In the field of quantum physics, it is common for researchers and scientists to develop and propose new theories. However, the process of having a theory checked out and accepted by the scientific community involves rigorous evaluation and scrutiny by experts in the field. While you don't need to be a mathematical expert to propose a theory, a solid understanding of mathematics is generally necessary to formulate and analyze quantum physics theories effectively.
If you have a theory in mind, it is advisable to start by studying the existing literature and gaining a solid foundation in quantum physics. This will help you understand the current state of the field and avoid reinventing already established concepts. As you progress, you can start formulating your ideas and hypotheses.
Once you have a theory ready, you can consider sharing it with the scientific community through various means. Here are a few options:
Write a research paper: You can prepare a detailed research paper outlining your theory, including the relevant equations, explanations, and predictions. Submitting your paper to a reputable scientific journal will subject it to a peer-review process, where experts in the field will evaluate your work for its scientific rigor and contribution to the field.
Attend conferences: Participating in scientific conferences and presenting your theory to fellow researchers can provide valuable feedback and opportunities for discussion. This can help you refine your ideas and gain insights from other scientists working in the same area.
Engage with the scientific community: Online forums, discussion boards, and social media platforms focused on quantum physics can provide a platform for sharing and discussing your theory with other enthusiasts and experts in the field.
Remember that quantum physics is a highly complex and mathematically demanding discipline. While you may not need to be an expert mathematician to propose a theory, a good understanding of mathematical concepts and their applications in physics is crucial. Collaborating with physicists or mathematicians who can help you with the mathematical aspects of your theory can significantly strengthen your work.
Lastly, be prepared to receive constructive criticism and feedback. The scientific community values evidence, logical reasoning, and rigorous mathematical analysis. If your theory withstands scrutiny and aligns with existing experimental evidence, it may have the potential to contribute to the field of quantum physics.