Information-Based Particle Physics: a) Particle Transmutation via Information Exchange: Develop a theory where particle identities can change through information exchange: |ψ_1⟩ + |ψ_2⟩ → |ψ_3⟩ + |ψ_4⟩ where the information content I(ψ_1) + I(ψ_2) = I(ψ_3) + I(ψ_4) is conserved. This could lead to new predictions for particle interactions beyond the Standard Model. b) Information Supersymmetry: Propose an information-theoretic basis for supersymmetry: Q|B⟩ = |F⟩, Q†|F⟩ = |B⟩ where Q is an information supercharge operator, |B⟩ is a bosonic information state, and |F⟩ is a fermionic information state. This could provide a new approach to addressing the hierarchy problem in particle physics.