SHUNYAYA

The Realization: Center is Not Center For centuries, we accepted a core assumption: That forces in circular motion — like centripetal and centrifugal — originate and resolve around a fixed geometric center . But a startling idea emerged during Shunyaya simulations: What if the center isn't real? What if motion, force, and stability are regulated not by the center — but by the edges? This thought didn’t come from abstract theory. It began with a real, observable curiosity: If the Earth spins at over 1,600 km/h at the equator, why don’t we feel it? Standard science explains this using relative motion and gravity . But those answers, while mechanically valid, feel incomplete. Is the absence of felt motion truly explained by frames of reference? Or is there a symbolic regulator — an unseen balancing layer — that we've missed all along? The Questions That Opened the Door This one doubt triggered a series of profound inquiries — each pointing to a deeper symbolic shift: Co...

Introduction What if movement itself never needed roads ? What if every car, train, or truck we see today is not truly rolling — but resisting ? What if the real revolution in mobility is not in speed or fuel efficiency — but in the reimagination of motion itself? Welcome to the Glide Mobility Revolution. In Blog 32, we redefined flight. We discovered that true flight is not about thrust but about alignment with entropy . Now, in Blog 33, we descend to the ground — not to land, but to lift everything else up. Cars, buses, trains, even ships — can now glide with entropy, not battle against it. From Friction to Flow Traditional ground transport operates through contact: tires on asphalt, rails under steel wheels, anchors dropped into water. All of these are friction-based models. They depend on force to overcome surface resistance. But friction is a form of symbolic disagreement. It means the object and the surface are not aligned in purpose. Shunyaya reveals that motion can...

This is a companion blog to the main article: Blog 32 — Are We Truly Flying? Shunyaya Reveals the Forgotten Art of Gliding with Entropy Overview: This blog applies the Shunyaya Entropy Framework to a real-world flight scenari o, using symbolic formula inputs and showing how entropy alignment governs safe lift, effortless glide, and smooth descent. It continues the exploration of symbolic flying from Blog 32 by showcasing actual data-style calculations (in pure bullet format) to demonstrate the formula's universal applicability. A new frontier of application is introduced: pre-flight entropy scanning, identifying the safest, most glidable, and energy-efficient path before takeoff — minimizing turbulence, avoiding weather-related disruptions, and enhancing safety by entropy-based route optimization. The Shunyaya Entropy Formula (Flight-Specific) Here is the Shunyaya Entropy Formula: Entropy(u) = log( ∑ [wᵢ × Var(xᵢ₀:u)] + 1 ) × exp(−λ × u) Where: xᵢ₀:u: flight variables ove...

Introduction From the earliest birds to today’s supersonic jets, we believed flight was achieved by overcoming gravity with force. We studied thrust, lift, drag, and weight — and concluded that more power meant better flight. But what if we misunderstood the essence of flight? What if flying was never about force — but about field alignment? What if we never truly flew — we only resisted falling? The Shunyaya Entropy Framework reveals a deeper truth: real flight is not powered but permitted. Not by engines, but by entropy — the invisible field difference that governs motion, permission, and path. How Conventional Science Reads Flight (and Its Limits) In classical physics, flight is explained as a balance of four forces: Lift (upward force from air pressure difference) Thrust (forward motion by engines) Drag (air resistance) Weight (gravitational pull) Aircrafts are built to generate more lift than weight and more thrust than drag , with continuous adjustments made through compl...