Except for some new terms ( transvectants, Hessians, Syzygies, special Euclidean groups)

and notation ( I haven't figured out exactly what he means by A^(-T) yet, inverse transpose?),

it is a well written book that revives the ancient Hilbert

invariant theory and translates that into

modern terms. I was hooked when I realized the connection to the elliptic invariant.

It has this neat section on Gordon's method of digraphs as algebraic invariants.

I really think some of this could be made where it could be taught to undergraduates without calculus.

For me the treatment of invariants tied a lot of loose ends together.

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