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This forum is for general discussion. Please avoid posting on the topics that have their own forums.

I am so wonderful to see nice things integrated to Wiki. I like it most. I wish to use it one of mine.

Hi, Pradi, and welcome to Visual Physics. Your contributions will be welcome.

This forum is for general discussion. Please avoid posting on the topics that have their own forums.

I am so wonderful to see nice things integrated to Wiki. I like it most. I wish to use it one of mine.

Here you can report bugs in the Wiki or the Simulations, as well as submit suggestions.

This forum is for general discussion. Please avoid posting on the topics that have their own forums.

This forum is for discussing Quanta, the Wave-Particle Duality, and the Uncertainty Principle from the perspective of the theory proposed by the site. You have to register at the Wiki in order to post.

The effort here will be to develop a theory that will be based on the EM Waves theory proposed by the site, modified so as to allow for the quantization of the energy carried by the spacetime fluctuations that produce these waves.

The site has MathML support through ASCIIMathML, a javascript based system that translates "ASCII" notation placed in \` delimiters to MathML. So registered users can use this notation in any page of the site for rendering mathematical formulas. For instance, if you type \`x^2+y^2\`, you get `x^2+y^2`. For more detailed instructions see the Wiki Help Page.

Firefox has native support of MathML, although you may need to download some special fonts from here. IE needs a special plugin, MathPlayer, that you will find here. Rendering is much better in Firefox.

This forum is for discussing the Electrostatic Field and EM Waves from the perspective of the theory proposed by the site. You have to register at the Wiki in order to post.

The effort here will be to test the working hypothesis that EM Waves are fluctuations of the curvature of the space dimension with respect to (most probably) an extra (possibly "time") dimension.

The site has MathML support through ASCIIMathML, a javascript based system that translates "ASCII" notation placed in \` delimiters to MathML. So registered users can use this notation in any page of the site for rendering mathematical formulas. For instance, if you type \`x^2+y^2\`, you get `x^2+y^2`. For more detailed instructions see the Wiki Help Page.

Firefox has native support of MathML, although you may need to download some special fonts from here. IE needs a special plugin, MathPlayer, that you will find here. Rendering is much better in Firefox.

This forum is for discussing Gravitation from the perspective of the theory proposed by the site. You have at register in the Wiki in order to post.

The effort here will be to develop on the one hand an extrinsic formulation of General Relativity (Extrinsic Relativity), and on the other add Gravitation to Proper Time Adjusted Special Relativity --and have these two agree!

The site has MathML support through ASCIIMathML, a javascript based system that translates "ASCII" notation placed in \` delimiters to MathML. So registered users can use this notation in any page of the site for rendering mathematical formulas. For instance, if you type \`x^2+y^2\`, you get `x^2+y^2`. For more detailed instructions see the Wiki Help Page.

Firefox has native support of MathML, although you may need to download some special fonts from here. IE needs a special plugin, MathPlayer, that you will find here. Rendering is much better in Firefox.

This forum is for discussing the Proper Time Adjusted Special Relativity theory. You have to register at the Wiki in order to post.

You can read about the theory in VPWiki. In a nutshell, it proposes that the phenomena of Special Relativity are produced by the curvature of the space dimension in relation to time. This is shown by a simple algebraic proof and by the simulation that is build on this principle.

The site has MathML support through ASCIIMathML, a javascript based system that translates "ASCII" notation placed in \` delimiters to MathML. So registered users can use this notation in any page of the site for rendering mathematical formulas. For instance, if you type \`x^2+y^2\`, you get `x^2+y^2`. For more detailed instructions see the Wiki Help Page.

Firefox has native support of MathML, although you may need to download some special fonts from here. IE needs a special plugin, MathPlayer, that you will find here. Rendering is much better in Firefox.