Infrared photography is one of photography’s most transformative disciplines — it captures light that the human eye cannot see, revealing a world of extraordinary beauty that exists just beyond the visible spectrum. Green foliage glows brilliant white. Blue skies turn dramatically dark or near-black. Skin takes on an ethereal, glowing quality. Water becomes mirror-smooth and reflective in ways that visible light photography never captures. When you’re generating infrared photography with Nano Banana Prompts, you need to understand what infrared light actually does to different subjects — because without that technical knowledge, you’ll generate images that look like desaturated color photos rather than the genuinely otherworldly vision that real infrared photography produces.
What Is Infrared Photography?
Infrared photography captures light in the infrared spectrum (700nm-1200nm wavelengths) that is invisible to the human eye. Dedicated infrared cameras, converted cameras, and infrared filters achieve this by blocking visible light and allowing only infrared to reach the sensor. The result is a world that looks fundamentally different from normal vision: foliage that reflects infrared strongly appears white or bright silver; clear blue skies that absorb infrared appear dark grey or near-black; skin takes on a smooth, luminous quality; and water surfaces behave differently in infrared light. Sub-genres include black and white infrared photography, false-color infrared photography (where infrared tones are mapped to visible colors), and near-infrared digital photography.
The Full Nano Banana Prompt
A stunning infrared photograph captured on a full-spectrum converted Nikon Z7 II with Kolari Vision 720nm infrared filter, 24mm f/8.0, ISO 400, shutter speed 1/250s. Scene: An ancient oak tree avenue in an English country estate — two rows of enormous old oak trees lining a straight gravel path leading to a distant manor house. Full summer foliage on all trees. Setting: Midday, clear blue sky, full overhead sun — the optimal conditions for maximum infrared effect. Infrared rendering: The oak tree foliage renders as brilliant, luminous white — the chlorophyll in the leaves reflecting infrared strongly and appearing to glow from within. The sky renders as dramatically dark grey (nearly black at zenith), the deep blue absorbing infrared. The gravel path renders as bright mid-grey — stone's neutral infrared reflection. The manor house in the distance renders as pale grey-white. The grass on either side of the path renders as bright white-silver — also reflecting infrared strongly. Wood Efect (Infrared Haze): Slight atmospheric dreamy haze around the lit foliage — the classic "Wood Effect" glow of infrared photography where bright areas bleed slightly into surrounding shadow. Lighting: Overhead midday summer sun — maximum infrared radiation output at midday, direct overhead sun angle producing the most dramatic infrared sky darkening. Composition: Symmetrical composition — the tree avenue as a perfect perspective tunnel, the path as a leading line to the distant manor house. Equal rows of glowing trees on both sides. Mood: Otherworldly, haunted, a familiar English landscape made entirely alien by the invisible light spectrum. Color: True black and white infrared — not color-shifted, pure tonal infrared rendering. Realism level: 8K ultra-realistic, fine art infrared photography quality, Simon Marsden aesthetic, individual leaf texture visible in the glowing tree canopies.Prompt Breakdown
Camera & Filter
The “full-spectrum converted Nikon Z7 II with Kolari Vision 720nm infrared filter” is the most technically specific and accurate camera reference for professional infrared photography. Full-spectrum converted cameras have their IR-cut filter removed, allowing infrared light to reach the sensor at full efficiency. The 720nm filter is the most popular infrared wavelength for landscape infrared photography — it allows some visible light through with the infrared, producing more tonal separation than pure infrared filters. Kolari Vision is the most respected camera conversion company, whose name signals professional-grade conversion quality.
The Infrared Rendering Description
This is the most important technical element in infrared photography prompts — you must explicitly describe how infrared light affects each element of the scene: “foliage renders as brilliant white,” “sky renders as dramatically dark grey,” “stone renders as mid-grey,” “grass renders as bright white-silver.” Without this explicit infrared tonal description, AI defaults to a conventional color photograph with some brightness and contrast adjustment — completely missing the extraordinary tonal reversal that infrared photography produces.
The Wood Effect
The Wood Effect — named after photographer Robert Wood who discovered infrared photography — is the characteristic glow or bloom around brightly lit infrared subjects, particularly foliage. Specifying “slight atmospheric dreamy haze around the lit foliage — the classic Wood Effect glow” produces the ethereal, painterly quality that makes fine art infrared photography so distinctive. Without this specification, the foliage appears as sharp, hard-edged white rather than the characteristic soft, glowing quality of real infrared.
5 Prompt Variations
Variation 1: False Color Infrared — Alien Landscape
False color infrared photography, converted Canon EOS R5, 590nm super-color infrared filter, 24mm f/8.0, ISO 200, 1/500s. Scene: An alpine meadow in summer — wildflowers, green grass, a mountain stream, dramatic mountain peaks behind. False color infrared rendering: The green foliage and grass render in vivid MAGENTA and PINK tones (the classic false-color infrared channel swap). The clear blue sky renders in vivid YELLOW-GOLD tones. The white mountain peaks render as brilliant CYAN-WHITE. The stream water renders in DEEP BLUE-MAGENTA. The result: an entirely alien color palette on a familiar alpine landscape — vivid, psychedelic, otherworldly. Composition: Wide establishing shot, meadow in foreground, stream as compositional leading line, mountain peaks as background. Mood: The visible world made alien, nature seen through an impossible spectrum, the landscape as science fiction. Realism level: 8K ultra-realistic, false color infrared photographic quality, vivid channel-swap false colors accurate to 590nm filter behavior.Variation 2: Infrared Portrait
Infrared portrait photography, converted Sony A7R IV, 720nm filter, 85mm f/2.8, ISO 100, 1/500s. Subject: A 35-year-old woman, outdoors, standing in dappled sunlight beneath a tree. Infrared rendering: Her skin renders as luminous, almost glowing white-ivory — infrared creates the smooth, ethereal skin quality known as "porcelain skin effect" in portrait photography. The tree foliage behind her renders as brilliant white, creating a luminous white halo behind her head. The sky glimpsed between leaves renders as dark grey. Her dark hair absorbs infrared and renders near-black — creating maximum contrast with her glowing skin. Her eyes retain some visible light characteristics. Wood Effect glow around the bright foliage halo behind her. Mood: Ethereal, timeless, the portrait made otherworldly — not of this visible world. Black and white infrared rendering. Realism level: 8K ultra-realistic, infrared portrait photography quality, Robert Mapplethorpe aesthetic of skin luminosity.Variation 3: Infrared Urban Landscape
Infrared urban photography, converted Nikon Z9, 720nm filter, 16mm f/11, ISO 200, 1/250s. Scene: Central Park, New York City — the Bethesda Terrace and fountain, surrounded by full summer trees. The Manhattan skyline visible in the background above the treeline. Infrared rendering: The park's trees and grass render as brilliant glowing white, creating a luminous white cloud of foliage surrounding the stone terrace. The stone terrace itself renders as mid-grey. The Manhattan skyline behind renders as dark grey architectural silhouettes against a near-black sky. The park water (fountain and lake) renders as dark reflective grey — water reflects infrared poorly. The contrast between the glowing white park foliage and the dark city skyline creates the primary visual drama. Composition: Wide angle shot from the Bethesda Terrace level, the fountain in the foreground, glowing tree canopies framing the image, the Manhattan skyline as the dramatic dark backdrop. Mood: The city's living green spaces made luminous and alien against the dark permanence of stone and steel. Realism level: 8K ultra-realistic, infrared fine art photography quality.Variation 4: Infrared Seascape
Infrared seascape photography, converted Sony A7R V, 720nm filter, 24mm f/11, ISO 100, 1/30s, tripod. Scene: A rocky coastal headland at midday — sea stacks rising from the ocean, a cliffside path with summer heather and grass. Clear blue sky with scattered cumulus clouds. Infrared rendering: The summer heather and coastal grass render as brilliant white — highly infrared reflective. The sea stacks and cliff rock render as mid-grey. The ocean surface renders as very dark near-black — water's poor infrared reflection creating dramatic contrast. The sky renders as dark grey, the clouds render as brilliant white — clouds reflect infrared strongly, creating dramatic sky contrast. Composition: Wide establishing shot, the cliff path with luminous white heather in the foreground, the dark ocean between, the sea stacks as mid-grey verticals, the dramatic white cloud and dark sky above. Mood: The coastal landscape made extraordinary — the world's familiar elements rendered in their true spectral nature. Realism level: 8K ultra-realistic, infrared landscape photography quality.Variation 5: Infrared Forest Interior
Infrared forest photography, converted Canon EOS R5, 720nm filter, 24mm f/8.0, ISO 400, 1/125s. Scene: Deep deciduous forest interior in summer — looking along a sunlit forest path, dappled light filtering through the canopy above. Ancient beech and oak trees. Infrared rendering: Every leaf and piece of foliage renders as luminous, brilliant white or bright silver — the forest interior becomes an extraordinary white cathedral of light. The tree bark and branches (which absorb infrared more than leaves) render as darker grey, creating dramatic contrast. The forest floor vegetation renders as bright white. The patches of visible sky render as dark grey through the canopy gaps. The dappled sunlight creates pools of brilliant white where foliage catches direct light. Wood Effect glow throughout — the entire forest suffused with ethereal luminous quality. Composition: Looking along the forest path, the path as a compositional leading line into the glowing white forest interior, trees flanking both sides. Mood: Entering another world, the forest as a place outside normal reality, the visible world dissolved into pure light. Realism level: 8K ultra-realistic, infrared fine art forest photography quality, individual leaf glow visible in canopy.Pro Tips for Infrared Photography Prompts
- Always describe the infrared tonal rendering explicitly: “Foliage renders as brilliant white,” “sky renders as dark grey,” “water renders as near-black” — without this explicit infrared tonal mapping, the model generates conventional photography rather than the actual infrared spectrum effect.
- Specify the filter wavelength: 590nm (super-color, more visible light, false color), 665nm (warm infrared balance), 720nm (classic black and white infrared), 850nm (maximum infrared effect, very dark sky). Each wavelength produces a distinct tonal range and is associated with different infrared aesthetic traditions.
- Include the Wood Effect specification: The dreamy, glowing halo around bright infrared subjects is the most recognizable aesthetic signature of infrared photography. Always specify “Wood Effect glow” or “characteristic infrared bloom around bright foliage.”
- Use midday sun for maximum infrared effect: The infrared sky darkening effect is most dramatic in clear blue sky conditions with overhead sun. Cloudy skies have less contrast between sky and foliage in infrared. Always specify “clear blue sky” and “midday or afternoon sun” for maximum infrared drama.
- Specify false color for the most dramatic non-traditional infrared: False color infrared — where infrared tones are mapped to vivid unnatural colors — produces the most visually extraordinary outputs. Specify the specific color channel swap for accurate false color rendering.
Common Mistakes to Avoid
- Specifying “infrared” without tonal description: The word “infrared” alone produces an image with a vague warm or cool tonal shift — not the dramatic foliage-whitening, sky-darkening effect of real infrared photography. Always explicitly describe the tonal transformation.
- Using overcast weather: Overcast skies reduce the sky-darkening effect that makes infrared photography dramatic. Clear blue sky conditions produce the most powerful infrared tonal contrast. Specify “clear blue sky” for maximum effect.
- Ignoring water behavior: Water surfaces absorb infrared poorly and appear very dark or near-black in infrared photography. Always specify “water renders as dark near-black in infrared” for technically accurate output.
- Forgetting the camera conversion reference: A normal camera’s sensor has an IR-cut filter that blocks infrared light. Specifying “full-spectrum converted camera” or “infrared-converted camera” signals that the camera can actually capture infrared — without this, the output may not accurately render the infrared spectrum.
FAQ
What’s the most important element to specify in an infrared Nano Banana Prompt?
The explicit infrared tonal rendering description for each major element in the scene — “foliage renders as brilliant white,” “sky renders as dramatic dark grey,” “water renders as near-black.” This explicit tonal mapping is what transforms a conventional photograph into a genuinely infrared image. Without it, the word “infrared” produces only a vague tonal adjustment rather than the full infrared spectral transformation.
What’s the difference between 720nm and 590nm infrared filters in Nano Banana Prompts?
The 720nm filter produces classic black and white infrared — dramatic dark skies, luminous white foliage, clear tonal separation. The 590nm “super-color” filter allows more visible light through alongside the infrared, enabling the vivid false-color channel swap effect where foliage renders as pink/magenta and sky as yellow-gold. Specify 720nm for traditional fine art black and white infrared; specify 590nm for dramatic false color infrared imagery.
Can Nano Banana Prompts generate accurate false color infrared renders?
Yes, with explicit false-color channel specification. Describe each element’s false-color rendering explicitly: “green foliage renders as vivid pink/magenta,” “clear blue sky renders as vivid yellow-gold,” “white clouds render as cyan-white.” The specific color assignments of false-color infrared photography must be described rather than implied — the model needs explicit color remapping instructions to produce accurate false-color infrared outputs.
Conclusion
Infrared photography is photography’s most complete escape from the visible world — it reveals a reality that exists everywhere around us but that human eyes were never built to see. Your Nano Banana Prompts need to understand that invisible world’s specific visual language: the luminous white of chlorophyll-rich foliage, the dramatic darkness of clear blue sky, the near-black of water surfaces, the ethereal Wood Effect glow. Specify the infrared tonal transformation explicitly for every element in the scene. Give the model eyes that can see what human eyes cannot. The invisible world is worth seeing.
