2020
290x280x90mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2021
Celestial; Blue #6 170x170x90mm
2020
Celestial; Blue #1 160x160x75mm
Celestial; Blue #2 150x150x80mm
Celestial; Blue #3 205x205x60mm
Celestial; Blue #4 160x160x80mm
Celestial; Blue #5 130x130x65mm
2022
Celestial; Blue #7 150x150x90mm
Celestial; Blue #8 190x190x60mm
Celestial; Blue #9 210x210x70mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2022
Interstellar I 320x300x150mm
Interstellar II 220x200x120mm
Interstellar III 210x210x210mm
Interstellar IV 230x230x150mm
Interstellar V 320x280x140mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2021
Celestial; Green #1 190x190x50mm
2022
Celestial; Green #2 220x220x45mm
Celestial; Green #3 220x210x65mm
Celestial; Green #4 260x255x50mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2023
Space I 480x480x100mm
Space II 480x480x90mm
Space III 480x480x90mm
Space IV 380x380x60mm
Space V 470x470x90mm
Space VI 470x470x80mm
Glass is fragile, and broken glass could mean failure. Ironically, Sogon Kim intentionally shatters her glass after coloring it. She expresses the mysterious colors of the universe and Earth. Various colors are made of different metal oxides and enriched after the reactions between colored glass and silver. Depending on the angle of view, this work reveals different color densities.
2021
Celestial; Amber #1 185x185x70mm
Celestial; Amber #2 150x150x80mm
2022
Celestial; Amber #3 185x185x55mm
Celestial; Amber #4 185x185x70mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2021
Celestial; Red #2 185x185x55mm
Celestial; Red #1 130x130x50mm
Celestial; Red #3 180x180x40mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2022
Beyond the sky II 530x410x25mm
Beyond the sky I 470x400x20mm
Beyond the sky III 595x440x30mm
Beyond the sky IV 555x425x25mm
Beyond the sky V 660x390x25mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2022
Celestial; Pink #1 180x180x60mm
Celestial; Pink #2 230x230x45mm
Celestial; Pink #3 220x220x45mm
Celestial; Pink #4 235x230x55mm
Celestial; Pink #5 190x190x90mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2021
Celestial; Black #1 200x200x70mm
2022
Celestial; Black #2 220x210x60mm
Celestial; Black #3 200x200x45mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.
2019
250x250x25mm
Tin and glass had a close relationship in history. Molten tin was made to produce flat glasses, and tin oxide was added to glass to make the white colour seen in the glass. This effect was not limited to tin oxide but extended to other metals in its use to colour glass. These facts inspired me to further investigate the effects of combining metal oxides and glass. ‘Potential’ focuses on capturing the moments of colouring glass, along with exploring its various optical qualities.
2022
Celestial; Beige #1 200x200x65mm
The various celestial bodies in space, the aurora borealis in the night sky, and the topography of the undersea…. Geoscience and the world of space always evoke my curiosity. How would it be formed? This question fascinates me with the moments when materials are being shaped and coloured. My work changes according to various factors such as concentration, temperature, direction, and angle of the materials. It resembles the world of space and earth sciences, where predictions are possible but not accurately predicted. The process of imagining beyond the landscape and at the same time capturing the moments of reaction between materials evokes the feeling of showing a huge universe through a small lens, as if microscopically replacing a macro object with an object in front of you.