The Quantum computer chills itself by performing the calculation

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01

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02

These computers slow down as they warm up and they even stop working if they get too hot. [{ "selector": ".ttlff-a", "duration": "500ms", "fill": "forwards", "delay": "2000ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".riwbp-a", "duration": "500ms", "fill": "forwards", "delay": "1500ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".zcddr-a", "duration": "500ms", "fill": "forwards", "delay": "500ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".obzod-a", "duration": "500ms", "fill": "forwards", "delay": "500ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".zzkcp-a", "duration": "500ms", "fill": "forwards", "delay": "2000ms", "keyframes": [ {"offset": 0, "transform": "translateX(-86px)", "opacity": "1"}, {"offset": 1, "transform": "translateX(0)", "opacity": "1"} ] }, { "selector": ".rujji-a", "duration": "500ms", "fill": "forwards", "delay": "2000ms", "keyframes": [ {"offset": 0, "transform": "translateX(calc(360px - 219px))", "opacity": "1"}, {"offset": 1, "transform": "translateX(0)", "opacity": "1"} ] }, { "selector": ".pwzfg-a", "duration": "500ms", "fill": "forwards", "delay": "1000ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".dntnz-a", "duration": "500ms", "fill": "forwards", "delay": "1500ms", "keyframes": [ {"offset": 0, "transform": "translateX(calc(360px - 47px))", "opacity": "1"}, {"offset": 1, "transform": "translateX(0)", "opacity": "1"} ] }]

03

Quantum computers must be kept at a low temperature but algorithm cooling allows them to perform well. [{ "selector": ".sjxrn-a", "duration": "500ms", "fill": "forwards", "delay": "500ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".jkotr-a", "duration": "500ms", "fill": "forwards", "delay": "500ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".ecgrj-a", "duration": "500ms", "fill": "forwards", "delay": "1000ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".nbgli-a", "duration": "500ms", "fill": "forwards", "delay": "1500ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }, { "selector": ".mtoqp-a", "duration": "500ms", "fill": "forwards", "delay": "2000ms", "keyframes": [ {"offset": 0, "transform": "translateX(calc(360px - 44px))", "opacity": "1"}, {"offset": 1, "transform": "translateX(0)", "opacity": "1"} ] }, { "selector": ".nmntr-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": "1"} ] }]

Quantum computers will accelerate the development of new drugs and support the physician with the treatment of complex diseases

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The photonic quantum mechanics are expected to instigate a revolution in major industries.

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05

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Quantum Computers are super fast and developed by photonic quantum technology.

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Quantum computers will shorten the time for Pharma companies to introduce new medicines.

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The Quantum computer chills itself by performing the calculation

2020

01

Quantum computers are made from imperfect diamonds that could stop themselves from overheating.

02

Conventional computer

03

Quantum Computers

Quantum computers will accelerate the development of new drugs and support the physician with the treatment of complex diseases

The photonic quantum mechanics are expected to instigate a revolution in major industries.

04

05

These computers will solve the problems like, factoring large integers and simulation of complex molecules.

Quantum Computers are super fast and developed by photonic quantum technology.

Quantum computers will shorten the time for Pharma companies to introduce new medicines.