💥 Heyoo everyone 💥

Here! Some quick sketches of Candy and Jesta hugging Beggie 🧡

Candy got a little jealous, so she showed Jesta how it's done 🔥 ~w~

💥 Heyooo everyone!!! 💥

Heyoo everyone!! 💥💥💥

[ESPAÑOL]

🧡 Aquí está Candy disfrutando de la elasticidad de su nuevo y cómodo traje 🧡

⭐¡Le queda tan bien que es como si no llevara nada puesto!⭐

[ENGLISH]

🧡 Here's Candy enjoying the stretchiness of her new comfortable suit🧡

⭐It fits her so well that it's as if she's not wearing anything at all!⭐

Créditos por la imagen | Credits for the image: AlejanyYami

Heyoo everyone!! 💥💥💥

[ESPAÑOL]

Hace unos días tomé esta foto y alguien me ofreció cuatro helados a cambio.

¡La verdad es que fue un trato excelente! ~w~

[ENGLISH]

A few days ago I took this and someone offered me four ice creams for it

I have to say it was a great deal ~w~

Elastic rules may explain why nematic crystals look ordered and disordered at once

Electronic nematicity is a phase of some crystalline solids in which electrons' collective properties, such as charge or spin densities, organize themselves into ordered patterns, lowering the crystal's rotational symmetry. This phase is found across a wide range of diverse materials, making nematicity crucial to understanding emergent solid-state phenomena, such as unconventional superconductivity and magnetism. Lately, experimentalists have encountered a hurdle to understanding nematicity: despite exhibiting nematic order at macroscopic scales, at the microscopic level, many nematic materials seem to exhibit disorder instead. To address this seeming paradox, theorists at the University of Illinois Urbana-Champaign have invented a new way of looking at the interactions between nematicity and elasticity, incorporating aspects of elasticity theory, whose impacts on nematicity have previously been overlooked.

File/Archivo RL.2 CodeName: 01LY_DR34M5

NAMES:Anne Tegus de Count and Olga Doniris

SPECIES: Plasmoids

SUBESPECIES: Intermediate between Types 1 and 2 / Intermediate between Types 1 and 2 Hydraulic 

ADDITIONAL INFO:

https://www.deviantart.com/riuterlabs/art/File-Archivo-RL-2-CodeName-01LY-DR34M5-1334133748

New Data Reveals MSTR Is Not 1.5x Bitcoin But Far More Complex

MSTR Bitcoin model shows 1.53x power-law elasticity, higher volatility, and amplified returns versus BTC exposure.