Aktuális sajtó tartalmak és illusztrációs fotók

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Seamless pattern with ordinary style-stock-foto
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Edinburgh, UK,25 July 2025 . San Franciscan noise punk band Deerhoof captured performing in The Caves underground vault by Scottish live music photographer Daisy Duende. The band.who recently announced the removal of their music from Spotify, are touring the UK in promotion of their 20th studio album Noble and Godlike in Ruin. The Caves is the sub-structure of the 18th Century South Bridge in Scotland's capital.  Deerhoof continue their UK tour with gigs in the north of England before hitting London on 28-29 July. Credit: Daisy Duende/Alamy Live News-stock-foto
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Edinburgh, UK,25 July 2025 . San Franciscan noise punk band Deerhoof captured performing in The Caves underground vault by Scottish live music photographer Daisy Duende. The band.who recently announced the removal of their music from Spotify, are touring the UK in promotion of their 20th studio album Noble and Godlike in Ruin. The Caves is the sub-structure of the 18th Century South Bridge in Scotland's capital.  Deerhoof continue their UK tour with gigs in the north of England before hitting London on 28-29 July. Credit: Daisy Duende/Alamy Live News-stock-foto
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Edinburgh, UK,25 July 2025 . San Franciscan noise punk band Deerhoof captured performing in The Caves underground vault by Scottish live music photographer Daisy Duende. The band.who recently announced the removal of their music from Spotify, are touring the UK in promotion of their 20th studio album Noble and Godlike in Ruin. The Caves is the sub-structure of the 18th Century South Bridge in Scotland's capital.  Deerhoof continue their UK tour with gigs in the north of England before hitting London on 28-29 July. Credit: Daisy Duende/Alamy Live News-stock-foto
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Edinburgh, UK,25 July 2025 . San Franciscan noise punk band Deerhoof captured performing in The Caves underground vault by Scottish live music photographer Daisy Duende. The band.who recently announced the removal of their music from Spotify, are touring the UK in promotion of their 20th studio album Noble and Godlike in Ruin. The Caves is the sub-structure of the 18th Century South Bridge in Scotland's capital.  Deerhoof continue their UK tour with gigs in the north of England before hitting London on 28-29 July. Credit: Daisy Duende/Alamy Live News-stock-foto
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The gnarled base of a long-dead tree tells a weathered tale of time, erosion, and resilience. Captured in high-contrast black and white near Mirror La-stock-foto
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Futuristic Background Abstract Concept as a Art-stock-foto
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Woodland recurring Fractals.-stock-foto
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GREEN PLANTS SEA-stock-foto
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GREEN PLANTS SEA-stock-foto
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GREEN PLANTS SEA-stock-foto
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GREEN PLANTS SEA-stock-foto
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VIOLET HARMONY-stock-foto
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VIOLET HARMONY-stock-foto
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GREEN PLANTS SEA-stock-foto
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GREEN PLANTS SEA-stock-foto
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A detailed close up of a gray wall that is adorned with a multitude of small, subtle dots scattered across its surface-stock-foto
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Long‑exposure watercourse gliding over moss‑clad boulders through Snowdonia valley girded by rugged peaks under sweeping clouds-stock-foto
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Ferns in the earthy elegance.-stock-foto
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Displaying central fractal hologram on control dashboard, with code panels and gauge diagrams-stock-foto
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Close-up of tree bark’s backside, intricately carved by insects, revealing delicate tunnels and organic patterns of decay-stock-foto
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Majestic Old Tree in Winter – Intricate Network of Bare Branches in Black and White – Dramatic Nature Photography with Strong Contrast-stock-foto
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Futuristic Background Abstract Concept as a Art-stock-foto
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Snowflake in the form of an ordinary hexagonal dendrite. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Typical hexagonal snowflake. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Snowflake in the form of an ordinary hexagonal dendrite. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Typical hexagonal snowflake. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Snowflake in the form of an ordinary hexagonal dendrite. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Hexagonal snow crystal with broad branches, composed of 2 offset 3-branched snow crystals. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Snowflake in the form of an ordinary hexagonal dendrite. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Snowflake in the form of an ordinary hexagonal dendrite. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
RM
Hexagonal snow crystal with broad branches, composed of 2 offset 3-branched snow crystals. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Typical hexagonal snowflake. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Typical hexagonal snowflake. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Typical hexagonal snowflake. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Hexagonal snow crystal with broad branches, composed of 2 offset 3-branched snow crystals. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Snowflake in the form of an ordinary hexagonal dendrite. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
RM
Hexagonal snow crystal with broad branches, composed of 2 offset 3-branched snow crystals. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Hexagonal snow crystal with broad branches, composed of 2 offset 3-branched snow crystals. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto
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Snowflake in the form of an ordinary hexagonal dendrite. Image was obtained using a Low Temperature Scanning Electron Microscope (LT-SEM).-stock-foto