Anand Ganesan

Live signal processing in the EP Lab is hard... We've made a plug-in #WaveWatch5000 so any #EnsiteX lab can do this quickly and easily! DM to try! @KathrynTiver @ephemble @DariusChapman @DDharmaprani #EPeeps 👇 doi.org/10.1111/jce.16… 👊 github.com/anand9176/Wave…

Prof Namboodiri presenting on when we should look for a simple arrhythmia in #Afib #CHRD #AFsymposium @UniofAdelaide

@Vortex_mapper presenting on #Afib mapping We need to learn from other systems in nature to map #Afib Great to see the work continuing to improve patient care #CHRD #AFsymposium @UniofAdelaide

🚨 New study out now! Can your pacing lead handle a hypertrophied septum? We developed an ex-vivo ovine model to test Stylet Driven vs Lumen Less Leads in thick septa. 🧠 SDLs went deeper, faster, and with less torque. 📄 doi.org/10.1016/j.hrth… #EPeeps #LBBAP #CardioTwitter #HeartRhythm #CHRD @UniofAdelaide @HRSonline

🥂🥂👏👏 Massive congratulations @BZeidaabadi for winning the @HRSonline #HRS2025 Young Investigator Competition!! @arunsau_ @jobrkr @LiborPastika @KPatlatzoglou @HeshamAggour @DocOfHearts @ImperialNHLI @ImperialNHS @BHFCoREImperial @ImperialEP @CardiacEPAI @TheBHF

@JonathanAriya highlighting the importance of maintaining sinus rhythm while on the ablation wait list. ⚠️ Progression of PersAF during this wait time associated with worse outcomes at 12 months. #CHRD #HRS2025 @UniofAdelaide

@PrashSanders @HRSonline @melissaemm1 @Mel_Gunawardene @Emami_EP @JonathanAriya @Dr_VarunMalik @manak_18 @J_Hendriks1 @np_varghese @DCR_Dr @JacksonHowie14 Great team !

#CHRD team @HRSonline #HRS2025 - one of the regular highlights of the meeting

🚀Don’t miss your chance to share your innovations at #HRX2025! Submit your abstract by May 5 ‼️and join leading minds in healthcare! 👉experiencehrx.com/abstracx/ @MagnusTJensenMD @DeLucia_R @rbcasado @RTreskes @Ju_Ra_Ga @experienceHRX @HRSonline

Our new paper published in Journal of Sleep Research: we explored how sleep architecture & disturbances contribute to nocturnal arrhythmia (NAA) avalanches using a GLM framework & 7,341 PSG- derived ECG recordings from MESA & SHHS #sleepscience #arrhythmia #glm @ESRS_Sleep

New paper from our team on the dynamics of nocturnal arrhythmia avalanches during sleep 🛌💤 @sobhan_salari onlinelibrary.wiley.com/doi/10.1111/js…

Amazing news and well-deserved honour. Congratulations @StanleyNattel

One small thing Geoff Hinton and David Rumelhart did -- apropos of his physics #NobelPrize2024 -- that often goes unnoticed when we talk of his neural network work is the idea of symmetry breaking. Granted it's not quite the same as how physicists think of it, but it's worth recounting. In 1958, Frank Rosenblatt devised the perceptron, which could be used to construct single-layer neural networks. Rosenblatt realized that if the weights of each perceptron started off identically, they'd all learn the same thing! In other words, they were redundant. There was a symmetry that needed to be broken if the perceptrons were to learn different features in the data. Rosenblatt wrote that there should be some stochasticity in the network to break symmetry. He didn't specify exactly what he meant. Hinton for a long time thought that the stochasticity should be in the output of the artificial neurons. This was the wrong approach. "This slowed me down for a while," he told me (quoted in WHY MACHINES LEARN). Hinton began working with David Rumelhart. Almost immediately, Rumelhart proposed a solution. “His immediate reaction was ‘Well, why can’t we just break symmetry by having random initial weights?’ Rosenblatt didn’t think of that,” Hinton told me. (quoted in WML). The rest, as they say, is history. Rumelhart, Hinton and Williams wrote the 1986 Nature paper on backpropagation that specifically addressed the issue of features learned by neural networks when trained with backprop. The revolution was set in motion. All this and more is narrated in WHY MACHINES LEARN. US: penguinrandomhouse.com/books/677608/w… UK: penguin.co.uk/books/446849/w…

Supported by #ArtificialIntelligence, powered by our EnSite LiveSync Module. See how our #EnSiteX EP System—with an open ecosystem—can enhance treatment of persistent and long-standing #AFib: electrophysiology.abbott.com/rs/808-JQJ-642… Safety Info: bit.ly/3BoKclD #MappingMatters

How could these superstars not provide us with added #MondayMotivation? Double Gold medals. Double the motivation. And congratulations @ChessbaseIndia for the entertaining coverage But even more for your passion & commitment to this incredible game!

🇮🇳 India wins the 45th FIDE #ChessOlympiad! 🏆 ♟️ Congratulations to Gukesh D, Praggnanandhaa R, Arjun Erigaisi, Vidit Gujrathi, Pentala Harikrishna and Srinath Narayanan (Captain)! 👏 👏 Gukesh D beats Vladimir Fedoseev, and Arjun Erigaisi prevails against Jan Subelj; India secures at least a tie in their match against Slovenia, and clinches the gold!

Expression of Interest - Novel rotating connector for LBBAP. I am developing TorqView for LBBAP and seeking your feedback. Please take 2 mins to fill in this form if you'd like to be one of the first to use it. forms.office.com/r/jcq5ahFcJz

@drjohnm Statistical consequences of fat tails 🙂 @nntaleb

On “average” there’s no question driverless cars outperform humans. As a cyclist, I look forward to driverless cars. The problem w driverless cars is the same as algorithms practicing medicine — tail events, way outside the algorithm.

Bringing TorqView to life has been a team effort. I’ve worked with, presented and chatted about TorqView with so many, from the @MDPP Medical Device Partnering Program, to expert clinicians like @curilakarol @Marek_Jastrz_EP, @Anand_Ganesan1 and many others!