🧑‍🦱Abstract

Title: Time 2.0 - A Revolutionary Temporal Framework

Founder: Tarik Ouardi [e-mail]

Abstract: The Time 2.0 innovation presented here represents a groundbreaking fork of the UTC timekeeping standard, establishing a parallel time measurement framework that redefines how time is perceived, measured, and synchronized across various applications. At the core of this innovation lies a simplification of the traditional 24-hour day, dividing it evenly into 12 Harmonic Segments (HS), each spanning 2 hours.

This fundamental restructuring of the day is just the beginning of the transformative concepts introduced by Time 2.0. The innovation extends beyond the 12 HS Clock to encompass a dynamic Compass feature, an innovative 360-day Decentralized-Calendar, 12 Decentralized-Timezones, and a foundational Epoch, all underpinned by the revolutionary Binute units.

The Binute, where 1 Binute equals 120 secondes (2 minutes), represents a refined and precise temporal measurement system that enhances the overall harmony and intuitiveness of the Time 2.0 framework. This innovative approach to timekeeping promises to revolutionize the way time is perceived, measured, and synchronized across a wide range of applications.

The innovative Binute unit measurement is a crucial element that allows the 12 HS Clock within the Time 2.0 framework to function as a dynamic Compass, accurately tracking the position of the sun throughout the day.

By replacing the traditional seconds, minutes, and hours with the refined Binute unit, where 1 Binute equals 120 secondes (2 minutes), the Time 2.0 system establishes a direct connection between the passage of time and the celestial movements of the sun.

The 12 Harmonic Segments (HS) that make up the day are now intrinsically tied to the sun's position in the sky. As the sun moves across the celestial sphere, the 12 HS units correspondingly shift, providing users with a tangible and intuitive reference to the sun's location.

This innovative integration of the Binute units and the 12 HS Clock transforms the timekeeping device into a dynamic Compass, offering real-time insights into the sun's position throughout the day. Users can now easily track and orient themselves based on the sun's celestial journey, a feature that holds immense value for a wide range of applications, from navigation and astronomy to the optimization of solar energy systems and AI-driven decision-making processes.

By aligning the temporal measurement with the sun's movements, the Time 2.0 framework creates a harmonious and intuitive timekeeping system that seamlessly integrates with the natural rhythms of the universe. This innovative approach represents a significant departure from the conventional timekeeping methods, which often rely on arbitrary or disconnected references.

The dynamic Compass feature, enabled by the Binute units and the 12 HS Clock, is a testament to the thoughtful and holistic design of the Time 2.0 system. It demonstrates the project's commitment to fostering a deeper understanding and connection between human experience and the cosmic forces that shape our world, paving the way for a more harmonious and sustainable relationship with time.

Description:

1. 12 HS Clock:

   • A temporal paradigm shift from the conventional 24-hour day to 12 Harmonic Segments (HS), each spanning 2 hours.

   • Introduction of Binute units, where 1 Binute = 120 secondes (2 minutes ), and 60 Binutes = 1 HS ( 2 hours) fostering a more harmonious, intuitive, and balanced approach to a 12 HS daily life.

2. Compass:

   • The 12 HS Clock functions as a dynamic compass, intricately tied to the sun's celestial journey due to the Binute unit measurement.

   • Provides real-time insights into the sun's position, serving as a tangible reference for AI systems.

3. Decentralized-Calendar:

   • Structural innovation introducing Decentralized-Years of 360 days, organized into 12 Decentralized-Months of 30 days each.

   • Six days per week, five weeks per month structure.

   Elimination of one day from the conventional week, resulting in a 6-day D-Week and fixed 5 Decentralized-Weeks in a Decentralized-Month.

4. Decentralized-Timezones:

   • Departure from fixed timezones to decentralized Decentralized-Timezones, evenly distributing the day into 12 equal parts of 30 degrees longitude.

   • Fosters global synchronization, accommodating diverse regional and individual temporal practices.

5. Starting Epoch:

   • A foundational reference point established on September 23, 2022 at 6:00:00 UTC (+12), and it is equal to Cycle 0.0.0.0@6:00:000 SWT, ensuring precision and consistency in temporal coordination.

   • Serves as a fixed starting point for all temporal calculations within the Time 2.0 system.

Format of Displaying Time 2.0:

• Clock: HS:Binute:Seconds

• Date & Clock:

  • Long Format: Cycle.DYear.DMonth.DWeek.Day@HS:Binute:Second

  • Short Format: Days@HS:Binute:Second

  • Start date : 0.0.0.0@6:00:000 SWT = 23 septembre 2022 at 6:00:00 UTC.

Advantages:

• Enhanced precision and consistency in timekeeping due to the revolutionary Binute units.

• Improved temporal coordination for diverse applications.

• Global synchronization fostering inclusivity.

• Tangible reference for AI systems with the dynamic Compass.

Applications:

• AI and computing for optimized task scheduling.

• Global systems requiring synchronized temporal coordination.

• Any field benefiting from a more intuitive and balanced temporal framework.

Conclusion: Time 2.0, as presented by Tarik Ouardi, stands out with the revolutionary Binute units, representing a paradigm shift in temporal perception and synchronization. The innovative components and structures outlined herein contribute to a more harmonious and inclusive approach to time management, promising diverse applications across various domains.