Copper sulfate crystal structures under the microscope • Real size 0,5-1mm • Polarized light observation • These images come from the same session as one of my my previous posts — part of an ongoing exploration of chemical crysta
Ferrofluīd meets pīgment 🫧 This is a close-up of magnetic fluid mixed with colored inks and other reactive liquids — all taking place on a single glass slide 🧲 A magnet hidden underneath controls the movement. What you’re seeing is a p
Copper sulfate crystals under the microscope.
To prepare these slides, I dissolved copper sulfate in hot water and let the solution cool slowly. As the water evaporates, crystals begin to form — often over the course of several hours or days. O
ηєвυllæ² ✨ What looks like a scene from deep space is actually a 15mm chemical reaction captured through a macro lens. I work with real physical materials — ink, ferrofluids, crystals, and chemical reagents — and ex
ηєвυllæ 💫 No CGI, just ink on a microscope slide • Recorded with a camera with a macro lens • Real size 15mm • Recently I had the opportunity to experiment a lot with various new substances in which the inks spread v
🟡👁️👄👁️🟡 No CGI, just ferrofluid on a microscope slide • What you see in the photos are compositions created using a magnetic liquid called ferrofluid with the addition of colored ink. Ferrofluid consists of iron oxide nanoparticles, making
ɮʟʊʊɛ 🔵 No CGI, just transparent liquids on a glass slide • Captured with a camera and a macro lens • Real size 15mm
🔵 ƙιɳԃ øf blū 🔵 No CGI, just transparent liquids on a glass slide • Captured with a camera equipped in macro lens • Real size 15mm • Here are some shots from one of the recording sessions I captured last month. What you s