Tachyons WILL BREAK the Light-Speed

Did you know a tachyon WILL break the speed of light, it can send signals BACK IN TIME too and it would also require (get this) infinite energy (ie… ∞E=M⁰ / represents the rest mass state it has)… which it needs to slow IT down? 🤔

Like slow it down to the “said” speed of light… which is the opposite behavior of normal matter itself… and its (hypothetical for now) existence of the tachyons challenges the principle of causality because they could theoretically be used to send signals back in time in certain frames of reference.

Tachyon particles are believed not to exist, and their existence would violate the laws of physics, creating paradoxes like the grandfather paradox… meaning they dont like stuff that can REALLY make them think which bends the reality they believe… just like the Athiests who can read past their own shadows  and see the proof given here by guess who… its a meeeee… lol 😂
Quantum theory is very hard because of the zero being a one and true being false as well as on being off just like here (its below for more info) but… as a tachyon loses energy, it speeds up and as a tachyon gains energy, it slows down too and the speed of light is its state as its born and exists in a superluminal state, where c (the speed of light) serves as its lower speed limit meaning… the speed of light is the slowest it can go… truly mind bending huh lol 😂 but very cool…

Read below why? And how?

The defining characteristic of a tachyon is that its velocity always exceeds the speed of light (c). It doesn’t accelerate from a speed slower than c to a speed faster than c. Instead, the speed of light acts as a lower limit for a tachyon, in the same way that c is the upper limit for ordinary matter (bradyons).

​The Light Barrier as a Two-Sided Limit
​The theory of special relativity establishes c as an impassable barrier for any change in speed state:

• ​For Ordinary Matter (Bradyons): As a particle with real mass approaches c, its required energy approaches infinity. This means bradyons are trapped below c and can never cross the barrier.
• ​For Tachyons: For a particle with imaginary rest mass, c is the speed at which it would require infinite energy to slow down. This means tachyons are trapped above c and can never slow down to subluminal speeds.

​Since a tachyon is theoretically “born” in the superluminal state, it is mathematically confined to that region.

​The Problem with Causality
​While the math of special relativity allows for the existence of particles trapped above c, the main reason physicists believe they do not exist is the fundamental problem of causality.

• ​If a tachyon could transmit information, its superluminal speed means that in some frames of reference (depending on the observer’s relative velocity), the tachyon could arrive before it was even sent.
• ​This would violate the fundamental principle of cause and effect, allowing the “effect” to precede the “cause” and leading to logical paradoxes (e.g., sending a signal back in time to prevent a past event).

​The video Time Traveling with Tachyons: Breaking The Speed of Light further explores the theoretical implications of a tachyon’s faster-than-light speed, including the concept of time travel.

A tachyon, which is a hypothetical particle, is able to be faster than light because it’s theorized to exist in a way that never involves crossing the light barrier (the speed of light, c). The key to understanding this lies in how special relativity governs two distinct classes of particles:

​1. The Light Barrier
​Special relativity forbids ordinary matter (bradyons) from accelerating to the speed of light.

As an ordinary object with a real rest mass approaches c (v to c), the denominator approaches zero. This causes the object’s energy (E) to approach infinity, meaning it would take an infinite amount of energy to push it past the speed of light. Therefore, ordinary matter is trapped below c.

​2. The Tachyon’s Framework
​Tachyons are hypothesized to be trapped above c by having a fundamentally different relationship with speed and energy.

• ​Imaginary Rest Mass: Tachyons are theorized to have an imaginary rest mass. This is the mathematical feature that shifts their permitted range of speeds past c.
• ​Inverse Energy-Speed Relationship: For a tachyon, the relationship between energy and speed is reversed compared to ordinary matter:
• ​As a tachyon loses energy, it speeds up.
• ​As a tachyon gains energy, it slows down.
• ​The Barrier: To slow a tachyon down to the speed of light (c), its energy must become infinite. This is the symmetrical inverse of the ordinary matter problem—just as bradyons cannot cross from below to above c, tachyons cannot cross from above to below c.

​In short, a tachyon isn’t accelerating past c; it is born and exists in a superluminal state, where c serves as its lower speed limit.

​It is defined in theoretical physics as a type of particle that always travels faster than the speed of light (c).
​Here are the key aspects of tachyons:

• ​Hypothetical Nature: Tachyons have never been observed experimentally. Their existence is inconsistent with many known laws of physics, particularly with special relativity’s implications for causality (allowing for logical paradoxes like signaling into the past).
• ​Distinct from Ordinary Matter: Ordinary matter, which is composed of particles called bradyons, is always constrained to travel slower than c. Tachyons, if they exist, would be a fundamentally different class of particle.
• ​Imaginary Mass: In the original theoretical framework of special relativity extended to faster-than-light particles, tachyons are often characterized by an imaginary rest mass.
• ​Energy-Speed Relationship: Unlike bradyons, which gain energy as they speed up, a tachyon would lose energy as it accelerates and would approach infinite speed as its energy approached zero. Similarly, it would require infinite energy to slow a tachyon down to the speed of light.
• ​Tachyonic Field: In quantum field theory, a tachyon is sometimes described as the quantum of a tachyonic field, which is a field with an imaginary mass that indicates an instability in the field’s vacuum. The Higgs field, for example, is a tachyonic field that resolves to a stable configuration, producing the Higgs boson (an ordinary particle) and leading to the process of spontaneous symmetry breaking, which is essential for giving mass to other fundamental particles.

More coming soon but its just funny how quantum theory breaks general relativity in a few ways (hypothetical) yes as NO ONE HAS EVER LEFT THE PLANET TO PROVE IT… LIKE NO ONE AT ALL EVER… just like the Gods Particle too however more soon.. God bless and have a lovely day. 🙏😇