If you could find an article I would greatly appreciate that.
The book I'm reading is called "Origins", and is on the sale rack at Borders right now for 3.99. (At least, where I live. I don't know how uniform the sale books across the country are.)
It's a non-mathematical treatment of cosmology, the big bang, the origins of the universe, etc. Being non-mathematical, it really doesn't explain details so well.
However, it does say: (p. 128)
"What made the these deviations, the inhomogeneities and anisotropies that provide the seeds for all the structure in the cosmos? The answer arrives from the realm of quantum mechanics, undreamt of by Isaac Newton but unavoidable if we hope to understand where we came from. Quantum mechanics tells us that on the smallest scales of size, no distribution of matter can remain homogeneous and isotropic. Instead, random fluctuations in the distribution of matter will appear, disappear, and reappear in different amount, as matter becomes a quivering mass of vanishing and reborn particles. At any particular time, some regions of space will have slightly more particles, and therefore a slightly greater density than other regions."
So, we begin with an isotropic and homogeneous region, i.e. sameness, and microseconds later, we have a differentiated region. Before you know it, that becomes the seed of a supercluster of galaxies. Therefore, the argument against material monism has an untrue premise.