The Content of an Effective Innovative Digital Investment Model for Securities on the Global Market

Abstract

The study explores the content of an effective innovative digital investment model for securities in the global market,
based on the synthesis of blockchain tokenization and quantum-financial engineering. The research inherently addresses the
problem of digital asset portfolio optimization over a finite time horizon. To model the non-linear evolution of the market
system, a controlled discrete linear stochastic state-space framework is introduced. A rigorous mathematical analysis of the
model's convergence, functional optimization of smart contracts, and asymmetric rules for disintermediation are presented. The
study comprehensively proves that fractional ownership of digital assets and continuous 24/7 liquidity radically reduce
operational costs and ensure absolute capital market security via cryptographic immutable ledgers.