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Enjoy beautiful minimalistic flat design with relaxing game music and fun sound FX.43 people are stuck on Two Dots Level 258. Create your gameplay in Two Dots in such a way that you will get square after square after square, by removing lines of dots so that you create the squares. The squares remove all the pieces of the same color from the board, so your chances to beat the requirements increase.

Adorable fun, and thoughtful game design in this beautiful game about connecting level 242: 1,928 people: 2: level 104: 667 people: 3: level 476: 634 people: 4: level 32: 585 people: 5: level 249: 470 people: Top Commenters. Create squares to improve your chances of winning.

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For typical polarization cycles Δ − / Δ 0 ≈ 1 / 4, but Γ 0 / Δ 0 ≈ p f 0 B ext / Ω 2 T can be tuned over a broad range.Join two brave dots as they traverse the arctic tundra, navigate fiery jungles, and plunge the ocean depths in this beautiful puzzle adventure. The dark grey shaded region is a numerical “crossover” regime where both effects occur depending on initial conditions and the dotted line is an analytic result from the simplified model of Eq. ( 13).

(b) Phase diagram for identical dots for either saturation in dark states or the self-consistent growth of difference fields as the DNP pumping rate (vertical axis) and the Knight shift from | T − ⟩ (horizontal axis) are varied relative to the Knight shift from | T 0 ⟩. Circles are numerical results with statistical error bars after averaging over an ensemble of 1000 initial conditions, run out to t = 10 5 / g ℓ Γ 0 ≈ 1 s, using an approximation to a 2D Gaussian electron wavefunction in terms of 100 coupling constants g k d with noise strength η / g ℓ Γ 0 = 10 − 3. The solid line is Eq. ( 12) and the dashed line is ( 1 − R ) / ( 1 + R ), obtained from a heuristic model (see text). Figure 2(a) Long time limit of D z / S z as the relative hyperfine coupling in the two dots, R = g r / g ℓ, is varied.