entangled
Explanation
The Joke
Two scientists are excitedly discussing something. One describes it as "an object that obeys quantum mechanical laws, and the very nature of physics prevents people from remotely accessing it!" The other responds enthusiastically: "People are gonna be SO impressed with us." The caption below then reveals the punchline: "I managed to convince the party to use paper ballots."
The setup makes the reader think the scientists are describing some cutting-edge quantum technology -- perhaps a quantum computer, a quantum-encrypted communication device, or some other advanced physics breakthrough. The scientific language ("quantum mechanical laws," "the very nature of physics prevents remote access") sounds impressively technical. But the reveal is that they are simply describing a piece of paper. Paper is indeed a physical object that obeys quantum mechanics (as all matter does), and it cannot be hacked remotely because it is just paper. The "party" turns out to be a political party, not a research group.
The Humor
The comic is a wry commentary on election security and the irony that the most "unhackable" voting technology is also the oldest and simplest: paper. In an era of growing concern about electronic voting machine vulnerabilities and election interference, the joke highlights that the most secure solution was available all along. The humor comes from the scientist needing to dress up "use paper" in quantum physics jargon to make it sound impressive enough to be taken seriously. It also pokes fun at the tendency in tech culture to over-engineer solutions when simpler approaches would work better.
References
The comic references ongoing debates about election security in the United States, where concerns about electronic voting machine vulnerabilities have led many experts to advocate for paper ballots as a more secure and auditable alternative. The quantum mechanics framing is a playful nod to how quantum computing is often discussed as both a future threat to encryption and a potential solution -- when in this case, the "quantum-secure" solution is just good old paper.