My problem seems to be greed. I wanted more current and more power because I was getting scant results more suitable for powering a living creature than powering a manmade device in today's society. So, I added a short through an inductor which severely escalated drainage of amperage from the voltage source. This was ridiculous since the voltage source was merely one micro volt. Hence, it only worked for a 3ns maximum time step boundary condition. Here is my correction:

LTspice 24.1.9 for Windows
Circuit: C:\Users\vinya\Documents\Sims\LTSpice\2025\29\tierra-ring-v3b.net
Start Time: Mon Dec 29 12:35:44 2025
solver = Normal
Maximum thread count: 4
tnom = 27
temp = 27
method = trap
Direct Newton iteration for .op point succeeded.

Simulation stopped by user.
Total elapsed time: 54.644 seconds.

Files loaded:
C:\Users\vinya\Documents\Sims\LTSpice\2025\29\tierra-ring-v3b.net
C:\Users\vinya\AppData\Local\LTspice\lib\sub\neonbulb.sub

* C:\Users\vinya\Documents\Sims\LTSpice\2025\29\tierra-ring-v3b.asc
* Generated by LTspice 24.1.9 for Windows.
C1 N027 N042 {cap}
R1 V_SOURCE+ 0 {res}
R2 N022 N027 {res}
C2 N017 N022 {cap}
L1 N004 N005 {ind} Rser={ind}
R3 N004 TIE {res}
R4 N006 N005 {res}
R5 TIE N017 {res}
R6 N030 N029 {res}
L2 N007 N008 {ind} Rser={ind}
R7 N007 N006 {res}
R8 N001 N008 {res}
R9 N033 N032 {res}
C3 N018 N023 {cap}
R10 N006 N018 {res}
R11 N023 N030 {res}
L3 N009 N010 {ind} Rser={ind}
R12 N009 N001 {res}
R13 N011 N010 {res}
R14 N036 N035 {res}
C4 N019 N024 {cap}
R15 N001 N019 {res}
R16 N024 N033 {res}
L4 N012 N013 {ind} Rser={ind}
R17 N012 N011 {res}
R18 N014 N013 {res}
R19 N039 N038 {res}
R20 N011 N020 {res}
C5 N020 N025 {cap}
R21 N025 N036 {res}
L5 N015 N016 {ind} Rser={ind}
R22 N015 N014 {res}
R23 TIE N016 {res}
R24 TIE N041 {res}
R25 N014 N021 {res}
C6 N021 N026 {cap}
R26 N026 N039 {res}
V_SOURCE V_SOURCE+ V_SOURCE- {descarte}
R28 V_SOURCE- N042 {res}
R33 0 U_AIRGAP+ {res}
R27 N040 N039 {res}
C7 N041 N040 {cap}
R29 N037 N036 {res}
C8 N038 N037 {cap}
C9 N035 N034 {cap}
R30 N034 N033 {res}
R31 N031 N030 {res}
C10 N032 N031 {cap}
R32 N028 N027 {res}
C11 N029 N028 {cap}
X§U_AIRGAP U_AIRGAP+ U_AIRGAP- neonbulb Vstrike=4k Vhold=25 Zon=10 Ihold=20m Tau=2u
R_CHOKE U_AIRGAP- N001 1e5
C_LOAD C_LOAD+ C_LOAD- 1e-9
R34 0 N003 {res}
R35 C_LOAD- N001 {res}
R36 0 N034 {rshunt}
R37 0 N028 {rshunt}
R38 0 N031 {rshunt}
R39 0 N037 {rshunt}
R40 0 N040 {rshunt}
R41 N002 C_LOAD+ {res}
L_CHOKE N002 N003 {indie} Rser={indie}
.tran 900
.param descarte = 1u
.param rshunt = 1.31e2
.param cap = 1e-13
.param ind = 1e-6
.param indie = 1
.param res = 1e-4
.lib neonbulb.sub
.backanno
.end
