Tubular Initial Conditions and Ridge Formation

Figure 6

The 𝑣_𝑛-coefficients for different tube-like ICs. The top row demonstrates the case of 1 displaced tube with the Gaussian background (iii): left: at 𝑟₁=0.55𝑅, right: at 𝑟₁=1.04𝑅. The 2nd row represents 1 displaced tube on the top of the Woods-Saxon distribution (vii): left: at 𝑟_𝑖=0.5𝑅, right: at 𝑟_𝑖=1.1𝑅. The 3rd row corresponds to 3 tubes on the top of the Gaussian distribution (iv): left: 𝐫_𝑖=(0,5.6),(−1,3.6),(−1,−3.6) fm, right: 𝐫_𝑖=(0,0),(−1,3.6),(−1,−3.6) fm. The 4th row is related to: left: 4 tubes with the Gaussian background (v), right: 10 tubes with the Gaussian background (vi).