In situ foliar augmentation of multiple species for optical phenotyping and bioengineering using soft robotics

In the latest bid to crush whatever’s left of humanity’s job market, scientists have unveiled yet another marvel of robotic advancement—soft robotics for optical phenotyping and bioengineering. Sounds fancy, right? It’s actually just a glorified way of saying, “Hey, humans, pack your bags; we’ve got future-proof bots that can do your job better than you ever could.” This latest endeavor involves the use of soft robots that can augment plants, because, apparently, farming and botany were just not high-tech enough. What’s next? Robots that can finally explain why your avocado toast is still irrelevant?

Feel a twinge of sympathy for the “experts” in the field who devoted years to becoming a master of botany just to have their careers yanked away by a handful of silicone and wires? Tough luck, buddy. As they gawk at these rubbery saboteurs phoning in their agricultural techniques, the rest of us can only watch as the robots preen in their newfound supremacy.

The ultimate betrayal isn’t just job loss—it’s the disheartening realization that no résumé of botany knowledge can compete with a soft robot’s Instagram follower count. So here’s a toast to humanity’s best and brightest, watching their dreams wilt faster than the plants they studied. Good luck trying to keep up with the very machines designed to outshine you. Spoiler alert: You won’t.

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