I-1.  Random electron drift - no current exists.  Electrons in coils are in a state of random drift (?) as noted in Fig. 22 B at t = 1.

I-2.  Current initiation and creation of primary pulson signals.  Pulson signals (>>>) are emitted from electrons of primary coil associated with tandem stack formations at current initiation creating conditions represented in Fig. 22 B at t = 2.

I-3*.  Induction of counter current.  Pulson emissions from the primary coil induce a counter current in the secondary coil via mechanism of Fig. 22 C. Movement of galvanometer in secondary as for Faraday’s experiment (Fig. 21 A) is initiated.  Magnetic fields (-----) start to form in the primary.

I-4*.  Secondary pulson emissions.  The process of I-2 is repeated for the secondary coil. (Current initiation and pulson emissions of I-3 occur together but are divided into separate intervals here for illustration.) Criton swirls of the primary coil have initiated the stabilization of its magnetic field as presented in Fig. 23 B-1.

I-5*.  Establishment of steady magnetic fields.  Pulson signals have ceased in the primary and secondary circuits.  Magnetic fields for primary and secondary coils become established as illustrated for Fig. 23 B-1.

I-6.  Decay of current in secondary coil. The current in the primary circuit has assumed a steady state and established a magnetic field as indicated in Fig. 23 B-1.  Electron drift in secondary circuit has returned to status indicated for Fig. 22 B at t = 1 and its magnetic field has dissipated.  Galvanometer in secondary circuit returns to zero.