<p>How would Hisenberg's unified field equations be represented if gravity is incorporated. Would it result in a case similar to the Heisenberg-Ivanenkov equation, or am I just confused here?</p>

<p>I would really appreciate if the Heisenberg-Ivanenkov equation's essence is explained as there is no firm online source to provide more information.</p>

CC BY-SA 3.0
2016-10-17T15:42:20.030Z
I'm voting to close this question as off-topic because it is about physics, not astronomy. It's also on [Physics Stack Exchange](http://physics.stackexchange.com/questions/286507/modifying-heisenbergs-unified-field-theory-with-gravity), by the way.
HDE 226868
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2016-10-17T16:16:36.240Z
@HDE226868 Why do all the courses(graduate level) in astronomy have QFT as a separate subject; hence my question.
Spoilt Milk
CC BY-SA 3.0
2016-10-17T17:00:16.507Z
Just because you have to take a course in Field Y to obtain a degree in Field X does not mean that Field Y is a subset of Field X. For instance, many undergraduate chemistry majors may have to take some sort of physics course, yet physics is not a subset of chemistry
HDE 226868
CC BY-SA 3.0
2016-10-17T17:07:29.883Z
@HDE 226868 ok I do not wish to take this further, I just asked the question hoping that someone would know something about this and provide me some useful info. I had posted this question parallelly on physics SE as well, but did not get any response. Hence, all I wanted by posting this is some knowledge about this not-so-easiy-available topic. If you wish to vote to close, please do go ahead as it's a  democracy and you have the right to do that and I'm thankful that you're letting me know before hand.
Spoilt Milk
<gravity><quantum-field-theory>
Modifying Heisenberg's unified field theory with gravity
Spoilt Milk
# Modifying Heisenberg's unified field theory with gravity

(Asked by: username_0 on 2016-10-14)

How would Hisenberg's unified field equations be represented if gravity is incorporated. Would it result in a case similar to the Heisenberg-Ivanenkov equation, or am I just confused here?

I would really appreciate if the Heisenberg-Ivanenkov equation's essence is explained as there is no firm online source to provide more information.

**Tags:** gravity, quantum-field-theory

> **Comments:**
> **username_1**: I'm voting to close this question as off-topic because it is about physics, not astronomy. It's also on [Physics Stack Exchange](http://physics.stackexchange.com/questions/286507/modifying-heisenbergs-unified-field-theory-with-gravity), by the way.  
> **username_0**: @HDE226868 Why do all the courses(graduate level) in astronomy have QFT as a separate subject; hence my question.  
> **username_1**: Just because you have to take a course in Field Y to obtain a degree in Field X does not mean that Field Y is a subset of Field X. For instance, many undergraduate chemistry majors may have to take some sort of physics course, yet physics is not a subset of chemistry  
> **username_0**: @username_1 ok I do not wish to take this further, I just asked the question hoping that someone would know something about this and provide me some useful info. I had posted this question parallelly on physics SE as well, but did not get any response. Hence, all I wanted by posting this is some knowledge about this not-so-easiy-available topic. If you wish to vote to close, please do go ahead as it's a  democracy and you have the right to do that and I'm thankful that you're letting me know before hand.  

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