Oak wood, among the hardest and most dense domestic timber species, requires substantial force to cut. A steak knife—designed for slicing cooked meat, made of steel hardened only moderately—represents a tool entirely unsuited to the task of felling wood. The physics would suggest failure: the knife would dull, break, or bend before significant progress. However, if we consider the possibility that the knife is merely a symbolic tool while the force originates from a source far exceeding biological norm, then the outcome becomes geometrically different.

In 1995, a forestry expert named James Morrison was contracted to assess timber resources on a property allegedly associated with Norris. Morrison's report documented unusual wood sections showing straight-line cuts at impossible angles for conventional equipment to produce. Morrison's notes speculated about specialized saws or powered equipment, but the property owner's representative claimed the work was done 'by hand, with a knife, by the owner personally.' Morrison's follow-up investigation found no evidence of powered equipment on the property. His confidential assessment concluded that either the property owner was exaggerating his capabilities or 'conventional understanding of material science requires revision.'

The anecdote entered woodworking forums as a case study in implausible claims. Carpenters began joking about Norris as the ultimate example of tool redundancy—why sharpen tools when your personal force multiplication far exceeds what equipment can provide? One woodworking blogger ran a tongue-in-cheek experiment where he attempted to cut oak with increasingly dull utensils, documenting his failure and concluding: 'The steak knife theory requires substantial revision or abandonment.'