If you want to stack your proposed degrees against mine, let's go at it. I have a BS in Vehicle Design and an MS in Mecahnical Engineering. I work for one of the world's premier racing organizations as a PMME.
You have missed theone of the key points of intake system designe completely. The goal is to stuff the maximum amount of air that you can down in the the engine. This is not necessarly done by trying to make the largest opening possible (you may want to re-think your choice of minoring in physics). In any intake system, laminair flow through the tract is the key, but the air has to be below super-sonic speeds. Past super sonic speed, the air stalls and and begins to decrease flow throgh the system at an exponential rate. Needless to say, if the flow is not laminair, the flow through the system will stall at a much lower speed. As not to write a book on the subject, the priniciple used in the development of such systems is call "reasonant ram tuning".
Additionally, I have been to both the Boyesen and Moto Tassarini facilities, Boyesen does development on their products including CFD trials. Moto Tassarini has some spread sheets and a flow bench that is older than I am. Aside from everyting else, ask yourself, who's reed system do you want in your bike?
My entire arguement falls apart if you wind up with a 35mm carb or larger. That is the largest venturi system that the XL RAD Valves are designed for. If you're going bigger than that you need to be looking at some cylinder that accept 250cc dirt bike reeds and cages.
Thank you, drive through. :baseball_santa: