PCGameBenchmarks
Professor Why: The Quantum Eye

Professor Why: The Quantum Eye

2015Easy to run

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Estimated FPS across quality settings and resolutions

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Professor Why: The Quantum Eye FPS by GPU

Estimated framerates for 14 reference GPUs · pick a resolution and quality

Full benchmark grid · 14 GPUs × 4 qualities × 3 resolutions

1080p performance

Professor Why: The Quantum Eye estimated FPS at 1080p across 14 GPUs and 4 quality presets
GPUlowmediumhighultra
RTX 5090999 fps999 fps999 fps999 fps
RTX 4090999 fps999 fps999 fps999 fps
RX 7900 XTX999 fps999 fps999 fps999 fps
RTX 5080999 fps999 fps999 fps999 fps
RTX 4080 Super999 fps999 fps999 fps999 fps
RTX 4070 Ti999 fps999 fps999 fps906 fps
RTX 4070999 fps999 fps955 fps776 fps
RX 7800 XT999 fps999 fps842 fps684 fps
RTX 3080999 fps999 fps819 fps665 fps
RTX 4060 Ti999 fps967 fps773 fps628 fps
RTX 3070999 fps882 fps705 fps573 fps
RTX 4060995 fps796 fps637 fps518 fps
RTX 3060853 fps682 fps546 fps444 fps
GTX 1660 Super618 fps495 fps396 fps322 fps

1440p performance

Professor Why: The Quantum Eye estimated FPS at 1440p across 14 GPUs and 4 quality presets
GPUlowmediumhighultra
RTX 5090999 fps999 fps999 fps999 fps
RTX 4090999 fps999 fps999 fps999 fps
RX 7900 XTX999 fps999 fps999 fps970 fps
RTX 5080999 fps999 fps999 fps915 fps
RTX 4080 Super999 fps999 fps999 fps859 fps
RTX 4070 Ti999 fps999 fps836 fps679 fps
RTX 4070999 fps896 fps717 fps582 fps
RX 7800 XT986 fps789 fps631 fps513 fps
RTX 3080960 fps768 fps614 fps499 fps
RTX 4060 Ti906 fps725 fps580 fps471 fps
RTX 3070826 fps661 fps529 fps430 fps
RTX 4060746 fps597 fps478 fps388 fps
RTX 3060640 fps512 fps409 fps333 fps
GTX 1660 Super464 fps371 fps297 fps241 fps

4K performance

Professor Why: The Quantum Eye estimated FPS at 4K across 14 GPUs and 4 quality presets
GPUlowmediumhighultra
RTX 5090999 fps955 fps764 fps621 fps
RTX 4090999 fps887 fps710 fps577 fps
RX 7900 XTX995 fps796 fps637 fps518 fps
RTX 5080938 fps751 fps601 fps488 fps
RTX 4080 Super882 fps705 fps564 fps458 fps
RTX 4070 Ti697 fps557 fps446 fps362 fps
RTX 4070597 fps478 fps382 fps311 fps
RX 7800 XT526 fps421 fps337 fps274 fps
RTX 3080512 fps409 fps328 fps266 fps
RTX 4060 Ti483 fps387 fps309 fps251 fps
RTX 3070441 fps353 fps282 fps229 fps
RTX 4060398 fps318 fps255 fps207 fps
RTX 3060341 fps273 fps218 fps177 fps
GTX 1660 Super247 fps198 fps158 fps129 fps

Minimum Hardware

Graphics Card
Minimum required

nVidia GTX 650 or better

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Processor
Minimum required

Intel Core i5-2400 3.10GHz or better

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Memory
Minimum required

4 GB

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Genres

About

"Professor Why: The Quantum Eye," released in 2015, is an indie simulation game that invites players into a mysterious narrative where they must investigate the disappearance of Professor Why at the space base Muta. Players engage with various puzzles, battling the infected robots controlled by the unsettling supercomputer CORE. The blend of intriguing story and engaging challenges makes this title particularly notable for fans of adventure games.

In terms of PC performance, "Professor Why: The Quantum Eye" is quite accessible, catering to a wide range of hardware configurations. To achieve stable FPS rates, players should meet the minimum requirements of an entry-level GPU with a score of around 1759, a CPU score of approximately 3185, and at least 4 GB of RAM. For a smoother experience with higher graphics settings, consider using mid-tier GPUs, which can significantly enhance overall performance and frame rates in this indie simulation title.

If you're a fan of puzzle-solving adventures with unique narratives, "Professor Why: The Quantum Eye" is definitely worth your time. With its engaging gameplay and relatively low system demands, it offers a satisfying experience for both casual and dedicated gamers alike.

Performance profile

Released in December 2015, Professor Why: The Quantum Eye sits in the DirectX 11 generation. Comfortable on any modern mid-range GPU at 1440p; even an RTX 3050 or RX 6600 typically delivers 4K60 at High settings.

Simulation titles like Professor Why: The Quantum Eye are heavily CPU-dependent — physics, AI and world state dominate the frame budget. Prioritise a CPU with strong single-thread performance and fast RAM over raw GPU power.

Extremely light — Professor Why: The Quantum Eye runs at 60 FPS 1080p on any integrated GPU (Intel Iris Xe, AMD Radeon Graphics) or a decade-old discrete card like the GTX 1050. A current-gen RTX 4060 pushes 4K Ultra without effort.

Screenshots

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