alpha2cen

When anti-proton collides with neutron, does no annihilation reaction occur?

At the nuclear fusion reaction particle does not disappear. But At the annihilation reaction particles disappear. Can we consider two cases same?

When we write the anti-hydrogen mass as plus mass, are there any trouble to calculate particle property on the quantum physics ? At the annihilation reaction if anti particle mass were minus mass, it would be easy to represent. i.e. m(matter) + -m(anti-matter) = 0 mass Annihilation reaction is different than normal nuclear fusion reaction.

There is a theory about Earth's magnetic fields origin. But, how about this origin theory possibility, i.e., nuclear reaction in the core? I think the nuclear reaction makes heat and radiation, and the heat and radiation make electric current in the Earth inside. The electric current movement induces the Earth's magnetic fields. And, the heat generated from the nuclear reaction induces the Earth cluster movement, and the movement caused to volcanic eruption and earth quake. This is one possibility.

If there were not gravitational potential field, the water could not flow. There is gravitational potential field. So the water level height does important role on the water flow.

This means Hydrogen----------- 1mol 1g vacuum ------------ 1mol 0g Anti-hydrogen -----1mol -1g F= |m| g ? quantum theory

Let us think about this case. When there are anti-hydrogen and anti-deuterium, and there is a fusion reaction between them. Is it a exothermic reaction or endothermic reaction? For example hydrogen + Deuterium fusion------------> exothermic + Hydrogen + Anti-hydrogen fusion -----------> exothermic + Anti-hydrogen +Anti-deuterium fusion -----------> ??? Is Hydrogen + Anti-hydrogen fusion energy 2 m(hydrogen mass) C2 ?

Let us think about this case. There is a vessel, which contains anti-hydrogen gas. The balance indicates 1g. In this case, can we state minus 1g? Does this have any problem?

Till now I have never seen detail molecular mechanism of metal fusion and ionic solid fusion. Well known knowledges are macroscopic models, i.e., melting temperature, latent heat, ... Ideal solid model solid is represented as 3 dimensional spring connected material. We have not made ideal metal solid model yet, my guessing.

P= lo * g * h lo; density g; acceleration of gravity h; height

Difficult question. There are many literature about metal composition to strength, corrosion,... But there are few literature about basic problem. The theory disclaims the theory I described above, i.e. proton structure and freely moving electrons. So structure maintaining energy is not simple one but complex combined energy style. At any rate, it is known that solid heat transfer is related to vibration energy.

The tank height is important. If two tank height is same, we can compare this with the pressure. At the beginning two tank pressures are same, but as time passes, 1 tank pressure is rapidly drop. Force is different, 1 vessel force is bigger than 2 vessel at the beginning.

This is metallic bond. Every protons maintain certain distance in the solid and electrons are freely moving around. If temperature rise, the movement, i.e., vibration energy between protons are increased. At the high temperature the vibration energy is larger than structure maintaining energy, and it would become liquid. I do not think the rule of electrons is not increased with temperature on the tungsten heat transfer. There are freely moving electrons in the metal. And, there are many descriptions about the freely moving electrons contribution on the heat transfer. But their role on the heat transfer is not clearly quantified in the literature. Are there any difficulties to quantify?

Our Galaxy is moving some direction, and emits light to all directions. If so, dose our Galaxy have another interface like Heliosphere?

These are good sites for your dream. http://www.daviddarling.info/encyclopedia/C/Casimir.html http://www.daviddarling.info/encyclopedia/A/Alcubdrive.html How about seeing it?

How can we quantify the effect of vacuum? I think we could not ignore the effect of vacuum, because there is Dirac,s equation.

First, I think, see your supervisor past research area, or other graduate student's paper in your lab. And determine your research field. Practically it is not easy to establish advanced research without research facilities and past experiences in the biochemical research.

Real electron moving speed at the atom is not so slow, but it's movement through the conductor is very slow, i.e., conductor direction moving speed is slow. My question is "Can we storage very few electrons(60,000 ~ 100,000) accurately in the any device?"

I mean thermal stability at the high temperature. The vibration amount is related to the crystal structure of the tungsten, I suppose. When the vibration energy is very high, the bonds between the atoms may be weaker than before. The broken bondage state of the atom is liquid. In general , liquid is consisted of freely moving few atom bondages. There are few literature about freely moving thermal electrons. More data make perfect theory.

Let us take a look this site. http://www.slidefinder.net/e/electriccurrent/13274269 slide 6 It will be sufficient for your inquire.

Thermal conductivity is caused by atomic vibration or crystal vibration. This phenomena is also related to thermal melting. If the vibration energy is more bigger than attraction force between the solid atoms, solid will melt into liquid. I think that the cause of the tungsten's high temperature thermal resistance might comes from the low thermal conductivity at high temperature.

There are two different property device in the electric circuit, one is capacitor and the other is coil. At the capacitor high frequency electromagnetic wave can easily pass, but low frequency wave can not do. While, at the coil high frequency electromagnetic wave can not easily pass, but low frequency wave easily pass it.

If viscosity of the blood is increased, the flow through the micro-vessel will not be easy. It makes the mass transfer problem , i.e., the transfer of oxygen, carbon dioxide, nutriments and waste product. The flow through the micro-vessel is controlled by the viscosity, micro vessel diameter, micro-vessel elasticity and micro-vessel length, and connectivity. Some researcher states that red blood cell figure is important, too. It looks like donut's format. Then, is the micro vessel size alway constant through the human life?

1A=coulomb/second, coulomb= electron number. Electron current is not different electromagnetic wave flow. Electron current is very slow in a conductor, but electromagnetic flow is very fast , it's speed is the same as light speed.

Thank you for good answering. But it is useful for big currunt 1x10-15A. How about this method? Electric charge storage an emitting method. In the middle of the circuit we make some device for storage electric charge. First, few minute we save the electric charge, and emitt the saved charge. At this time we measure the current, and devide the current by the saving time. Any good opinion?