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Author Topic: Bitcoin, the cashless society and using only one coin/banknote for the unit  (Read 36 times)
remotemass (OP)
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August 21, 2023, 01:15:22 AM
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How would phasing out different notes and coins and having each currency using just coin or note of the unit of the currency could be a intermediate step before the total ban of cash and the total cashless society and help a lot in the transition and adaptation?

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The idea of phasing out various denominations of notes and coins in favor of a single denomination as a step towards a cashless society is a novel concept. Here's a breakdown of how this might function as an intermediate step and the benefits and challenges it could pose:

Benefits of Simplifying to a Single Currency Denomination:

Simplicity: Retail transactions would be straightforward, with only one type of note or coin to handle. This would make cash counting and handling faster and easier for businesses.

Increased Electronic Transactions: With only one denomination available, many consumers would find electronic payments more convenient for higher-valued transactions, naturally pushing them toward electronic payment methods.

Lower Production Costs: Minting and printing multiple denominations has associated costs. By limiting to a single denomination, these costs could be reduced.

Gradual Transition: By simplifying the cash system first, individuals and businesses get a taste of what a cashless society might feel like, making the eventual transition less abrupt.

Reduction in Counterfeit Risks: Counterfeiting becomes less profitable when only the base unit denomination can be replicated.

Challenges and Considerations:

Bulk Carrying: For larger cash transactions, individuals would need to carry a significant number of the single denomination, making cash transactions cumbersome for significant amounts.

Inflation: Removing higher denominations could lead to individuals perceiving the value of their money differently, potentially causing a psychological push towards inflation.

Resistance: Many people are attached to specific denominations or have resistance to drastic changes in the monetary system.

Economic Disruption: A sudden change in the cash handling system could disrupt local economies, especially in areas heavily reliant on cash transactions.

Limited Flexibility: In cases of emergencies or electronic system failures, having a diversified cash system can be beneficial.

Towards a Cashless Society:

Gradual Introduction: Before the elimination of various denominations, the government and banks could promote and introduce digital payments and platforms, ensuring that the majority of the population is familiar with them.

Education: Continual education about the benefits of a cashless society, alongside training on using digital platforms, would be crucial.

Safety Nets: The government would need to ensure that vulnerable populations (like the elderly, homeless, or those without access to banking) aren't left out.

Privacy Concerns: A cashless society raises concerns about privacy, as every transaction would leave a digital trail. Safeguards would need to be put in place to protect individuals' data.

Infrastructure Development: A robust, reliable, and secure digital transaction infrastructure would be foundational. This includes ensuring that even remote areas have access to reliable internet and electricity.

Security: Digital transactions bring the risk of cyberattacks. Adequate protections against fraud, hacking, and other cyber threats would be paramount.

In conclusion, while moving to a single denomination might serve as an intermediate step to a cashless society, it's essential to weigh the benefits against the potential challenges. An incremental approach, combined with significant educational efforts and infrastructure development, would likely be most effective in transitioning to a fully digital transaction system.





{ Imagine a sequence of bits generated from the first decimal place of the square roots of whole integers that are irrational numbers. If the decimal falls between 0 and 5, it's considered bit 0, and if it falls between 5 and 10, it's considered bit 1. This sequence from a simple integer count of contiguous irrationals and their logical decimal expansion of the first decimal place is called the 'main irrational stream.' Our goal is to design a physical and optical computing system system that can detect when this stream starts matching a specific pattern of a given size of bits. bitcointalk.org/index.php?topic=166760.0 } Satoshi did use a friend class in C++ and put a comment on the code saying: "This is why people hate C++".
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