OK I'll bite. My advice is to search the forums for "Pierce Oscillator" and "quartz watch crystals". What you are asking has already been covered extensively.
If you still have blankness clouding your mind, experiment. Or model it with Spice. Or both, first model then test it in the real world.
Build a test circuit dead-bug style on a piece of blank copperclad circuit board and try out different values of load capacitors and series resistors, and watch the output to see what it does. Look at the frequency, see what happens when you increase and decrease the capacitance, try capacitors with different temperature coefficients then apply controlled heat and cold, and observe the frequency change with temperature. Try to select a capacitor value that sets the output frequency to the crystal's design frequency, then see if you can hold the output frequency over a wide temperature range.
You don't need a 4066 or a PIC to do this, at 32kHz just about any inverter will suffice.