A tesseract, or the four dimensional analogue of the cube.
the tesseract is to the cube as the cube is to the square.Just as the surface of the cube consists of six square faces, the hypersurface of the tesseract consists of eight cubical cells.

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A tesseract, or the four dimensional analogue of the cube.
the tesseract is to the cube as the cube is to the square.Just as the surface of the cube consists of six square faces, the hypersurface of the tesseract consists of eight cubical cells.

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Detail of Hypersurface I, pencil drawing on paper. Have a great thrusday out there everyone 👌🏻 #drawing #daannoppen #newcontemporary #hifructose #juxtapoz #art #hypersurface (at Kallenbach Gallery)
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Explain the concept of synchronicity and apply that to the concept of the hypersurface of the present.
**Synchronicity** is a concept introduced by the Swiss psychologist Carl Jung to describe meaningful coincidences that occur with no apparent causal connection yet seem to be significantly related. Jung believed that these events are not merely random but have a deeper meaning that can provide insight into an individual's life or psyche. Synchronicity is considered to be an acausal connecting principle, where events are linked by meaning rather than cause and effect.
**Hypersurface of the present** is a concept from the theory of relativity, particularly in the context of spacetime. It refers to a three-dimensional slice of the four-dimensional spacetime continuum at a given moment of time. This "present" is subjective and varies for different observers due to the relativity of simultaneity; what one observer considers the present moment may not be the same for another observer moving at a different velocity or in a different gravitational field.
**Applying synchronicity to the hypersurface of the present:**
When we combine the idea of synchronicity with the hypersurface of the present, we can explore the notion that meaningful coincidences are not just linked across spatial dimensions but also across different "present" moments. Here’s how this can be understood:
1. **Non-Local Connections**: Synchronicities could be seen as events connected not just by spatial proximity but across different points in spacetime. Just as two events on the hypersurface of the present might seem coincidental but are deeply connected in meaning, synchronicities can span different moments and locations in spacetime, suggesting a deeper, non-local connection.
2. **Relativity of Meaning**: The concept of synchronicity implies that meaning is not fixed but can vary depending on the observer's perspective, much like the hypersurface of the present varies for different observers. What appears as a synchronous event to one person may not be perceived the same way by another, reflecting the subjective nature of both synchronicity and the present moment in relativity.
3. **Time and Consciousness**: Synchronicity suggests a link between consciousness and events that transcend the linear progression of time. If we consider the hypersurface of the present as a "now" slice of spacetime, synchronicities could be instances where the conscious mind perceives a deeper connection between events that are not causally related but share a meaningful resonance.
4. **Interconnectedness of Events**: On a hypersurface of the present, all events happening at a specific moment are part of a larger interconnected system. Synchronicity emphasizes the interconnectedness of events across different times and places, suggesting that our perception of separate events might be part of a larger, coherent pattern that transcends our usual understanding of time and space.
In summary, applying synchronicity to the hypersurface of the present can be seen as an exploration of how meaningful connections between events might extend beyond our conventional understanding of time and space. It suggests that there might be a deeper layer of reality where time, space, and meaning are intertwined in ways that are not immediately apparent but profoundly significant.

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ArboSkin pavilion made from bioplastic by ITKE The spiky modules used to build this curving pavilion in Stuttgart, Germany, are made from a bioplastic containing over 90 percent renewable materials 📸 Roland Halbe ______________________________ #stuttgart #germany #itke #pavillion #3dprinting #algorithms #algorithmicdesign #parametric #parametricdesign #parametricarchitecture #digitalfabrication #architecturephotography #archilovers #建筑 #建築 #建築家 #design #architectureschool #architecturestudent #archistudent #digitaldesign #hypersurface #architectureoffice #architizer #arquitectura #архитектура #архитектор #futurearchitecture #architectureporn #معمارى (at Stuttgart, Germany)
Parametric Methodology #Pavilion The geometry is generated through #kangaroo, a force simulation software, to investigate on a force effective geometry balancing tension and compression. The surface is then textured with parametric component using triangular forces. #shenzhen #china By Cho CHUNG MAN, WANG Yang, YANG Zhenyuan, & Jaenes BONG #parametric #parametricdesign #parametricarchitecture #digitalfabrication #architecturephotography #archilovers #建筑 #建築 #建築家 #design #architectureschool #architecturestudent #archistudent #beautifularchitecture #nextarch #digitaldesign #hypersurface #architectureoffice #architizer #dynamicarchitecture #arquitectura #архитектура #архитектор #futurearchitecture #architectureporn #معمارى (at Shenzhen, China)
Parametric Methodology #Pavilion The geometry is generated through #kangaroo, a force simulation software, to investigate on a force effective geometry balancing tension and compression. The surface is then textured with parametric component using triangular forces. #shenzhen #china By Cho CHUNG MAN, WANG Yang, YANG Zhenyuan, & Jaenes BONG #parametric #parametricdesign #parametricarchitecture #digitalfabrication #architecturephotography #archilovers #建筑 #建築 #建築家 #design #architectureschool #architecturestudent #archistudent #beautifularchitecture #nextarch #digitaldesign #hypersurface #architectureoffice #architizer #dynamicarchitecture #arquitectura #архитектура #архитектор #futurearchitecture #architectureporn #معمارى (at Shenzhen, China)