(De)constructing dimensions.

By N. Arkani-Hamed, A. Cohen, H. Georgi. Physical Review Letters, 2001

681 citations recorded by the source corpus.

We construct renormalizable, asymptotically free, four-dimensional gauge theories that dynamically generate a fifth dimension.

Subfields: Condensed Matter Physics, Economics and Econometrics, Nuclear and High Energy Physics

View Paper: https://www.semanticscholar.org/paper/cf2c4eec701a96c7994d4538ab2b3330d89c1c6c

How researchers see this paper

The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.

In Condensed Matter Physics

1. D. Kaplan
2. M. Unsal
3. Kurt Hinterbichler
4. Claudia de Rham
5. A. Cohen
6. A. Wulzer
7. G. Panico
8. Veronica Sanz

In Economics and Econometrics

1. D. Kaplan
2. M. Unsal
3. Kurt Hinterbichler
4. Claudia de Rham
5. A. Cohen
6. A. Wulzer
7. G. Panico
8. Veronica Sanz

In Nuclear and High Energy Physics

1. I. Low
2. Hsin-Chia Cheng
3. A. Wulzer
4. G. Panico
5. Kurt Hinterbichler
6. Claudia de Rham
7. D. Kaplan
8. Andrea Tesi

Citations in the corpus

• Factoring the strong CP problem (2017, background): “ be made a composite of elementary fermions under a new strong group, with the scale Mgenerated dynamically. This resembles asymptotically free completions of the dimensional deconstruction framework [53]. However, because new fermions charged under SU(3)1 and SU(3)2 will be introduced, we must take”
• Strong dynamics and electroweak symmetry breaking (2002, background): “ent of these models known as “deconstruction.” Independently, the “Harvard” group of Arkani-Hamed, Cohen and Georgi, 37For a discussion of one possibility for extra dimensions of time, see [495]. 152 [42,501,502] and the “Fermilab” group Hill, Pokorski, Wang and Cheng [41,503,504], have proposed usi”
• Supersymmetry on a Spatial Lattice (2002, neutral): “For the case k = 1, resulting in an Abelian target theory, it would be interesting to see if a lattice theory could be used to explore properties of Calabi-Yau spaces, along the lines of [39].”
• Mesons in gauge/gravity duals (2007, result): “It is worth remarking that very similar ideas to these models have inspired the field of Higgsless electroweak models [255, 256] and their deconstructed [257, 258] partners for example in [259].”
• Beyond the Cosmological Standard Model (2014, neutral): “134), it is actually possible to derive this action from a dimensional reduction of a discrete extra dimension, along the lines of the dimensional deconstruction idea [687, 688].”
• Electroweak symmetry breaking from dimensional deconstruction (2001, methodology): “Using the idea of dimensional deconstruction [3], we will see that these two ideas are in fact related to each other in a way which allows us to construct realistic theories.”
• TeV symmetry and the little hierarchy problem (2003, background): “Recently a new class of theories, inspired by the dimensional deconstruction [15, 16] and dubbed little Higgs theories, was proposed to address the stability of the electroweak scale in a new way [4, 5, 6, 7].”
• Recent Progress in the Physics of Axions and Axion-Like Particles (2020, background): “In the case with N ( 1) axions, the model can be defined on the linear quiver [149] with N sites for the angular axions θi ∼= θi + 2π.”
• Massive Gravity (2014, methodology): “Rather than starting directly with a Kaluza–Klein decomposition (discretization in Fourier space), we perform instead a discretization in real space, known as “deconstruction” of fivedimensional gravity [24, 25, 170, 168, 28, 443, 340].”
• Brane tilings and their applications (2008, background): “The basic idea behind these works is the deconstruction [337].”
• The 4D composite Higgs (2011, methodology): “Our approach indeed is reminiscent of dimensional deconstruction [16].”