– Fintech is leading the trend in the application of new technologies.
– Fractal theory and algorithms can assess risks in market trends.
– Blockchain technology is considered mainstream and can lead to open innovation.
– Fintech frontiers are numerous and will revolutionize the financial sector.

– “Fintech Frontiers: Exploring the Impact of Quantum Computing and Fractals”
– “The Rise of Blockchain Distributed Ledger in the Finance Industry”
– “SWOT Analysis: Assessing the Potential of New Fintech Paradigms”
– “Cyber-Threats in the Era of Technological Advancements”
– “Market Concentration: The Dominance of Digital Giants in Fintech”

– Paper analyzes the impact of emerging technologies on the finance industry.
– Finds the connections between Fintech and fields like fractals, quantum physics, and blockchain.
– Uses SWOT analysis to assess the potential impact of these technologies.
– Highlights the role of technology in driving social revolutions and paradigm shifts.
– Discusses the potential for innovative applications from various scientific fields in Fintech.

– Fintech is leading the trend in applying new technologies in finance.
– Fractals, quantum computing, and blockchain are emerging paradigms in finance.
– SWOT analysis is used to assess the potential impact of these paradigms.
– Technological advancements lead to market concentration and dominance by digital giants.

– Fintech is driving exponential development in the financial sector.
– Paradigm shifts in geometry, physics, and database systems impact Fintech.
– SWOT analysis confirms the potential impact of these scientific progressions.
– COVID-19 outbreak accelerates the introduction of Fintech applications.
– Quantum computing has potential applications in simulations and big data.
– Quantum attacks could break cryptographic algorithms used in financial transactions.
– Postquantum cryptography and quantum cyber-security are emerging research areas.
– Recent advancements in quantum computing by Google and Honeywell Venture.
– Rapid calculations in seconds offer business opportunities and market domination.

– Prices of products depend on their intrinsic value in the market.
– Turbulences in value can occur and jeopardize previous forecasts.
– Turbulence is often excluded from economic models as it is considered highly improbable.
– Fintech can be a catalyst for innovative applications in every field of science.
– Quantum computing can be applied to artificial intelligence and machine learning.
– Quantum machine learning can accelerate learning in neural networks.
– Quantum computing can improve statistical learning systems.
– Quantum computing can be used for fraud detection and more accurate option calculations.
– Artificial intelligence will be boosted by extraordinary computing power.

– Analysis of exposure of financial sector to FinTech technologies
– Assessment of potential impact of scientific progressions on FinTech
– Identification of possible interactions between different fields of science and FinTech

– The paper discusses paradigm shifts in geometry, physics, and database systems.
– It explores the potential impact of these shifts on the finance industry.
– The paper identifies applications of these shifts in the Fintech field.
– It expands the frontiers of Fintech by incorporating new technologies.
– The paper uses a systematic review of the literature to support its findings.

– Qualitative exploratory research
– Interviews with fellow scholars
– Targeted search of keywords in search engines
– Systematic review of sources
– SWOT analysis of the Fintech industry

– Provides a comprehensive framework for improving regulations in the Fintech industry.
– Highlights the impact of paradigm shifts in geometry, physics, and database systems.
– Identifies the technologies that will have the greatest impact on the sector.
– Offers an opportunity for regulators to adopt a feed-forward approach in defining regulations.
– Gives an overview of technologies with potential impact for interested players.

– Fractal geometry can be used as a predictive tool in finance.
– Quantum computing can enhance artificial intelligence and machine learning.
– Blockchain technology provides transparency and security in financial transactions.
– The research aims to shed light on the Fintech sector and future technological trends.

– The paper explores the potential impact of new paradigms in Fintech.
– It discusses the threats and opportunities of technological advancements in finance.
– The paper highlights the importance of information availability and interconnection in driving economic paradigms.
– It suggests the possibility of market concentration and dominance by digital giants.
– The paper emphasizes the need for collaboration between academics and engineers in FinTech.

– Fintech is a field that uses new technology in finance.
– New technologies like quantum computing and blockchain can change finance.
– There are both opportunities and threats with these new technologies.
– Big companies may become more powerful with these technologies.
– Fintech can bring innovation from different fields of science to finance.

– Fintech development is of considerable interest to policymakers and regulators.
– Speeding up transactions and decentralization pose challenges and concerns.
– Technological advances impact the finance industry.
– Paradigm shifts in geometry, physics, and database systems impact Fintech.
– COVID-19 pandemic accelerates the introduction of Fintech applications.
– The paper sheds light on future technological trends in Fintech.

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