Canonical quantization of Ashtekar's new variables

In summary, Loop quantum gravity is based on the mathematical concept of canonical quantization, which involves the explicit and detailed exploration of Ashtekar variables. While there is no direct quantization of Ashtekar variables, they are an important step towards constructing variables that are quantized in loop quantum gravity. Additionally, there are other methods to quantize Ashtekar variables, but they are no longer considered new. Overall, the use of quantization in loop quantum gravity is a significant aspect of the course.
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kodama
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TL;DR Summary
correct ?
This year I’m hoping to integrate ideas about “quantization” into the course more than in the past, starting off with the mathematics behind what physicists often call “canonical quantization”. This topic is worked out very explicitly and in great detail in this book-
Spring Course
Posted on January 10, 2023 by woit
Is Loop quantum gravity canonical quantization of Ashtekar's new variables
correct ?

if not in principle is there any particular ways to canonical quantization of Ashtekar's new variables ?

are there other methods to quantization of Ashtekar's new variables ?
 
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Loop quantum gravity is not exactly a quantization of Ashtekar variables. Instead, Ashtekar variables are an important step towards construction of variables that are quantized in loop quantum gravity. As far as I know, there is no direct quantization of Ashtekar variables. And finally, those variables are no longer "new".
 
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Demystifier said:
Loop quantum gravity is not exactly a quantization of Ashtekar variables. Instead, Ashtekar variables are an important step towards construction of variables that are quantized in loop quantum gravity. As far as I know, there is no direct quantization of Ashtekar variables. And finally, those variables are no longer "new".
is quantization of Ashtekar variables possible and would be a
quantum gravity
 
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