The language of silicon dreams and stack overflows.
Short for applications—software programs designed for mobile devices or specific tasks, now so ubiquitous that we've forgotten they're just computer programs with better marketing. From ordering food to tracking your sleep, there's literally an app for everything, whether you need it or not. The modern solution to problems you didn't know you had.
The diplomatic translator of the tech world that makes incompatible devices play nice together, like a universal mediator for your gadgets' communication issues. Whether it's converting your USB-C to USB-A or making your British plug work in American outlets, it's the unsung hero that keeps you from having a drawer full of useless electronics. Think of it as couples therapy for hardware that speaks different languages.
The art of grouping similar data points together like organizing M&Ms by color, except with algorithms and actual business applications. In data science, it's how machines find patterns by playing matchmaker with related information, creating little cliques of similar data that actually serve a purpose. Whether it's customer segmentation or organizing server resources, clustering is basically Marie Kondo for your data—everything gets sorted into tidy little groups.
Data about data—the informational equivalent of a file's biography, telling you who created it, when, how, and probably judging your file naming conventions. It's the invisible post-it notes attached to every digital thing, containing all those details you never think about until a lawyer asks for it in discovery. Think of it as your file's résumé, except it can't lie about its graduation date.
The automated measurement and recognition of biological characteristics, or as privacy advocates call it, 'turning your face and fingerprints into passwords you can't change.' Modern tech companies use biometrics to unlock your phone, track employees, and occasionally misidentify people in hilariously problematic ways. It's the future of security, assuming you're comfortable with your unique biological features being stored in some database somewhere.
The person with elevated privileges and system access who can fix things when they break and break things when they're fixing them. In IT, administrators are responsible for keeping networks, servers, and databases running, which means they're perpetually blamed when anything goes wrong. They possess the sacred power to reset your password and the burden of being everyone's first call during outages.
The state of being asleep or inactive, like that project you swear you'll finish someday or the code repository that hasn't been touched since 2019. In tech, it's when systems or processes are intentionally paused but theoretically could wake up, unlike your motivation on Monday mornings. Think hibernation mode, but for software, biological entities, or your gym membership.
The twisting force that makes things rotate, measured in Newton-meters and responsible for everything from opening jar lids to powering engines. Physics' way of explaining why longer wrenches work better and why your car's specs include numbers you pretend to understand. Essential for engineers and mechanics; confusing for everyone else who just wants their wheels to turn.
The industry and scientific field dealing with everything that flies or orbits, from commercial jets to satellites to vehicles that make Buck Rogers jealous. Encompasses both atmospheric flight and space exploration, because apparently conquering one wasn't ambitious enough. Where physics PhDs meet massive budgets to make expensive things go very fast very far away.
A speedy little storage spot where your computer or browser stashes frequently used stuff so it doesn't have to fetch it from the slow-ass hard drive or internet every single time. Think of it as your system's equivalent of keeping snacks in your desk drawer instead of walking to the vending machine. Clear it when things get weird, hoard it when you want speed.
In software development, the sacred primary repository where the "official" version of code lives, before ambitious developers fork it into a thousand experimental directions. In aviation, it's the actual airline doing the flying, as opposed to their sketchy regional partners. The verb form means injecting drugs directly into your veins, but let's focus on the tech definition.
Technology systems and solutions built and used inside organizations without IT department approval or knowledge. Usually created by frustrated employees who got tired of waiting for the official three-year approval process to get Slack.
A time-boxed investigation into a technical approach or solution, usually because nobody knows if something will actually work. It's sanctioned time to experiment instead of pretending you know what you're doing.
An operation that completes entirely or not at all, with no in-between states visible to other processes. Like Schrödinger's database transaction—it's either done or not done, never halfway.
An automatic memory management process that cleans up unused objects so programmers don't have to. It's like having a roommate who actually takes out the trash, except it occasionally pauses your entire application to do it.
The ability to understand what's happening inside a system by examining its outputs—logs, metrics, and traces. It's like having X-ray vision for your infrastructure, except the X-rays are JSON and they cost $10,000 per month in monitoring tools.
In the startup world, the speed at which your development team can actually ship features, measured in story points or whatever agile metric your project manager is obsessed with this quarter. Unlike regular speed, velocity has direction—ideally forward, though some teams seem to excel at moving sideways. It's the number that determines whether you'll make your demo day deadline or spend the weekend surviving on Red Bull and regret.
The gradual loss of signal strength, wave amplitude, or general oomph as something travels through space or time. In tech, it's why your Wi-Fi sucks in the bathroom; in biology, it's why scientists deliberately weaken pathogens to make vaccines. Think of it as nature's (or physics') way of enforcing the "things get worse over distance" rule.
A woman who gets inexplicably impressed by the latest tech gadgets, making her an easy target for guys who think flashing their new iPhone is a personality trait. It's equal parts dated, slightly sexist, and a relic from when people thought owning an iPad made you interesting. The male equivalent is just called 'every guy in a coffee shop with a MacBook.'
The engineering practice of deliberately running equipment below its maximum rated capacity to extend its lifespan and prevent catastrophic failures. It's the industrial equivalent of not redlining your car's engine every time you drive. Smart engineers derate; broke companies replace equipment constantly.
Short for "self-righting mechanism," this is the technical term for the device that helps combat robots flip themselves back over when knocked on their backs. Without a srimech, your expensive fighting robot becomes an expensive turtle. It's basically robot insurance for when your opponent gets the upper hand.
The prehistoric dial-up internet connection speed that made downloading a single song feel like a spiritual journey. While some rural folks have legitimate infrastructure excuses, others are clinging to 56k through sheer stubbornness or a nostalgic love of hearing that screaming modem sound.
A nerdy adaptation of the classic "where's the beef?" complaint, expressing the modern existential crisis of being disconnected from the internet. It's the digital age equivalent of asking where the bathroom is—a basic need that requires immediate satisfaction.
The wonder material that's perpetually five years away from revolutionizing everything—a one-atom-thick sheet of carbon atoms arranged in a hexagonal pattern that's stronger than steel, more conductive than copper, and apparently impossible to mass-produce affordably. Scientists have been breathlessly promising graphene batteries, graphene electronics, and graphene everything since 2004. Still waiting on that commercially viable graphene iPhone, though.