alpha2cen

At the electric wire radio wave emitting condition is different from visible wave emitting condition. We can make visible light by using tungsten filament. The temperature condition is very high. Visible light generating procedure is like this. The electron current through the filament makes a high temperature, and at the hight temperature light is naturally emitted by electron orbital movement in the atom. Then, How the radio wave is emitted on the surface of the copper wire?

Then, how we explain Black hole phenomena? On the surface of the Black hole, researchers say, electromagnetic wave, light, is absorbed. No light is emitted from there, either. Another related phenomena is every stellar behavior is related to electromagnetic wave attraction by it's gravity. If your saying were right, we would have to rewrite this part of paper again. From the beginning my point is photons have no mass, but they are attracted by gravity. It confues us like Higgs boson.

This does not have the rule, but see the rocket which is leaving the Earth. The end of the rocket emits electromagnetic waves - light. The rocket power would be roughly proportional to that temperature. At any rate, the thing that gravity attracts electromagnetic wave or not is important.

Then, why light speed is reduced when it 's moving through the glass? The related parameters are density. And, transparentability is related to the distance between crystals. There is no factor to reduce the light speed except electric or magnetic force. Electric force can be removed here, because electron excess material, metal, never have light transparentability.

Simple example. There are three groups we'd like to compare. A(1,000,000member) B(1,000,000member) C(1,000,000member) Because of many reason (economical, time, ...), we do sampling some of them. Your example is 4x8. When we compare A, B, C difference, the difference A B C effect should be bigger than A B C inside error, at this time we can say there is a difference between A, B and C . The comparing scale is F factor. If F factor is big, ABC main effect is bigger than ABC inside error. If F factor is small, ABC main effect is smaller than ABC inside error. Your computed result 8.12 is bigger than inside error. So the difference between good drug and poor drug exists within 0.00l critical value.

The problem is making a bone marrow stem cell. Generally cell has it's life time. No dying sell is a cancer cell. So we first make no die cancer stem cell which has no ability of metastasis. It's important step. Making safe bone marrow stem cell is important.

Think about this case. The case when you play a rope pulling game with other people. The moment when someone is pulling the rope, you give him sufficient rope cord, then what happen? Your rope tension is lower than before. Electromagnetic emitting is the same concept. Important thing is that gravity attracts electromagnetic waves or not.

Then, what is the oxygen carrier? I think it's not made of iron. Is it's capacity big like hemoglobin?

To develop artificial bone marrow is very important for us. But its not easy. First we make bone marrow stem cell and grow that cell in the culture. Present technology can make only few hemoglobin from the bone marrow stem cell. Artificial blood is also important to make drugs.

The funny thing is that electron- proton don't stick together. Between electron and proton have some distance. They are very attractive, but have some distance. What's the problem?

If visible light is electromagnetic wave, can we control it by magnetic force? Magnetic wave concept comes from Maxwell's equation. How do we find it is correct in the vacuum? Most important evidence?

If gravity had an attraction force of the electromagnetic waves, this relationship should be existed. We assume there is an object which is surrounded by electromagnetic waves. How about this relationship? Total gravity attraction force = electromagnetic wave attraction force + object attraction force But problem is which pattern electromagnetic wave is related to the gravity. The parameter is like this, such as intensity, wavelength. If Sun had attraction of electromagnetic waves, this wave, sun emitting wave lengths, would be very effective for reducing gravity.

There are many researches about artificial blood. But commercialization of that product is not easy. If that technology is developed well, we can do blood plantation without fear of infection. What is the problem of that investment? How about this product? saline solution-----------------middle product -------------artificial blood-----------blood But the product test is not easy for human.

Till now there have been no report about gravity wave detection by using gravity wave detector. Only known materials are obtained from observed result through the telescope.

It's too slow compare to airplane speed. Are there any echo coming back? Isn't the SONAR sound waves?

I solved differential equation before. Which solution is accurate between analytical solution and numerical solution? Most people say analytical solution is accurate. But every differential equation is not easy to get the analytical solution. And then series solution is funny. It can not get directly graph or table. Middle step is used for getting final data. Any good suggestion about these methods?

Let's think about this black hole calculation. Black hole + mass1 = Black hole Black hole + Black hole = Black hole Above Black hole mass, mass measurement is meaningless?

Is the property changed at any conditions? For example very high temperature or 0K. At hight gravity the attraction property is useless.

If total mass were not changed in the Universe, there would be some place which absorb the emitted electromagnetic wave. Homogeneously distributed Black hole would be one of the ways. If not, the Universe mass should be decreased continuously.

Can we divide the light into electric waves and magnetic waves?

If gravity affected electromagnetic wave forward direction, it would possible to control the gravity by using electromagnetic waves. When we pass through the big gravity place, we can easily pass that place by using electromagnetic wave emitting apparatus. If there were no interaction between electromagnetic wave and gravity, the light passing experiment would be something wrong.

Think about this example. There is a stone on the surface of the asteroid. We move it to near Black hole. Which one is the high energy state between the stone on the asteroid and near the Black hole? The stone near the Black hole is able to make a fusion reaction without adding more energy.

I mean initial energy << final energy state There is no energy input to be that state. And system energy is increased.

The simple example of statistics is like this. It is almost impossible to measure average weight of man in the world. In this case statistics is very useful. Fist we select small number of people in the world as a sample and measure their weight. And then we calculate the average weight from that data. The true average weight is existence in the region, some statistical error which is obtained from the statistical calculation + - calculated average weight from the sample. If we increase the sample size, the statistical error is reduced.

Everybody knows well light is bending when it passes nearby the very big mass star. But photon has no mass. Why light is bended by very big gravity star? Any related equation about it?