tertiary	15.9	3	3	7	Radioactive	Actinide series begins	Ac-227 longest-lived
91	90	Thorium	Th	90	90	Baseline	PhaseGap-Tertiary	15.9	4	3	7	Stable	Actinide f-orbital	Th-232 only stable isotope
92	91	Protactinium	Pa	91	91	Metastable	PhaseGap-Tertiary	15.9	5	3	7	Radioactive	Actinide f-orbital	Pa-231 longest-lived
93	92	Uranium	U	92	92	Baseline	PhaseGap-Tertiary	15.9	6	3	7	Stable	Actinide f-orbital	U-238 most stable
94	93	Neptunium	Np	93	93	Metastable	PhaseGap-Tertiary	16	7	3	7	Radioactive	Actinide f-orbital synthetic	Np-237 longest-lived
95	94	Plutonium	Pu	94	94	Metastable	PhaseGap-Tertiary	16	8	3	7	Radioactive	Actinide f-orbital synthetic	Pu-244 longest-lived
96	95	Americium	Am	95	95	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	Am-243 longest-lived
97	96	Curium	Cm	96	96	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	Cm-247 longest-lived
98	97	Berkelium	Bk	97	97	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	Bk-247 longest-lived
99	98	Californium	Cf	98	98	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	Cf-251 longest-lived
100	99	Einsteinium	Es	99	99	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	Es-252 longest-lived
101	100	Fermium	Fm	100	100	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	Fm-257 longest-lived
102	101	Mendelevium	Md	101	101	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	Md-258 longest-lived
103	102	Nobelium	No	102	102	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	No-259 longest-lived
104	103	Lawrencium	Lr	103	103	Metastable	Tertiary	16	6	3	7	Radioactive	Synthetic radioactive	Lr-262 longest-lived
105	104	Rutherfordium	Rf	104	104	Metastable	Tertiary	16	4	4	7	Radioactive	Synthetic superheavy	Rf-267 longest-lived
106	105	Dubnium	Db	105	105	Metastable	Tertiary	16	5	5	7	Radioactive	Synthetic superheavy	Db-268 longest-lived
107	106	Seaborgium	Sg	106	106	Metastable	Tertiary	16	6	6	7	Radioactive	Synthetic superheavy	Sg-269 longest-lived
108	107	Bohrium	Bh	107	107	Metastable	Tertiary	16	7	7	7	Radioactive	Synthetic superheavy	Bh-270 longest-lived
109	108	Hassium	Hs	108	108	Metastable	Tertiary	16	8	8	7	Radioactive	Synthetic superheavy	Hs-269 longest-lived
110	109	Meitnerium	Mt	109	109	Metastable	Tertiary	16.1	6	9	7	Radioactive	Synthetic superheavy	Mt-278 longest-lived
111	110	Darmstadtium	Ds	110	110	Metastable	Tertiary	16.1	6	10	7	Radioactive	Synthetic superheavy	Ds-281 longest-lived
112	111	Roentgenium	Rg	111	111	Metastable	Tertiary	16.1	5	11	7	Radioactive	Synthetic superheavy	Rg-282 longest-lived
113	112	Copernicium	Cn	112	112	Metastable	Tertiary	16.1	2	12	7	Radioactive	Synthetic superheavy	Cn-285 longest-lived
114	113	Nihonium	Nh	113	113	Metastable	Tertiary	16.1	3	13	7	Radioactive	Synthetic superheavy	Nh-286 longest-lived
115	114	Flerovium	Fl	114	114	Metastable	Tertiary	16.1	4	14	7	Radioactive	Synthetic superheavy	Fl-289 longest-lived
116	115	Moscovium	Mc	115	115	Metastable	Tertiary	16.1	5	15	7	Radioactive	Synthetic superheavy	Mc-290 longest-lived
117	116	Livermorium	Lv	116	116	Metastable	Tertiary	16.1	6	16	7	Radioactive	Synthetic superheavy	Lv-293 longest-lived
118	117	Tennessine	Ts	117	117	Metastable	Tertiary	16.1	7	17	7	Radioactive	Synthetic superheavy	Ts-294 longest-lived
119	118	Oganesson	Og	118	118	Metastable	Tertiary	16.2	0	18	7	Radioactive	Noble gas at edge of stability	Og-294 longest-lived