u/GrafRaf999

By the way, what is your thought on the idea of motion exceeding the speed of light?

The Relativistic Bypass: Why Superluminal Travel Doesn’t Require Infinite Energy

"The idea that exceeding the speed of light requires 'infinite energy' is a misconception born from a locked mathematical frame. In reality, an object can infinitely increase its speed from the perspective of an external observer because, within its own local timeframe, it never reaches the thresholds that demand such energy.

The Logic:

1. The Fuel Fallacy: A pilot doesn't need infinite fuel. He only needs a finite amount of energy to reach, for example, 0.1c according to his own local instruments. This is physically permissible and requires standard energy levels.
2. The Frequency Shift: As the ship accelerates, time dilation (the slowing of event frequency) kicks in. The more the pilot accelerates, the greater the discrepancy becomes between his reality and ours.
3. The Multiplier Effect: If the pilot reaches a local speed of 0.1c in a zone where his time is dilated (slowed) by a factor of 20 relative to us, his displacement in our space-time will effectively be 2c. He is moving at twice the speed of light in our coordinate system while only expending the energy required for 0.1c in his own.
4. The Conclusion: The object continues to accelerate for the external observer precisely because it remains 'slow' in its own reality. The 'light speed barrier' is not a physical wall for the traveler; it is merely a limit of synchronization. Once the ship’s displacement per local second exceeds the speed of light in our system, the object simply disappears from our perception—becoming a 'Zero Signal.'

Einstein’s equations didn't describe a physical ceiling for matter; they described the visual and signal horizon of the observer. We aren't trapped by physics; we are trapped by a beautiful, yet restrictive, mathematical description of reality.

The object disappears because of relativistic effects: as its internal frequency (time) slows down, its displacement in our frame of reference eventually exceeds the speed of light, making it impossible to register the signal

This post explores the ontological discrepancy between continuous mathematical models and discrete physical reality. Specifically, I am questioning the validity of the continuity assumption in the Navier-Stokes equations when applied to open systems.

My argument is that the academic focus on "singularities" is a byproduct of mathematical Platonism—treating equations as a closed universe while ignoring the physical law of Signal Evacuation.

The academic fear of "singularities" (infinite velocity in fluids) stems from treating mathematics as a closed system. Reality is open.

In a coffee cup, energy does not cascade into an infinite pit of complexity (towards the subatomic scale). It evacuates. Through friction, heat, and sound, the energy signal leaves the fluid system and enters the surrounding environment. The "infinite explosion" predicted by flawed equations is simply the point where the signal exits the model's boundaries. There is no singularity; there is only the transition of a signal into the surrounding "noise."

Stop making a tempest in a teapot; the complexity you worship is just noise.

Key Additions to the "Liquidation" Theory:

• The "Tempest in a Teapot" Axiom: I have reframed the Navier-Stokes problem as a classic case of making a mountain out of a molehill. The academic obsession with "singularities" is a theoretical fantasy that ignores the physical boundaries of the real world.
• Finite Mass Constraint: A coffee cup (or any local fluid system) is not a black hole. It lacks the mass and energy density required to fuel infinite acceleration. A singularity requires infinite input; since the input in a cup is finite, an "infinite explosion" is physically impossible.
• The Discrete Limit (The Molecular Barrier): While mathematics assumes infinite divisibility, matter is discrete. A vortex cannot shrink indefinitely because it eventually hits the molecular scale. At that point, the "fluid signal" dissolves into individual particle motion (heat), liquidating the mathematical possibility of a continuum-based singularity.
• The Law of Energy Evacuation (Open Systems): Energy does not "disappear," nor does it collapse inward. It evacuates the system. В an open environment, excess energy is shed as heat, sound, and evaporation. The "problem" only exists if you mistakenly treat equations as a closed universe.

Mullaminov R.F. aka Raf999

This post explores the ontological discrepancy between continuous mathematical models and discrete physical reality. Specifically, I am questioning the validity of the continuity assumption in the Navier-Stokes equations when applied to open systems.

My argument is that the academic focus on "singularities" is a byproduct of mathematical Platonism—treating equations as a closed universe while ignoring the physical law of Signal Evacuation.

The academic fear of "singularities" (infinite velocity in fluids) stems from treating mathematics as a closed system. Reality is open.

In a coffee cup, energy does not cascade into an infinite pit of complexity (towards the subatomic scale). It evacuates. Through friction, heat, and sound, the energy signal leaves the fluid system and enters the surrounding environment. The "infinite explosion" predicted by flawed equations is simply the point where the signal exits the model's boundaries. There is no singularity; there is only the transition of a signal into the surrounding "noise."

Stop making a tempest in a teapot; the complexity you worship is just noise.

Key Additions to the "Liquidation" Theory:

• The "Tempest in a Teapot" Axiom: I have reframed the Navier-Stokes problem as a classic case of making a mountain out of a molehill. The academic obsession with "singularities" is a theoretical fantasy that ignores the physical boundaries of the real world.
• Finite Mass Constraint: A coffee cup (or any local fluid system) is not a black hole. It lacks the mass and energy density required to fuel infinite acceleration. A singularity requires infinite input; since the input in a cup is finite, an "infinite explosion" is physically impossible.
• The Discrete Limit (The Molecular Barrier): While mathematics assumes infinite divisibility, matter is discrete. A vortex cannot shrink indefinitely because it eventually hits the molecular scale. At that point, the "fluid signal" dissolves into individual particle motion (heat), liquidating the mathematical possibility of a continuum-based singularity.
• The Law of Energy Evacuation (Open Systems): Energy does not "disappear," nor does it collapse inward. It evacuates the system. В an open environment, excess energy is shed as heat, sound, and evaporation. The "problem" only exists if you mistakenly treat equations as a closed universe.

Mullaminov R.F. aka Raf999

This post explores the ontological discrepancy between continuous mathematical models and discrete physical reality. Specifically, I am questioning the validity of the continuity assumption in the Navier-Stokes equations when applied to open systems.

My argument is that the academic focus on "singularities" is a byproduct of mathematical Platonism—treating equations as a closed universe while ignoring the physical law of Signal Evacuation.

The academic fear of "singularities" (infinite velocity in fluids) stems from treating mathematics as a closed system. Reality is open.

In a coffee cup, energy does not cascade into an infinite pit of complexity (towards the subatomic scale). It evacuates. Through friction, heat, and sound, the energy signal leaves the fluid system and enters the surrounding environment. The "infinite explosion" predicted by flawed equations is simply the point where the signal exits the model's boundaries. There is no singularity; there is only the transition of a signal into the surrounding "noise."

Stop making a tempest in a teapot; the complexity you worship is just noise.

Key Additions to the "Liquidation" Theory:

• The "Tempest in a Teapot" Axiom: I have reframed the Navier-Stokes problem as a classic case of making a mountain out of a molehill. The academic obsession with "singularities" is a theoretical fantasy that ignores the physical boundaries of the real world.
• Finite Mass Constraint: A coffee cup (or any local fluid system) is not a black hole. It lacks the mass and energy density required to fuel infinite acceleration. A singularity requires infinite input; since the input in a cup is finite, an "infinite explosion" is physically impossible.
• The Discrete Limit (The Molecular Barrier): While mathematics assumes infinite divisibility, matter is discrete. A vortex cannot shrink indefinitely because it eventually hits the molecular scale. At that point, the "fluid signal" dissolves into individual particle motion (heat), liquidating the mathematical possibility of a continuum-based singularity.
• The Law of Energy Evacuation (Open Systems): Energy does not "disappear," nor does it collapse inward. It evacuates the system. В an open environment, excess energy is shed as heat, sound, and evaporation. The "problem" only exists if you mistakenly treat equations as a closed universe.

Mullaminov R.F. aka Raf999

The academic concept of a "Black Hole" as a place of infinite time-dilation and vast internal distance is a fallacy. Time does not exist; there is only a sequence of observed events.

• The Event Horizon as a Cut-off: The horizon is not a gateway to a vast interior, but rather the terminal point of signal transmission. Beyond it, the sequence of events for a mass-object reaches its logical conclusion.
• The Absence of Distance: Between the horizon and the final state (the Planck limit), there are no intermediate events. Without events, there is no distance. The perceived "space" inside is a phantom created by flawed formulas. Logically, the object reaches its minimum scale the moment it crosses the threshold.
• The Final State: Mass does not collapse into "nothingness" or "infinity." It reaches the fundamental limit of the system (the Planck scale) and ceases to function as a signal in our reality.
• Liquidation: A Black Hole is a logical data compressor. It strips away the "noise" of space and the illusion of time, reducing excess mass to a zero-signal state. The paradox is liquidated once we recognize there is no "inside"—only the final event of a system's transition.

Justification:

According to the Schwarzschild equations, an object compressed to a certain point must collapse. This leads us to two logical conclusions:

1. Instantaneous Collapse: The collapse occurs instantly, and everything that passes the event horizon is immediately compressed into a central point. This makes any movement or "travel" inside the horizon physically impossible.
2. Event Frequency Decay (The Dilation Paradox): If the collapse takes a finite amount of time, what we traditionally call "time dilation" takes over. Physical processes slow down so drastically that the object can never complete its collapse. This again makes travel beyond the horizon impossible; a traveler would simply be "smeared" across the surface of the frozen mass.

The Jet Paradox and Event Frequency:

I arrived at these conclusions through logical deduction, but one detail remains: the jets emitted from the event horizon. In Interstellar, on Miller's planet, physical processes slowed down by a factor of 60,000 relative to the outside world.

Near the event horizon, the frequency of events decays radically. If we assume that event frequency near the horizon is reduced by a factor of 5,000, according to the most conservative estimates (rather than stopping entirely), we hit a wall.

If we observe a jet moving at 0.90c from a distance, then for a local system where the frequency of events is 5,000 times lower, that motion would effectively be 5,000 times faster. This implies that either our understanding of "time" as a frequency of physical processes is flawed, or motion exceeding the speed of light is a reality in those conditions.

Expected counterarguments

1)Criticism: Physicists will argue that "frequency" is the number of events per unit of time.

Reply.

Events occur not because we label them as "time"—they occurred before us and will continue after us. Atomic clocks have no knowledge of time; they simply record events, the quantity of which we have labeled as a "second

To all these twists and turns, there is only one answer: we did not invent time because it exists; we invented it for our own convenience, so that we could function in this reality

2. The Planck Scale at the Horizon:
   The event horizon is not a wall, but a mathematical boundary. In the case of supermassive black holes, gravity at the horizon might not even be felt (it is weak). Why on earth should an object instantly compress to Planck dimensions (the minimum) right at the entrance, if there is no physical pressure there to crush it?

Reply.

When an object has collapsed, the boundary remains because while the mass has shrunk, its gravitational force hasn't gone anywhere. So it's not 'at' the horizon; the object is effectively at its limit the moment it crosses the threshold, and the horizon is simply the perimeter of its influence.

3. Error in calculating jet velocity:
   Your calculation (velocity of 0.90c multiplied by a dilation factor of 5,000) contradicts the theory of relativity.

Reply.

Relativistic laws only function for the external observer; an observer located within a zone of intense gravity or at light speed does not experience any length contraction or time dilation. For us, a photon moves at the speed of light. However, from the photon’s own perspective, it covers any distance in a single instant. This means it effectively travels much faster than the speed of light multiplied by the speed of light.

4. Liquidation and the conservation of energy:
   The law of conservation of energy states that nothing disappears into nowhere**.**

Reply.

I never stated that energy is erased. When mass collapses into the center, it reaches the fundamental limit of the system (the Planck scale). It doesn't disappear; it simply ceases to function as a signal in our reality. The energy is preserved, but the 'noise' of space and time is liquidated

5. The "Interstellar" Argument:
   The use of the film "Interstellar" as a basis for theoretical physics is problematic.

Reply.

According to the Schwarzschild equations, time effectively stops near such objects. The movie simply provided a way to visualize this phenomenon.

Mullaminov R.F. aka Raf999