Black Holes / Dark Suns
Standard Definition
"Objects with such strong gravitation that not even light can escape"
Definition in the Law of Equalization
Black holes are extremely UNDERLOADED systems ("dark suns") that absorb incoming energy rather than reflecting it. No singularities required.
Mechanism
- Matter with high capacity, but NOT fully charged
- System still has much room for energy (like an empty sponge)
- Incoming energy is absorbed (not reflected)
- No back-coupling = invisible to us
- Appears "black"
What Happens to Energy
- Is not destroyed (impossible according to the four energy laws!)
- Is absorbed and stored by underloaded matter
- Like an empty battery being charged
- No back-coupling during absorption = optically "disappears"
The "White Hole" Puzzle Solved
White holes = ordinary suns!
- Fully or highly charged systems
- Continuously release energy
- Strong back-coupling = very visible
- Solar eclipse demonstrates it: Bright ring around a dark disk = the same optical illusion!
Black vs. White Holes
Not separate objects, but different charge states — like ice/water/steam: same substance, different phase.
| State | Charge | Energy Flow | Visibility |
|---|---|---|---|
| Dark sun | Underloaded | Absorbs | Invisible (black) |
| Bright sun | Charged | Releases | Visible (bright) |
Consequences
- Hawking radiation = energy release as saturation is approached
- Jets = energy discharge upon reaching capacity limit
- No time standstill, only extreme energy differentials
- Information paradox solved — energy not destroyed, only stored
Everyday Comparison
Like a cold glass when clinking: absorbs energy, returns nothing. No sound (acoustic), no light (visual). Appears "silent" and "black."
Continue to Dark Matter →