Can anyone help me with my high school paper on vacuum and quantum vacuum?

In summary, the speaker is a high school student struggling with writing their paper on vacuum and quantum vacuum. They are seeking someone with more experience in the field to guide them and clarify their thoughts, but not to do their homework for them. They have been advised to find a mentor from a local university and it is against policy to offer support before publication. The conversation is now closed.
  • #1
raracon
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TL;DR Summary
Looking for someone who could help me write my work
So...
I've been writing my work about the vacuum and quantum vacuum. Now my problem is that I've come to realize that I can't really bring my thoughts and research onto paper the way I would like it. I am now in 12th grade in high school

I know that this is a crazy demand but hear me out:

I am searching someone with a bit more experience in the field than me that could chat with me write this paper per text or per voice.

I am NOT asking for someone to do my homework or anything, just someone to guide me

P.S the paper is about the vacuum and it "specialises" in I. Fluctuations, Lambshift etc. and II. Casimir effect
 
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  • #2
Sorry, but we do not offer pre-publication support of any form here at PF. I am quite impressed that you would work on such material in high school, but you need to get a mentor from a local university or something similar. It is simply against our policy here to do anything before a paper is already published in the professional scientific literature.

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FAQ: Can anyone help me with my high school paper on vacuum and quantum vacuum?

What is a vacuum and quantum vacuum?

A vacuum is a space that is completely devoid of matter. In the context of physics, it refers to a space with no particles or atoms present. A quantum vacuum, also known as a vacuum state, is a state of lowest possible energy in a quantum mechanical system.

How does a vacuum and quantum vacuum affect our daily lives?

Vacuums are essential in many modern technologies, such as vacuum cleaners, fluorescent lights, and cathode ray tubes. Quantum vacuums have also been used in various technologies, including quantum computing and particle accelerators.

What is the difference between a classical vacuum and a quantum vacuum?

A classical vacuum is described by classical physics, where particles have definite positions and energies. In contrast, a quantum vacuum is described by quantum mechanics, where particles can exist in multiple states simultaneously and have uncertain positions and energies.

How is a vacuum and quantum vacuum created?

A vacuum can be created by removing all particles from a space, often by using a vacuum pump. A quantum vacuum, on the other hand, is a fundamental property of the universe and cannot be created or destroyed.

What are some current theories and research surrounding vacuum and quantum vacuum?

Scientists are still exploring the properties and behavior of quantum vacuums. Some theories suggest that quantum vacuums may play a role in the expansion of the universe and the behavior of black holes. There is also ongoing research into the potential applications of quantum vacuums in technology.

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