alpha2cen

All quantum particles have particle and wave property. So we can descrived their behavior by using particle movement equations and wave movement equations. To solve all these equations is very complex, and useless, because it spends too much time even at the super computers for a simple problem. So we can solve this problem by using one kind of equations, i.e., particle related equations or wave equations. In general, particle behavior on the atom is expressed as wave equations. And, photoelectric behavior is expressed as particle equations.

I only described the dominant property from DNA level to character manifast level. It is some different from the Mendel'method which he descrived the gene expression only one character, i.e., sphere or irregular sphere, color difference...(I think these characters are combined gen expression result), he luckly this character related to one gen expression. So he could obtain sufficient macroscopic character manifast results he desired.

Our blood consists of many components, i.e., red blood cell, white blood cell, ... To do it's role in the body, blood should have small viscosity. Which viscosity is the suitable range value in the our body blood vessel? And, which way can we measure blood viscosity similar to the human vessel condition?

Is it possible to measure very very little current, i.c., 10 electrons per second? We can use amperemeter to measure ampere . But how can we measure very small ampere. I think this instrument might be very useful to measure bio-electrical signal and nano-pore DNA sequencing.

On the gene inheritance step we transfer some genes to the descendant. Usually one step down descendant succeeds 1/2 of the one parents gene. When the descendant is succeeded the gene, if the gene is dominant, the character manifestation phenomena will occur. There are some exceptions. One of them is the mitochondria related disease. This gene is always succeeded from mother to child. The percentage of succession is 100%, but the character manifestation is very small difference. So mitochondria related gene is dominant gene. We can decide gene dominance by using these factor , i.c., inheritance property and character manifestation property.

In the hadron collider this reaction occur. P(very big kinetic energy)-------------> 2P + P- So we can describe Energy -----------------------------------> particle + anti-particle At the Universe inflation after Big Bang Energy -----------------------------------> particle + anti-particle What I doubt about is the step to create matter, to create matter we need a space for particle and to extract mass in the empty space we need to make new space time curvature. These steps are not easy to describe. Are there any good opinions and #1 answer?

We know energy can be translated into matter. But I wonder which one is correct from this transform equations. A) Energy---------------------------------> matter + antimatter B) Energy + vacuum -------------------> matter + antimatter C) Energy + space----------------------> matter + antimatter D) Energy + vacuum + space---------> matter + antimatter E) Energy + space time ---------------> matter + antimatter F) Energy + vacuum + space time---> matter +antimatter G) Others Which one is correct? And, why do you think like that? Do you have any theoritical background?

Heat transfer rate[J/s]=(Total heat transfer coefficient[J/m^2.s.oC]) x (Heat transfer area[m^2]) x (Temperature difference[oC]) In this problem we consider all problem's heat transfer area are same, temperature difference are same, too. Total heat transfer coefficient term is consists of natural convection + radiation+ conduction. Air conductivity is very law. So convection transfer and some of radiation transfer are important role on this system. And, on the calculation of the convection, total heat transfer coefficient contains the term of surface material conductivity .

Antibody-antigen reaction condition for detection is very strict. I think, it is best way that you read conscientiously the manual which is obtained from the antibody supplier. Obey the procedure in the instruction manual. If there is some problem, you would be better to inquire them.

I have found the relation between temperature and the ion density. http://en.wikipedia.org/wiki/Saha_ionization_equation

Do not wake up the fat cells. When we give abrupt diet stress to out body, our body cells memorize the stress and willing to storage more fat for starved days. So diet should be done continuously and not too fast.

In the Universe there are tree kind of neutrinos which have been discovered till now. We know their emission sources well. But we do not know where the neutrino disappear. Are there any reaction or place which the neutrinos are disappeared?

Important thing is same charge particles repel each other. That makes every related equations.

Heat transfer rate depends on temperature gradient and heat transfer coefficient. If temperature gradient is same, the transfer rate depend on the heat transfer coefficient. In the moving air condition heat transfer rate highly dependent on heat transfer coefficient by moving air. But in the stationary air condition, we do not neglect surround air heat capacity, because it varies temperature gradient. And, we do not neglect natural convection surround us, too. Heat capacity, heat transfer coefficient and thermal expansion coefficient are related to nature convection phenomena. So in the humid stationary air condition, the high heat transfer rate, I suppose, is caused by high heat capacity and increased thermal conductivity on the more wetter skin surface.

Can we measure the blood output velocity of the aorta to the body? We can calculate the blood velocity by using this equation. (heart ratio) x (the amount of output blood per pulse) The problem is measuring the amount of output blood per one pulse exactly.

Where did you obtain it? We can know by using microscope whether the matter is meteorite or not. But the color is not looks like meteorite. Most meteorite contains small amount carbon contrast because they comes from the Astroid belt or residual matter at the beginning of the Solar system formation. Sometimes the other kind of meteorite was found which comes from the debris of the planet collision results.

One of the important property is same charge matters repel each other and different charge matters attract each other. If there were not this particle property in the Universe, more fine Universe would not exist. The property that same charge matters repel each other is more important because without this property only huge matter might exist in the Universe. Why do same charge particles repel each other? It is related to electromagnetic property. After Big bang electromagnetic force field and electron are created. Recently we can make particles and anti-particles by using energy. But till now we have not found any other particles larger than proton or neutron without very short life time particles.

But to obtain mass, at least the particles(Dark Matter) are collected in the certain region. The attraction between matter and Dark Matter is another problem.

The sun movement depends on many factors. 1) A movement of turning around the Galactic center. 2) A movement of attracting nearby stars, i.c. local fluff or local bubble stars. 3) The Sun in itself radiation effect . The sun movement is affected by the force balance between the emitted radiation pressure and the cosmic ray radiation pressure on the surface of the Heliosphere.

The interaction between photon and surface electron, I know, is related to photon frequency and it's energy. How do we explain it?

If we are(were) in the Dark Matter halo, the measured value will(would) be the speed of light through the Dark Matter halo.

From a theoretical point of view answer C is correct. Light speed is constant in the vacuum. And, as Gravity speed is the same as light speed, former contributer mentioned, there is no reason to delay Gravity speed in the vacuum.

The treatment will be done in the hospital. It is too expensive in the hospital for few patient. But there are too many patient in the world. Generic disease is too many cases in the same disease, and the treatment is very specific. There are too many labor doing it in the hospital.

Using it or not, the research might be done continuously. The therapy will not be done in the hospital but in the international human factory, because of money problem. The role of the hospital is a few on that kind of treatment. The more the treatment is complex, the more doctor role would be small.

In the point of genetic diseases treatment, gene repair is not easy, and some researcher's successes is not all safe, there are too many factors to control. But some research would have been continued forward, for example, eye retina cell gen repair--- there is no other way to treat, congenital diabetes, etc. And middle step genetic engineering is gene interference technique, which is control gene expression in the cell by using micro-rna, ... But problem is not technical problem, but economical problem . The used treatment requires too much money, because to make that drug or the treatment requires too much step to do and expensive instruments.