Physics: What actually is time? Why doesnt it go backwards? Decay Theory tries to answer

Stephen Hawkings  said the universe is nothing but a collection of emergent fields, states and systems.

Nikolai Tesla said the universe is vibrations and frequencies. 

To agree with the two I consider time as a rate.

So everything bubbles out and dies or gets replaced.

You are made of mass which is made of discrete units that bubble out and die down being replaced by other units .

The rate of emergence, de emergence and discrete causal frequencies.

I believe time emerges and de emerges just as any quantum system.

Quantum systems bubble out, obey probability, take logic states before de emerging or decay out to  lower states.

So if emergence represents causality or the disruption of equillibriun, then time is the rate frequency of that process.

I refer to causality and effects.

I also refer to Nikolai Tesla:

 "If you want to understand the universe, think about frequency rate and vibrations."

Loop Quantum Gravity considers the universe as made of granules of space time.

These granules make up the fabric of space time.

In my context, time can be thought of as a measure of the dynamic interplay between emergence and de-emergence, reflecting ever-changing landscape of quantum energy states.

In otherwords Time is the process through which energy emerges from a high state of being and deemerges towards lower states. Every energy form that emerges must de emerge and once it deemerges or dissipates another emergence must occur, decay, dissipates so on and so on, simulating a wave function.

Wave function is the interplay  between on and off simulating a probability ENERGY form essentially evolving into logic which is another energy that too decays.

So time is that process.

This resonates with various theories, including:

1. Quantum Mechanics: Time is an emergent rate of the interactions and dynamics of quantum systems. Emergence and de emergence, or replacement and displacement.

Systems emerge fully formed at Planck's scale unit in what can be termed as prominence. They somehow attain logic then decay out to lower states before being replaced by new prominence.

In otherwords, time as present is prominence, the past is dead as de emergent or as a decayed phenomenon unit and the future is a wide probability emergence.

This means, the future simply represents wide possible values of emergent units.

2. Relational Quantum Mechanics: Time is a relative concept, dependent on the relationships between quantum systems and their environments.

3. Causal Dynamical Triangulation: Time is an emergent property, arising from the collective behaviour of simple, granular units of space-time.

1. Time and Entropy: Investigate how the emergence and de-emergence of quantum states relate to changes in entropy, and how this influences our understanding of time.

2. Quantum Fluctuations and Time: Examine how quantum fluctuations, which drive emergence and de-emergence, affect our understanding of time and its relationship to the quantum realm.

3. Consciousness and Time Perception: Discuss how the human experience of time, influenced by consciousness and perception, relates to the emergence and de-emergence of quantum states.

I therefore connect the concept of prominence to quantum states and the fundamental units of the universe.

In quantum mechanics, particles can exist in various states, and when they reach a state of maximum stability, they can be considered "fully formed" or prominent.

The idea that the universe is composed of indivisible units is reminiscent of the concept of "quantum foam" or the "Planck scale," which suggests that space-time is made up of tiny, grainy units of space and time.

These units, such as Planck time (~5.4 x 10^-44 s) and Planck length (~1.6 x 10^-35 m), represent the smallest scales at which space-time can be meaningfully divided.

By linking prominence to these fundamental units we are implying that the universe is composed of discrete, granular units that give rise to the emergent properties observed

References:

1. _Quantum Field Theory_: Describes particles as excitations of underlying fields, which can be thought of as fundamental units.

2. _Loop Quantum Gravity_: Posits that space-time is made up of discrete, granular units of space and time.

3. _Causal Dynamical Triangulation_: Uses a discretized spacetime, similar to quantum gravity, to study the emergence of spacetime.