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DANGER!!! DANGER!!! DANGER!!!

INCOMING!!! INCOMING!!! INCOMING!!!

EJECT!!! EJECT!!! EJECT!!!

CABIN IS NOT SUITABLE FOR COMPLEX LIFE FORMS!!!

EJECT!!! EJECT!!! EJECT!!! EJECT!!! EJECT!!! EJECT!!! ...

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This ice crystal cloud "rainbow" photo was taken in Ireland.

More details/photos: https://bit.ly/3KVG9Ph

Credit: James Nasuta

Follow David Attenborough Fans for more.

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Stained Glass.

Twitter / Instagram / Gumroad / Patreon  

KnownOrigin / SuperRare / OBJKT / Zedge 

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Shatter.

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Point Connection.

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Red Sprites over Oklahoma l Domenico

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Gigantic Jets over Himalayas l NASA APOD

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Contained.

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Abandoned Tori Gate found in Japanese Tunnel

Such gates are used to mark the entrance to sacred grounds or gods territories. "The tori gate symbolizes the division between the sacred and the profane, and is considered a spiritual gateway between the physical world and the spiritual realm."

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Playing with Fire.

Twitter / Instagram / Gumroad / Patreon  

KnownOrigin / SuperRare / OBJKT / Zedge 

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Summer Scares.

Twitter / Instagram / Gumroad / Patreon  

KnownOrigin / SuperRare / OBJKT / Zedge 

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collaboration with jn3008

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work from december 2021, reworked

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Specimen, Fanette Mellier Context: Pôle graphisme de Chaumont, 2009 
Printed by: Imprimerie du Petit-Cloître
 Description: 120 × 176 cm

This poster, announcing a series of “graphic design and publishing” themed shows, isn’t a conventional image. It’s more of a printed object linked to its subject. The front, fully saturated with color and technical elements related to printing (scale 1), is offset printed with a very thin raster. This space saturation, like an obsessive canvas, presents graphical tools that are a common vocabulary for books makers. The title and info are printed on the back. The fold lets the title appear: the poster becomes informative and evokes at the same time the delicate materiality of a page.

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Deciphering how crystals form in non-classical ways

Soft and organic crystals are a diverse group of materials with connections to biological, environmental, and industrial processes with a wide range of applications, from pharmaceuticals to flexible electronics. Understanding the details of their crystallization pathways is essential to developing the ability to controllably synthesize new materials and structures with targeted properties. A new review article, published in Nature Reviews Materials, offers a broad perspective on assembly of a range of materials, filling a need for a comprehensive review of the field. While classical theories of how crystals form and grow have been long established for a range of materials, they provide an incomplete picture of crystallization. Many soft and organic materials form via non-classical pathways that lead to substantially different final crystal structures.

Read more.