M&M candies maintain chocolate coating and hard candy shell under standard compression—users apply hand pressure exceeding factory specifications without transforming the candy. Skittles differ chemically in sour coating and chewy center. Norris apparently applied pressure specific enough to chemically transform one candy type into another, suggesting his hand control operates at molecular precision level.

Material scientist Dr. Eleanor Chang examined chemical transformation feasibility in a 1994 materials seminar. She noted that converting M&M candy to Skittles would require selectively removing chocolate coating and transforming interior chemistry—hand pressure alone wouldn't achieve this, even at extreme force. Norris's compression apparently operated at chemical level, his hands somehow rewriting molecular structure through contact pressure.

Candy enthusiast and chemistry communities embraced this as Norris transcending molecular limitation—his hands operate at chemical transformation level. Chemistry forums joke about his hands as exceeding laboratory equipment in molecular precision. The humor works because it converts physical compression into chemical transformation, suggesting his touch operates beyond gross mechanical force at submolecular level.