| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 10 months |
| seen | Dec 17 '12 at 21:20 | |
| stats | profile views | 74 |
- Physics
- LabView
- QBasic
- C/C++
- Java/applet/3d
- Fortran
- Assembly
- DarkBasic
- phsical modeling
- Parallel computing(just trying now)
- Neural network(will try)

|
Oct 1 |
revised |
Atomic clocks and how to synchronize them added 49 characters in body |
|
Oct 1 |
answered | Atomic clocks and how to synchronize them |
|
Oct 1 |
answered | What's the Significance of Color Changes Between EM-Spectrums? |
|
Oct 1 |
revised |
With the phone Vibration why the whole bed vibrates added 217 characters in body |
|
Oct 1 |
answered | With the phone Vibration why the whole bed vibrates |
|
Sep 15 |
awarded | Scholar |
|
Sep 15 |
accepted | Wavefronts and phase velocity faster than $c$ |
|
Sep 14 |
asked | Wavefronts and phase velocity faster than $c$ |
|
Sep 3 |
comment |
Vehicle acceleration Are you making a simulator? |
|
Sep 3 |
comment |
Vehicle acceleration This looks like a velocity verlet. Not for the position but velocity. en.wikipedia.org/wiki/Verlet_integration#Velocity_Verlet |
|
Sep 1 |
comment |
Is it easier to move or rotate an object? I cant find the exact force withot measuring geometric and material properties of the case. |
|
Aug 31 |
comment |
Energies decay in 3D homogeneous rotating turbulence This reminds me en.wikipedia.org/wiki/Equipartition_theorem |
|
Aug 31 |
comment |
Is it easier to move or rotate an object? Ok, we can try taking an area*sin(angle) integral in a chat. I dont know how to open a new chat window |
|
Aug 31 |
answered | Is it easier to move or rotate an object? |
|
Aug 31 |
answered | Alpha Decay or Fission |
|
Aug 31 |
comment |
Alpha Decay or Fission Even Carbon-nucleus is emmited in some decays. Then it would be about the speed of the thing. |
|
Aug 31 |
comment |
Relativistic Mass and Dark Matter People approximate a central-blackhole's mass from the linear speed of the edge of its galaxy. Then the galaxy center must be moving relativistic. |
|
Aug 31 |
answered | When does not Newton's 3rd law apply? |
|
Aug 30 |
comment |
How do I learn higher level physics? I learned Hamiltonian, Tensors and Lagrangian on 2nd class. Our optional-particle physics (Feynmann?) can be taken at 3rd class |
|
Aug 28 |
answered | Antimatter bomb |