Hi,
LvW is correct. There is no DC path to IN- of your OPAMP.
You refer to a paper. Look at it:
In Fig1: there is switch #2 that generates the DC path.
In Fig2: there is switch #1 that generates the DC path.
But in your circuit there are no switches, therefore it will never work.
Maybe you think you can analyze stabliity in the time where all switches are open.
This is impossible, because it only reperesents a very short period of time. But stability is not a question of a very short piece of time, you need to study a the whole feedbacked system for a longer period of time. Within this longer period it is necessary that the switches are activated.
Without the switches the OPAMP output sooner or later is fix at one power supply rail.
(Oh, you could call this "stable" ;-) but surely this is not what you want)
Klaus