Exploring the Next Frontier of Science: My Theory

In summary, the speaker has a theory that they believe will have a deeper understanding of nature than relativity. However, they are unsure of how to present it to the world and seek assistance. The suggestion is made to write a paper and submit it to a peer-reviewed journal or to gain a high-level science education before doing so. The speaker is also directed to the independent research forum where personal theories can be shared.
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gautamaish
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i have a theory which penetrates into nature even more deeply that relativity. after Newton's gravity and einstein's relativity ,i believe , it shall change science. but, i don't know how to show it to the world. please help me.
 
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You should write a paper and submit it to a peer reviewed journal. If you can't write a paper about it, then go back to school and develop the skills necessary to do so.
 
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You'll have to excuse my skepticism, but do you know anything about what Newton's and Einstein's theories actually say and do? Heck, most people making such claims don't even know how science works, much less understand how any particular theory works. And your opening sentence, there, has a lot of words, but doesn't look like it really says anything.

So I'd say you should start by going to school and getting a good high-level science education. In 8-12 years, if you still think you are on to something, write and submit a paper to the appropriate journal.
 
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gautamaish said:
i have a theory which penetrates into nature even more deeply that relativity. after Newton's gravity and einstein's relativity ,i believe , it shall change science. but, i don't know how to show it to the world. please help me.

What is your theory that will "change science"?
 
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FAQ: Exploring the Next Frontier of Science: My Theory

1. What is your theory about the next frontier of science?

My theory is that the next frontier of science lies in the field of quantum physics, specifically in the study of quantum entanglement and its potential applications in technology and communication.

2. What evidence do you have to support your theory?

There have been numerous experiments in quantum physics that have shown the potential of quantum entanglement, such as the teleportation of information and the ability to transfer quantum states between particles instantaneously. Additionally, there have been advancements in quantum computing and cryptography that rely on the principles of entanglement.

3. How do you think your theory will impact the future of science?

If my theory is proven to be true, it could lead to groundbreaking advancements in technology and communication that were previously thought to be impossible. It could also open up a whole new realm of scientific research and understanding of the universe.

4. What challenges do you anticipate in exploring this frontier of science?

One of the main challenges in exploring this frontier of science is the complexity of quantum systems and the difficulty in controlling and manipulating them. Additionally, there may be ethical considerations to take into account when it comes to the potential applications of quantum entanglement.

5. How can others get involved in this area of research?

There are many universities and research institutions conducting studies in the field of quantum physics and quantum entanglement. Interested individuals can pursue education and careers in this field, or they can support and learn about the research through publications and conferences.

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