Iridescent Sparkly Glitter Background Pattern

abstract pattern, digital glitches, holographic colors --tile --v 6.0

holographic abstract liquid pattern background, complimentary color scheme, photo realistic chorky in profile, line art --v 6.0 --seed 3986102351

ppt background with geometric pattern sinous only two colors hex #003746 and #FF5767 and their gradients --ar 16:9

holographic aztec patterns --ar 16:9

flechas glitter

floral design pattern in the style of stained glass, tiny small flowers, purple, yellow, aqua hues vibrant colors and glitter details--ar 9:16 --v 6.1 --stylize 250

abstract vaporwave pattern, holographic colors --tile --c 20

a whmsical watercolor illustration capturing the essence of a pink fall season, The central focus is on two uniquely displayed pink sparkly pumpkins, one sporting a leopard print pattern, the other a solid glittery cream, Surrounding the pumpkins is a delightful array of pink butterflies in pink, cream and black hues. The background is filled with rich autumn colors, while the pumpkins are adorned with leopard print and cream, pink flowers, leaves and other decorative elements, The artwork is brought to life with an abundance of glitter and sparkles, clipart, isolated on a white background

Flat, gold background with gold glitter on corners

coquette design pattern in the style of stained glass, shades of pink and purple, vibrant colors and glitter and gold details--ar 9:16 --v 6.1 --stylize 250

ppt background with geometric pattern sinous colors hex #003746 and #FF5767 --ar 16:9

black color abstract watercolor background with silver glitter, ultra simple, soft colors, 4k, hand drawing, 3d rendering, 3d --ar 3:2 --v 5 -

RECIPE NAME: Aurora Vanilla Swirl Ingredients: 2 cups vanilla ice cream 1 cup milk 1 teaspoon vanilla extract ¼ cup blueberry puree ¼ cup raspberry puree ¼ cup mango puree Edible glitter (optional) Fresh mint leaves for garnish (optional) | Amateur photo from reddit, taken with an iPhone 15 Pro. | SHOT TYPE: Macro Shot Focus on the details --ar 1:1