This is because the "hackability first, performance later" philosophy gives Atom an intolerably bloated script layer that leads to equally intolerably frequent memory leakage. Analogous to Electron, Atom's greatest strength (being hackable to the core) is also its fatal flaw due to Electron's architecture. Atom is unfortunately guilty of bloat due to bad code. This is a prime example of "just because you can, doesn't mean you should". If the Electron application is not written well (like Slack's desktop client, which executes a separate Chromium process for every team you're on), it can consume gigabytes of RAM and unacceptably high amounts of CPU power, or it will suck a laptop/tablet battery dry. The bundled Chromium browser in which every Electron application is encapsulated is about 100 MB.
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Combined, it means bloated code is disgracefully easy to write. The codebase isn't spectacularly clean: As I mentioned before, Electron uses web technologies and has a low barrier to entry. The closest alternatives I can think of are Webassembly and ChromeOS, and they're still both in their infancy. A more efficient solution would be for desktop applications run natively, but because of how the world wide web was designed over 20 years ago, it's not a particularly simple endeavor. Electron is like running VMs on your host machine, each of which are running their own programs. If you've ever tried running even one VM without beefy hardware you may be familiar with how miserable it can be. Windows, Mac OS, Linux distribution) running three mini VMs, each of which has its own operating system (the Chromium "OS") that is in of itself running yet another Javascript program (in this case, the actual desktop clients). Therefore, when you run the desktop clients for Slack, Discord and Atom simultaneously, what you have is your main OS (e.g. Chromium/Chrome is like its own operating system in miniature (in fact, Chromium has 16M lines of code, about the same amount as the Linux kernel). But Electron's greatest strength may also be its fatal flaw. This means you can develop and maintain cross-platform applications that have beautiful UI, using web technologies (since code is executed at the browser engine level), with a low barrier to entry (ever tried dealing with GTK or Qt? Electron's learning curve is far gentler than even React's, which I liken to the brick wall learning curves of F-Zero or Dance Dance Revolution).
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