[Briefing]

-Quantum Temple solves the challenge of preserving cultural heritage in our globalized and
homogenized world through a digital platform that connects conscious travelers and art
collectors to local culture while positively impacting its practitioners.

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------------------------------------------------------------The company contacted us to scale the value and attributes of the project, strengthening the established identity base and taking its fundamental assets to the second level. We focused on building a broad brief that would provide us with enough information to conceptualize the identity and give birth to the narrative.

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-We sought to create an identity that would detach behavioral changes from its main assets, such as the logo and the isotype. The 4 versions of ISO reveal the company's DNA through regenerative reasoning, linked to its objectives of preserving and regenerating culture and humanity.

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We created a typographic context that strengthened the temporal narrative, between past and future, through compatible and complementary families. The result gave us a superior fusion that responds directly to the personality established by the company.

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------------------------------------------------------------ The overall language represents a multifaceted company that focuses on the future through the present using both digital and analog tools.

Our contribution constituted a result of innovation, strengthening its main asset and enhancing its possibilities for the future.
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WEB

︎︎︎ [CONCEPTUALIZATION]

QUANTUM CRYPTOGRAPHY IS NEARING A MASS PRODUCTION PHASE, USING LASERS TO EMIT INFORMATION IN THE CONSTITUENT ELEMENT OF LIGHT, THE PHOTON, AND CONDUCTING THIS -----------------------------INFORMATION THROUGH OPTICAL FIBERS. 

量子暗号は量産段階に近づいており、レーザーを使用して光の構成要素である光子の情報を放射し、この情報を光ファイバーを通じて伝えます。

- QUANTUM MECHANICS DESCRIBES THE DYNAMICS OF EACH QUANTUM PARTICLE (PHOTONS, ELECTRONS, ETC.) IN TERMS OF QUANTUM STATES, ASSIGNING A PROBABILITY TO EACH POSSIBLE STATE OF THE PARTICLE BY MEANS OF A FUNCTION.

量子力学は、関数によって粒子の可能な各状態に確率を割り当て、量子状態の観点から各量子粒子 (光子、電子など) の力学を記述します。

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