CTP Postquantum Propulsion Systems (CTPPQPS)

The physics of CTP (Conscious Translational Physical) Gravitic Propulsion, as discussed in various online sources, diverges significantly from conventional physical principles:

Non-Physical Forces:

• CTP propulsion operates on principles outside traditional physics, involving what are described as "non-physical CT forces." These forces do not align with the known fundamental forces (strong, weak, electromagnetic, and gravitational) but instead interact with what is termed the "C-domain," a non-physical realm where consciousness plays a role in physical outcomes.

Gravitic Modulation:

• The propulsion method involves modulating "CTP gravitic forces." This suggests manipulating gravitational effects or what might be considered antigravitic forces for movement, which wouldn't result in physical wakes, distortions, or gravitational effects in space. Instead, it would allow for propulsion without expelling mass or creating thrust in the traditional sense.

Instantaneous Acceleration:

• Unlike conventional propulsion where acceleration depends on mass, exhaust velocity, and fuel expulsion rate, CTP propulsion is claimed to allow for instantaneous start/stop acceleration without adhering to Newtonian mechanics, particularly inertia.

Bypassing Physical Laws:

• The system is said to bypass Newtonian laws like inertia, implying that the mass of the spacecraft does not affect its acceleration in the way traditional physics dictates. This bypass is achieved through the "non-physical laws of C-domain".

No Thrust:

• Traditional propulsion involves thrust, a reaction force as per Newton's third law. However, CTP propulsion describes a scenario where there is "no thrust" in the conventional sense, suggesting a different mechanism for movement, perhaps through altering the local space-time or consciousness interaction with physical reality.

Energy Source:

• The energy for CTP propulsion is derived from "CTP Energy," which is not detailed in traditional physics terms but implies a form of energy that can be modulated for propulsion without the need for chemical reactions or nuclear processes common in other propulsion systems.

Implications for Space Travel:

• The implications include the potential for faster-than-light travel without the physical constraints of mass or energy requirements seen in conventional propulsion, leading to concepts like guilt-free, emissions-free universal space travel for passenger liners.