If you think you understand quantum mechanics, you don’t understand quantum mechanics.

— Richard Feynman

Quantum theory has been a conversation piece of physicists for more than a century. Quantum world is among one of the most well-renown inexplicable thing human beings have ever confronted. Howbeit, more than a hundred years passed. Is quantum phenomena still that kind of enigmatic viewed from today’s modern ideas?

Our new proposal, New Quantum Interpretation, offers quite a different picture for quantum theory. It is suspected that the baffling uncertainties the quantum particle shows may come from the instrument that is used to measure it. Therefore, a complete description of the quantum observation should include both the test particles and the instrument particles.

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In our empirical view, Physics is an experimental science. Experiments are conducted, from which laws can come into being. However, is this what Physics really is?

Well, if you have ever attended a lecture or speech by a theorist, you can find quite a disparate prospective. In fact, Physics was truly an experimental science, but it is not. Physics is now a theoretical science based on experiments. And physical theory has become the most essential and most valuable part of Physics. Moreover, a well-established physical theory can be experimental unfalsifiable.

How can we get that conclusion? To answer this, let me introduce our new featured article

Structure of Physics — Structure of Physics

In this article, you can learn how to construct a fundamental theory of Physics simply through the definition and deduction with the help of Mathematics, and how, for the first time, physicists discover that a physical law can be derived while the laboratories are missing. Welcome to the world of theoretical Physics.