**Schwarzschild Radius**Derivation For Single BH: Updated 10:00 PM 30-Jul-2011**Gravity Gradient Stress**EXPERIMENT #1 For 2X 10SM BH X-Y Plane Binary: EDIT-Update 1:00 AM 20-Jan-2011**Proposed Theory**, Escaping The 'Un-Escapable: 'Black Hole Escape' Plus Explain Observed Jets Of Ionized Matter; Update 03-Oct-2015**RPS(Hz) vs Radius**For Equal Mass Binary Black Holes: R Expressed In Event Horizon Radii (Update: 28-Oct-2010)**Un-Equal Mass Binary Black Hole**Trajectory Pattern Update: 07-Nov-2010**ELLIPTICAL Binary Black Holes**(Eccentricity>0)**SOLVED: Merged Dynamic Event Horizon**; Edit: 02-Mar-2011 11:00 AM**'c' Speed Affect**On [Propagated] Gravity Arrival Direction CASES: M0>>M1 & M0=M1 Black Hole Binary(s) CLICK: '__BLUNDER__' Edit: 13-Nov-11 1:00 AM**BLUNDER**Edited: 13-Nov-2011 1:00 AM**Gravitational Radiation**Created: 11:00 PM 04-Dec-2011 Update: 10:00 PM 02-Apr-2013**Relativistic Correction**Charts Update: 20-Jul-2011**Equations & Parameters**For Black Hole Computations Update: 1:00 AM 04-Dec-2011

**1st Link,** Is classical derivation of the **Schwarzschild Radius
** Of A Black Hole.

**2nd Link,** Analyze **Gravity Gradient Stress** to prove
that a (real world, steel) body can survive the very high gravity gradient (intact) of a rather small BH Binary (NOTE:
Large BH Binaries have *much less severe* gravity gradient at the Schwarzschild radius). A 'cartoon' pictoral is
included to explain the geometry.

**3rd Link,** I **Proposed Theory** and a flight __into__,
__through__, and __out of__ a Binary Black Hole event horizon along the momentum spin vector (The Z-axis for a
binary spinning in the X-Y-plane). This proposed flight path exploits force symmetry that exists at the barycenter of
equal mass BBH's to provide cancellation of X&Y forces as the interloper travels the Z-axis __into__ and __out of__
the event horizon. Hawking's radiation is sometimes presented as a possibility for matter to escape the event horizon
of a black hole.

Does it need a shout that; "the possibility of Egress, Escape from a Black Hole iscontraryto accepted theory?" Paraphrasing expression of popular belief; "that once having entered the event horizon, nothing can escape, not even light."

If 'escape from a binary BH' Event Horizon is ever accepted, the argument could progress to a dialogue of escape
from a single black hole EH. The argument being that conservation of energy [and momentum] permits an object traveling
less than the speed of light to enter and leave based on [conservation of] energy. 'c' __is not__ the boss, **ENERGY is**

**6th Link,** Contains numerical computation of the Combined Event Horizon for **ELLIPTICAL Binary Black Holes** with results set into GIF animation(s). The Black area in all animations
depict the boundary of the Schwarzschild radius of each BH as though they were individual. The 1st animation depicts the
Binary BH without showing the combined Event Horizon. In the 2nd and 3rd animations the combined dynamic Event Horizon
envelope is shown in **RED**.