Supports switching to any rear and front cameras, with manual controls for every camera.
With 10 composition grid overlays and 9 crop guides, combinable with each other.
Fast and simultaneous capture in JPEG and DNG formats, for complete flexibility in post-processing.
Zoom with pinch gesture, by using the shutter button as zoom rocker or use the volume keys!
The exposure compensation is always available by swiping on the viewfinder.
Many options like shutter, zoom, exposure, white balance or camera switching are assignable to the volume keys.
You can also explore more specific categories like or Biomechanics to find something closer to your specific interest. The Work of Art in the Age of Mechanical Reproduction - MIT
: This study uses molecular dynamics to understand how PEEK (a high-performance polymer used in aerospace and medical implants) behaves under different speeds and temperatures.
If you are looking for a foundational classic rather than a new technical report, many on the site frequently reference:
by Walter Benjamin: A critical read for anyone interested in the philosophical side of "mechanical" systems and how technology changes the value of what we create.
: PEEK is famously tough, but its "amorphous" (non-crystalline) state is tricky to model. This paper provides a rare, deep look at the atomic level of why it's so resilient.
: It was recently highlighted as being freely accessible for a limited time (50 days) from its publication date in April 2026.
Take photos with multiple different exposures automatically.
New in version 5Now supports instantaneous capture even with JPEG+DNG on thousands of devices!
Capture picture series at regular intervals automatically (for instance timelapses or slow moving scenes)
You can also explore more specific categories like or Biomechanics to find something closer to your specific interest. The Work of Art in the Age of Mechanical Reproduction - MIT
: This study uses molecular dynamics to understand how PEEK (a high-performance polymer used in aerospace and medical implants) behaves under different speeds and temperatures.
If you are looking for a foundational classic rather than a new technical report, many on the site frequently reference:
by Walter Benjamin: A critical read for anyone interested in the philosophical side of "mechanical" systems and how technology changes the value of what we create.
: PEEK is famously tough, but its "amorphous" (non-crystalline) state is tricky to model. This paper provides a rare, deep look at the atomic level of why it's so resilient.
: It was recently highlighted as being freely accessible for a limited time (50 days) from its publication date in April 2026.