The core concept of Chronosync isn't merely about time travel, though that undeniably forms a foundational element. It’s the assertion – rigorously debated within the nascent field of Temporal Resonance Studies - that time isn’t a linear progression, but rather an infinitely layered tapestry of potential realities constantly vibrating in a state of near-equilibrium. Think of it less like a river and more like a vast, shimmering ocean; each wave representing a possible moment, interacting with every other wave across the spectrum.
Our current understanding, rooted primarily in Einsteinian relativity, treats time as a dimension inextricably linked to space – spacetime. But this model fails to account for what we've termed “Temporal Echoes” – faint reverberations of past and future states bleeding into the present. These echoes aren’t simply distortions; they possess quantifiable energy signatures, detectable through specialized Chronometric Sensors (CS-7). The CS-7 doesn't *move* you through time, it allows you to perceive and interact with these existing temporal resonances.
The theoretical underpinning comes from the work of Dr. Aris Thorne, a disgraced astrophysicist who vanished in 2047 while conducting experiments involving manipulated gravitational fields near Sagittarius A*. His recovered data – painstakingly reconstructed by the Chronosync Initiative – suggested that intense gravitational stresses could momentarily fracture spacetime, creating transient 'temporal windows' allowing for limited observation and, crucially, interaction with resonant frequencies.
Crucially, Thorne’s work also introduced the concept of "Chronal Drift" - the tendency of these temporal windows to shift slightly over time, influenced by collective human consciousness. The more people contemplating a specific event, the stronger its resonance and, consequently, the greater the likelihood of a window opening.