Figure 2:
Excitatory couplings produce complex oscillations. (A). The phase plane (πQ vs πA) for different values of J (at h=-5), illustrating the emergence of oscillations (rings). (B). A typical trajectory (blue) in phase space (gray) and over time (inset). Because πQ and πA vary slightly with each cycle, the oscillatory amplitude changes over time. These changes are very sensitive to J. (C). Examples of different oscillatory patterns for different values of J.

Excitatory couplings produce complex oscillations. (A). The phase plane (⁠πQ vs πA⁠) for different values of J (at h=-5⁠), illustrating the emergence of oscillations (rings). (B). A typical trajectory (blue) in phase space (gray) and over time (inset). Because πQ and πA vary slightly with each cycle, the oscillatory amplitude changes over time. These changes are very sensitive to J⁠. (C). Examples of different oscillatory patterns for different values of J⁠.

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