Questions tagged [specific-reference]

Use this tag for questions seeking a single specific paper or a short, non-open-ended list of references, like "What paper first discovered X?", "Where can I find the original derivation of X?", or "What is the canonical source for X?" etc. Also for requests for hard-to-find electronic copies of resources when the exact reference is known. NOT TO BE USED for generic requests for resources (use [resource-recommendation] for that).

This tag is for questions about identifying a single reference, or a short list of references, when the question contains enough detail to uniquely identify the desired source.

Most questions under this tag are asking for identification of a particularly distinctive paper, or papers. Good examples would include

  • Which paper originally reported the discovery of composite fermions?
  • Where can I find the original derivation of the the Schwarschild metric?
  • What is the canonical source for the LHC operating schedule?

In general, for questions, there is one correct answer, and all the references requested already exist at the time of the question being asked. A good answer to the question will give a complete list of the bibliographic information for the reference(s) being requested, or at least enough information to uniquely identify them. In some cases, the correct answer could change later, but then the new correct answer would invalidate the original correct answer. There shouldn't be an increase in the number of valid answers as time goes on. Contrast this with the tag, which is for questions that ask about a particular topic, not for a specific resource. The set of references on a topic will grow over time as people write new books and papers.

The tags and are mutually exclusive; they should never both be applied to the same question.

The other use of is finding an electronic copy of a reference which can already be uniquely identified, if the electronic copy is hard to locate. For example,

  • Is a copy of "Interaction with the absorber as the mechanism of radiation" by Feynman and Wheeler (Rev. Mod. Phys. 17: 157-181) available online?

These kinds of questions need to contain enough information to uniquely identify the reference.

We expect askers to have checked on arXiv and on the website of the publishing journal, and to have searched the web using the information provided in the question, before posting this type of question. (In particular, using doai.io and BASE can help uncover copies online.) If an electronic copy of the article is accessible through any of these sources, or through any other method the asker already knows about, it's not considered "hard to locate". Even if it costs money. (Even if it costs a lot of money. This is not a resource for getting free copies of paywalled articles.)

435 questions
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Reading the Feynman lectures in 2012

The Feynman lectures are universally admired, it seems, but also a half-century old. Taking them as a source for self-study, what compensation for their age, if any, should today's reader undertake? I'm interested both in pointers to particular…
120
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6 answers

What are the justifying foundations of statistical mechanics without appealing to the ergodic hypothesis?

This question was listed as one of the questions in the proposal (see here), and I didn't know the answer. I don't know the ethics on blatantly stealing such a question, so if it should be deleted or be changed to CW then I'll let the mods change…
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1 answer

Why are pear-shaped nuclei possible?

In a recent question, Ben Crowell raised an observation which really puzzled me. I obtained a partial answer by looking in the literature, but I would like to know if it's on the right track, and a fuller explanation for it. It is a well-known fact…
Emilio Pisanty
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3 answers

Origin of Ladder Operator methods

Ladder operators are found in various contexts (such as calculating the spectra of the harmonic oscillator and angular momentum) in almost all introductory Quantum Mechanics textbooks. And every book I have consulted starts by defining the ladder…
29
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24 answers

Books that every physicist should read

Inspired by How should a physics student study mathematics? and in the same vein as Best books for mathematical background?, although in a more general fashion, I'd like to know if anyone is interested in doing a list of the books 'par excellence'…
27
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A reading list to build up to the spin statistics theorem

Wikipedia's article on the spin-statistics theorem sums it up thusly: In quantum mechanics, the spin-statistics theorem relates the spin of a particle to the particle statistics it obeys. The spin of a particle is its intrinsic angular momentum…
23
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1 answer

Minimum viscosity of liquids

In a lecture by Purcell he mentions that he notices that there aren't any liquids with viscosities much less than that of water, even though they go up seemingly unbounded. In an endnote (endnote 1 in that copy), he mentioned that Weisskopf found a…
genneth
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6 answers

Classic Literature in Quantum Gravity?

I've seen it said in various places that a major reason people like string theory as a theory of quantum gravity is that it does a good job of matching our prejudices about how a quantum gravity theory ought to behave. For example, the area law for…
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Paper listing known Seiberg-dual pairs of ${\cal N}=1$ gauge theories

Is there a nice list of known Seiberg-dual pairs somewhere? There are so many papers from the middle 1990s but I do not find comprehensive review. Could you suggest a reference? Seiberg's original paper is this Inspire entry and its cited by these…
16
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Where can I find the full derivation of Helfrich's shape equation for closed membranes?

I have approximately 10 papers that claim that, from the equation for shape energy: $$ F = \frac{1}{2}k_c \int (c_1+c_2-c_0)^2 dA + \Delta p \int dV + \lambda \int dA$$ one can use "methods of variational calculus" to derive the following: $$\Delta…
16
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PDF lecture notes of various courses by Leonard Susskind

Leonard Susskind had recorded many video lectures across many branches of physics and all of can be found on this official website. Pdf versions of three of the video courses (taken and shared by some generous person) are available in the following…
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Reference request: Susskind-Glogower original paper

I'm trying to find Susskind and Glogower's original paper, L. Susskind and J. Glogower. Quantum mechanical phase and time operator. Physics 1 (1964) 49-61 where they propose their exponential and sine-cosine phase operators (i.e.…
Emilio Pisanty
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16
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Quantum Field Theory and the Standard Model by Matthew Schwartz - Solution's manual

Is there a way I can find a solution's manual for Matthew Schwartz's "Quantum Field Theory and the Standard Model" book?
16
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4 answers

To what extent can one recover plane waves from the Airy eigenfunctions of a linear potential as the field is turned off?

Consider a single massive particle in one dimension under the action of a static linear potential, with the hamiltonian $$ \hat H=\frac{\hat p^2}{2}+\hat{x}F_0. $$ The eigenstate at energy $E$ is, with this normalization, given by $$ \langle…
15
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Entanglement in time

Quantum entanglement links particles through time, according to this study that received some publicity last year: New Type Of Entanglement Allows 'Teleportation in Time,' Say Physicists at The Physics arXiv Blog - Technology Review S.J. Olson,…
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