alpha2cen

About Dark Energy. If Higgs field exactly exists. Is Higgs field intensity constant from the beginning of the Universe? Is Higgs field intensity decrease causing the Universe accelerated expansion? Evidence? Neutron beta decay. Originally neutron is stable. But time is going on, it's stability is changed? Why neutron was stable at the beginning of the Universe? If not, how there were so many atoms can created, current self-existing time is too short. If Higgs field intensity were more strong than now, neutron stability would be increased? Do we have any method to calculate this? Speculation. Then, do we have other evidence?

Is it difficult to make 3D redshift map? The map contains observed Super Clusters position and their redshift value. And, also includes current Super Cluster position estimated from the Universe model. It will be a big DB(data base). From there, we will obtain many answers about this kind of cosmic questions .

Temperature dropping phenomena occurs?

The graph tendency is the same as the predicted time var redshift/time graph.

How to calculate efficiency?

del E= mc2 - 1/2 r m c2 (v/c)2 c; speed of light del E; Higgs field potential energy difference m; mass r;Lorentz factor r=(1-(v/c)2)-1/2 v; speed of object Right first term is a mass energy. Second term is a kinetic energy.

Is the time factor sensitivity more lower than the distance factor sensitivity?

When moving object is affected by Higgs field , Higgs potential energy is del E= mc2 - 1/2 r m c2 (v/c)2. When object moves at the speed of light, del E=0 Something strange. when object moves at the speed of light, r = 2 ????

Is it the origin of mass difference? How to make CMB from Big Bang?

We know CMB(cosmic microwave background) is an another evidence of Big Bang. Then, how to make CMB from Big Bang? Anyone knows about it?

It might be more better to use many point redshift change than to use some point redshift change in short period(with in 100 years) to explain the acceleration. The model which contains near Super cluster(old light) and far away Super cluster (very old light) would be more exact. Is it difficult to do so?

OS or Installing have no problem. User usage problem. Sometimes I am confused which one is Linux or window file. Is there big difference between two kinds of files in the file system. But, if we use it carefully, it will be no problem.

We observe the Universe through the telescope everyday. Is the scenery a mixed past Universe? How do we know current Universe or Universe change? model Real Universe: beginning -------very old past-------old past ------------ past------------near past -------present -----------------------future Physical lag : light speed, distance, time, Universe movement, location Obtained Universe scenery : Mixed Universe (very very old, very old, past) scenery is obtained. The scenery figure appears differently from the current figure depending on the location of the objects in the Universe. To understand real Universe behavior, we must transform obtained Universe scene into real Universe one by using an inverse physical lag function. Obtained Universe scene ----> transforming by inverse physical lag function -----> Real Universe scene The real Universe, we would like to know, may be current Universe, past Universe, Universe history, etc.

Based on current redshift concept. Time lag effect neighboring Super Cluster--------------------- recent light------------------moving slow ... near Super Cluster----------------------------- near past light---------------moving fast ... far away Super Cluster------------------------ old light ----------------------moving more fast ... very far away Super Cluster ------------------ very very old light------------moving very fast + geometric location effect

Notebook Linux and desktop Window, or notebook Window and desktop Linux, might be better to use. Dual booting will have some trouble about file usage, we will confuse which is Linux file and which one is windows.

For calculation, FORTRAN is good. It is easy to learn. There are many kinds of FORTRAN. To choose good compiler is important to do work well. And, try to understand the math function, which is contained in the compiler, more deeply for doing more exact calculation. Knowing the limitations of the compiler is also important, too.

If the air density of the Earth surface were 1/2 of the current air density, how much energy would be required to escape to the space by rocket? Gravity is the same as the current gravity. A) same energy B) more energy C) less energy D) others why?

np --> n + P or D+--> n + P Above reaction is possible?

Till now quarks are element particles. But we have not made protons by using this reaction, u +d +u --->P, yet. Standard Model fits everything well, although it has a few exceptions. So quarks exits. Element particles captured by Higgs field are quarks? So, how to hold element particles by Higgs field would be a good experiment. How about doing a simulation or an animation about Higgs field effect? Real experiment might be almost impossible now.

Light is light. So, it's mass is depend on it's character.

From the point of view of particle, i.c., particle basis, light mass is zero. But, from the point of view of light, the mass is only very short period physical property. So, when light collide with photoelectric device surface, or similar situation, light mass is not zero and has particle property. And, the other situation, light mass is zero and wave property.

Does light have a case dependent mass different on the situation? When it collide with photoelectric device, it has a mass. But, it does not have a mass when it moves in the space.

How to test the Holographic Universe? How to know it? Is it difficult to do experiment?

Is the difference of the stability between neutron(n) and neutron-proton(n-p) too big? n-p is very very stable than n alone. How to explain this phenomena theoretically? Time dependent stability problem.

How to calculate that a proton particle is more stable than a neutron particle in the nucleus? Are there any models to calculate it?