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No? Could you do two things for me? The first is show, using the equations I provided above, how that is possible. The second is provide an example. What is this defining point? Yes. How do you think electromagnets work? Those four formulas are the Maxwell equations spoken of earlier in the thread. That is why I used the quote I did. I'll explain what they mean, but it would be easier for both of us if you would first tell me your level of maths. http://en.wikipedia.org/wiki/Maxwell_equations

Grr.....another 12 hour day and I still don't even have my TLD! I think we get them in the morning after we pass a Radiation Worker test. And the metal detectors hate me.

What do you mean by "MacroEvolution"? Speciation(which is what is usually meant by the term) has definately been observed.

No. All heat engines do work. There must be work on the system, work by the system, heat transfered into the system, and heat transfered out of the system. I'm tired of arguing, so this will be my last post about it. You can either trust me (there's no real reason for you to, but I am a nuclear mechanic, so I know a thing or two about heat engines) or you can research it yourself. I'll even give you the link to wikipedia. http://en.wikipedia.org/wiki/Heat_engine

[math]{\nabla}{\cdot}{E}=\frac{\rho}{\epsilon_0}[/math] [math]{\nabla}{\cdot}{B}=0[/math] [math]{\nabla}{\times}{E}=-\frac{\partial{B}}{\partial{t}}[/math] [math]{\nabla}{\times}{B}={\mu_0}{J}+{\mu_0}{\epsilon_0}{\frac{\partial{E}}{\partial{t}}}[/math] Where [math]\rho[/math] is electric charge density, B is magnetic field, E is electric field, [math]\epsilon_0[/math] is permittivity of free space, [math]\mu_0[/math] is magnetic permeability of free space, J is current density, and t is time.

Judging by your previous posts, you lack even a basic understanding of evolution and are unwilling to learn.

It depends on how you define the system. For a heat engine to work, all properties of the system must return to the original value. Entropy of the system is still >0, but the entropy of the system still decreases with heat transfer out of said system.

Not really. In fact, for heat engines to exist, your statement must necessarily be false. Heat transfer out of a system will reduce that system's entropy.

was a long one....and the rest will be as well. For those that don't know, I started work at the Modifications and Additions to Reactor Facilities plant at Knoll's Atomic Power Laboratory. It's twelve hour days and I start rotating shiftwork in seven weeks so it will get worse.

Martin, don't I always guess right?

It is important to note that the photons are NOT slowing down here. They are just starting and stopping more often. When light travels through a medium, it gets absorbed and re-emitted by the atoms of said medium. This absorption and emission takes time. The AVERAGE speed of the beam of light lowers, but the INSTANTANEOUS speed of the photons remains constant at the value of c.

That is easy! m=0. A vacuum is a space with nothing in it and nothingness has no mass.

Nor do I want to read my old posts, although I did so today for some reason.

Could you please explain how it is necessary in science? I really can't see where you're coming from here.

I learned it here.

I miss Zarkov. We should find a way to contact him and send an invite for him to come back. He was fun.

To what publication(s) do you plan on submitting your paper?

How did we get from evolution to SR/GR/QFT?

IIRC, other properties, such as spin, also differ between matter/antimatter partners.

With NO MATHS!!!!!!! Huzzah! Do you even know the required maths for the currently accepted models?

Introduction Energy Explained Mass Explained Gravity Explained Time Explained Relativity+ Charge Explained There you go Phil. Read them at your own risk.

Are you kidding? You expect him to make mathematical predictions?

Does that suggest that sex has evolved multiple times?

/me pictures "The Village"

In this paper, will you actually make predictions?