Not a Tesla Pierce-Arrow.

Darned if I know the answer!

Had this circuit behaved as per SPICE (such Micro-Cap or LTSpice simulator modeling software), I would have had this to say in the circuit's description ----- Take a look at modern day A/C single phase induction motors. I removed one from a kitchen appliance which churns cream and sugar in an aluminum bowl surrounded by ice and salt. 120V A/C at 60 Hz was fed to a voltage coil wound with many, many turns of thin enameled magnetic wire around a bobbin and positioned on a laminated armature surrounding a squirrel cage rotor. A pair of stout copper wire was wound twice around and through holes bored into the armature and connected to itself and nothing else with the expectation that current will become induced within its endless loop to initiate rotation in the same direction every time. Compare that with this circuit whose four coils are coupled together on the same armature. Just imagine the motor described above has a bifilar winding on its voltage coil. But disconnect its voltage coil from the A/C power source. Connect two sinewave generators -- one each to each of the small current coils. Each sinewave generator is powered by its own aerial bringing in 3V. Sum the total current of the four coils and scope the voltage of one large coil to ascertain what is going on inside this inverted motor. Voilà! You've just made more from less courtesy of high frequencies plus freely available voltage.

You apply 1000000Hz to tem henry transformer and expect something big?