👇Rhythmology is an exact science, much like mathematics and physics👇 👉Take VT ablation, for example. Once you truly understand the underlying mechanism, the ECG, the mapping findings, and the optimal ablation target, everything starts to make perfect sense. 👉Just like 1 + 1 = 2. When you target the critical site of the arrhythmia circuit, VT can terminate immediately — exactly as demonstrated in this video, where the VT terminates the moment the target RF power is reached. 👉I have always loved mathematics, physics, and logical thinking. And that is precisely why I love cardiac electrophysiology! ❤️ #EPeeps I strongly believe that if we want to achieve the same level of success in treating atrial fibrillation as we have with atrial flutter, AVNRT, AVRT, and many VTs, we must first fully understand the mechanisms that initiate and, most importantly, sustain ongoing AF. 👉 The key is not simply to ablate more, but to understand better. Because in electrophysiology, understanding the mechanism is the foundation of successful treatment. @Phiso_de @N_Trajkovska @AkihikoNogami @narrowQRS @KostekMilan @MoneebKhalaph @MBraunEP @MartinsRaphae15 @Cardioschool @ecgrhythms @ECGEPSCADEVICE @Ecgloverr @ecgandrhythmRoe @ChristianHeeger @AbbottNews @ArashArya_EP @AGEP_DGK @YoungDgk @ALFIEEP1 @Koichi16423232 @enes_elvin @ivroca @Dominik_Linz @BozorgiAli #CardioTwitter