Geometric Energy Editorials

Phoenix Rising by Annie & Lola Features Cosmic Circles and Nature

The Phoenix Rising editorial features model Selene Ciccanti amid geometric energy. Each exhilarating photo scene is beautifully captured in a serene and naturally inspired atmosphere as photographed by Annalaura Masciave and styled by Eleonora Gaspari.

Annie & Lola, a photography and styling team, created a photo shoot inspired by the effects of lighting and geometric composition. Geometric circles and digitally bold lines transcend a burst of stimulating energy and make for a remarkable double-exposure fashion shoot. Selene Ciccanti models softly draped clothing with hues that reflect natural tones of honey, brown and gray with electrifying results in the Phoenix Rising editorial.

The Age of Aquarius feel that this photo shoot embodies is beautiful and memorable -- fit for today's bohemian-chic hipsters.

Geometric Energy
The use of geometric shapes and lines in photography to create a burst of stimulating energy.
Nature-inspired Photography
Creating serene, naturally inspired atmospheres that enhance the beauty of the photographed subject.
Double-exposure Photography
A technique of combining two images into one to create a bold and visually stunning effect.

Industries Being Reshaped

Fashion Industry
Opportunities exist for fashion brands to use the trend of geometric energy and nature-inspired photography in their advertising campaigns and product launches.
Photography Industry
There is an opportunity for photographers to explore the trend of Double-exposure photography and incorporate creative ideas into their work.
Art and Design Industry
The use of geometric shapes and lines can be incorporated into various art and design projects to create visually stunning pieces.
SCORE
5.3 out of 10
GENDER
10% Men90% Women
MARKETTop markets: North America, Europe, Asia
GENERATION
  • Gen Alpha
  • Gen Z (primary audience)
  • Millennial (primary audience)
  • Gen X (primary audience)
POPULARITY
Popularity 69%
Activity 83%
Freshness 8%