Grace Hopper — "The glass is neither half empty nor half full. It's simply larger than it needs …"
The glass is neither half empty nor half full. It's simply larger than it needs to be.
The glass is neither half empty nor half full. It's simply larger than it needs to be.
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"Life was simple before World War II. After that, we had systems."
"A ship in port is safe, but that is not what ships are built for. Sail out to sea and do new things."
"If one ox could not do the job they did not try to grow a bigger ox, but used two oxen. When we need greater computer power, the answer is not to get a bigger computer, but... to build systems of comp…"
"Humans are allergic to change. They love to say, 'We've always done it this way.' I try to fight that."
"I love to teach. I love to talk to young people."
A humorous and pragmatic reinterpretation of the common idiom about optimism/pessimism.
Date: Unknown
GeneralFound in 1 providers: gemini
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Rather than debating optimism versus pessimism, this quote dismisses the entire framing as a waste of energy. The real issue isn't perception — it's that the container was poorly designed to begin with. Stop arguing about attitude and fix the structural inefficiency. It's a pragmatist's move: question the premise, identify the root problem, eliminate unnecessary complexity, and the debate dissolves entirely.
Hopper embodied this logic throughout her career. She invented the first compiler and championed COBOL precisely because existing systems were needlessly complex — too large for the task. Her famous nanosecond wire cut through abstraction to expose real constraints. She battled military bureaucracy her entire career, famously noting it's easier to ask forgiveness than permission. She never debated framing when the structure itself was the problem.
Hopper worked from the 1940s through the 1980s, when computing meant room-sized mainframes costing millions, and military culture rewarded over-engineering. Bigger hardware implied more power; bloated systems were a status symbol. Programming required machine-level thinking inaccessible to most. Hopper's whole career fought that excess — pushing readable languages and modular code when institutional inertia treated complexity as virtue and efficiency as an afterthought.
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