The Key Ingredients:
* Ice Crystals in the Air: Light pillars are atmospheric optical phenomena that occur when light reflects off the flat surfaces of tiny, ice crystals suspended in the air, typically at high altitudes. These crystals are often hexagonal and plate-like.
* Cold Weather: Cold temperatures are crucial for the formation of these ice crystals. You'll usually find these conditions in winter or during exceptionally cold nights.
* Light Source: A strong light source is needed below the crystals to create the pillars. This could be from streetlights, floodlights on buildings, or even car headlights. The light is reflected upward from the surfaces of the crystals.
* Still Atmosphere: Minimal wind is important to keep the ice crystals aligned, allowing for more cohesive and defined pillars.
* Patience and Timing: Knowing *when* and *where* these conditions will align requires careful observation, forecasting, and a lot of patience.
Matt Robinson's Techniques and Gear:
While he might not reveal *all* his secrets, here's what's gathered from interviews and observations of his work:
* Location Scouting and Weather Forecasting: He meticulously researches locations (landmark proximity, light sources) and monitors weather conditions closely. He's looking for clear, cold nights with stable air and minimal wind. He likely uses weather apps and forecasts that specifically show cloud cover at different altitudes. He also pays attention to temperature inversions, where warm air sits above cold air, which can trap ice crystals near the ground.
* Camera Equipment:
* DSLR or Mirrorless Camera: A camera with good low-light performance and manual control is essential.
* Wide-Angle Lens: To capture the entirety of the light pillars and the landmark in the frame. Something in the range of 14mm-35mm is likely used.
* Sturdy Tripod: Long exposures are required in low light, so a stable tripod is non-negotiable.
* Remote Shutter Release or Intervalometer: To avoid camera shake during long exposures.
* Camera Settings:
* Manual Mode: Complete control over aperture, shutter speed, and ISO is crucial.
* Wide Aperture: (e.g., f/2.8 or wider) To allow as much light as possible into the lens.
* Long Exposure: (e.g., several seconds or even minutes) To capture the faint light pillars. The exact exposure time will depend on the ambient light and the intensity of the pillars.
* Low ISO: To minimize noise in the image. He likely balances ISO with shutter speed to find the optimal combination for the scene.
* RAW Format: To capture the maximum amount of data for post-processing.
* Focus: Sharp focus on the landmark. He may use live view and focus peaking to ensure critical sharpness.
* Post-Processing:
* RAW Processing: Adjusting exposure, contrast, white balance, and clarity to bring out the details in the light pillars and the landmark.
* Noise Reduction: To minimize noise introduced by the long exposure.
* Sharpening: To enhance details.
* Color Correction: Subtle adjustments to color balance to create the desired mood.
* Perspective Correction: Correcting any distortion introduced by the wide-angle lens.
* Dodging and Burning: Subtly adjusting brightness levels in specific areas to guide the viewer's eye.
In Summary:
Matt Robinson's success is a combination of:
* Deep Understanding of Atmospheric Optics: Knowing how and when light pillars form.
* Dedication to Weather Monitoring: Predicting and finding the right conditions.
* Mastery of Photography Techniques: Using the right gear and settings to capture the scene.
* Skillful Post-Processing: Enhancing the images to create a stunning final result.
It's important to note that photographing light pillars is challenging and requires a lot of effort and persistence. Don't be discouraged if you don't get it right away. Keep learning, practicing, and observing, and you'll increase your chances of capturing these magical phenomena yourself.