An Alternative Mechanics Framework: Overcoming the Mass and Time Barriers in Cosmic Travel

An Alternative Mechanics Framework: Overcoming the Mass and Time Barriers in Cosmic Travel Author: Varun KambojDate: October 2026Affiliation: Independent ResearcherContact: contactvarunkamboj@gmail.com Abstract This paper presents an alternative mechanics framework that challenges the core axioms of Albert Einstein’s Theory of Special Relativity. It identifies fundamental logical flaws in modern thought experiments regarding time dilation and relativistic mass. By decoupling time from velocity and treating mass as an immutable property, this framework demonstrates that the perceived barriers to human space travel are mechanical engineering constraints rather than absolute laws of physics. A new propulsion dissipation model is introduced to replace the concept of variable mass. Section 1: Introduction and the Fallacy of Time Dilation 1.1 The Objective vs. Relativistic FrameworkModern physics relies on the assumption that space and time are physically malleable constructs that bend based on the relative velocity of an observer. This paper challenges the fundamental logic of Einstein’s time dilation thought experiments, proposing instead a model where time functions as an absolute constant. Independent moving bodies do not warp reality; they simply exist and operate within their own localized physical frameworks. 1.2 Distance Over Velocity: The Rocket MisconceptionThe mathematical illusions found in Special Relativity arise from a conceptual error that conflates the extreme velocity of light with a physical transformation of time. When analyzing the premise of a 1-minute journey at the speed of light equating to 14 years of elapsed time on Earth, the disparity is not caused by clocks slowing down or the human body aging differently. Instead, it is a straightforward consequence of mechanical distance: Light travels an immense distance in one minute (18,000,000 km). Earth’s fastest current rocket modules require approximately 14 years of continuous travel to cross that exact same physical span of space. 1.3 Scope of the PaperBy recognizing that both the spaceship and the home planet remain in their own objective frameworks, we can decouple time from velocity. This paper demonstrates how cosmic movement can be entirely evaluated using fixed time scales and distance calculations, removing the paradoxical constraints of time dilation from future space exploration models. Section 2: The Propulsion Dissipation Model as a Replacement for Relativistic Mass 2.1 The Invariance of MassStandard relativity asserts that accelerating an object causes its mass to increase toward infinity, creating an invisible physical barrier at the speed of light (c). This framework rejects that premise. Mass is a fixed, intrinsic property of matter that remains constant regardless of velocity. If a human body or vehicle is shielded from external hazards—such as physical collisions with interstellar gas and dust—there is no internal mechanical or biological constraint that prevents continuous acceleration. 2.2 The Field-Force LimitThe illusion of an unpassable speed limit does not stem from the vehicle becoming heavier; it stems from a limitation in how force is applied. Current Earth propulsion systems rely on electromagnetic or chemical forces, which themselves propagate at a maximum speed of c. As a vehicle accelerates closer to the speed of the force pushing it, the efficiency of energy transfer drops. The engine ceases to accelerate the vehicle not because the vehicle's mass has changed, but because the propulsive force can no longer catch up to apply a mechanical "push." 2.3 Implications for Uncapped VelocityBy defining the light-speed barrier as an engineering constraint of the engine rather than a physical law of mass, the theoretical limit on human space travel is lifted. If a propulsion system can be designed that does not rely on a trailing field emission, a vehicle and its passengers can continue to accelerate indefinitely without experiencing structural or inertial breakdown. Section 3: Conclusion and Future Work This framework provides a grounded, physical alternative to the abstract geometry of relativity. By recognizing that time is absolute and mass is invariant, we open up new avenues for aerospace engineering. Future work under this model will focus on developing non-emissive or localized propulsion fields capable of pushing human transit modules past the current field-force limit of c, paving the way for practical interstellar travel.