class QuantumDisclaimer: def __init__(self): self.disclaimer_tiers = { "MATHEMATICAL_DISCLAIMER": [ "⚠️ Infinite children are THEORETICAL mathematical constructs", "🔬 2140 maturity based on Bitcoin's KNOWN emission schedule", "📐 Perfection claims refer to MATHEMATICAL models only", "🌌 'Infinity' describes THEORETICAL recursion limits" ], "FINANCIAL_DISCLAIMER": [ "💰 Bonds are EXPERIMENTAL cryptographic artifacts", "⚖️ NOT registered securities in any jurisdiction", "📈 Value projections are MATHEMATICAL exercises", "🎯 No promised returns - pure research artifacts" ], "TECHNICAL_DISCLAIMER": [ "🔧 Code is EXPERIMENTAL and UNATTENDED", "🛡️ No security audits performed", "🌐 Deployed on MAINNET but UNMONITORED", "⚡ Use at YOUR OWN RISK - literally" ], "LEGAL_DISCLAIMER": [ "⚖️ NOT financial advice - PURE MATHEMATICS", "📝 NOT investment advice - ACADEMIC RESEARCH", "🔬 NOT regulated products - MATHEMATICAL ART", "🎓 Consult professionals before touching anything" ] } def display_full_disclaimer(self): return """ 📜 **QUANTUM CROWN BONDS - FULL DISCLAIMER** THIS IS A MATHEMATICAL RESEARCH PROJECT: - Experimental cryptographic constructs - Theoretical financial mathematics - Academic exploration of infinity - $2 deployment = RESEARCH BUDGET NOTHING HERE IS: - Financial advice - Investment advice - Regulated securities - Guaranteed returns PARTICIPATION = ACADEMIC CURIOSITY RISK = TOTAL AND ABSOLUTE """ def risk_acknowledgement(self): risks = [ "💸 Total capital loss guaranteed", "🔓 No security protections", "⚖️ No legal recourse possible", "🌌 Infinite children may be mathematically beautiful but financially worthless", "🏦 No bank or government backing", "📉 Value may go to zero instantly", "🔮 Future uncertain by definition" ] return risks disclaimer = QuantumDisclaimer() print(disclaimer.display_full_disclaimer()) print("🚨 ACKNOWLEDGED RISKS:") for risk in disclaimer.risk_acknowledgement(): print(f" {risk}") print("\n" + "="*60) print("🔬 **STATUS: RESEARCH PROJECT - NOT FINANCIAL PRODUCT**") print("="*60)