HazMatLab

🪩💦🍾🥂🍬 💎🦈🚬🧽🪄 💅🏻💅🏻💅🏻#nailsession #thankyouall #hazmatlab

Herdplatte Single, 2016 - ongoing 27 x 24 x 10 cm Since 2016 in use for slime production. It was part of our Installation Slime Archive at the exhibition Plastic World at Schirn Kunsthalle. @schirnkunsthalle curated by Martina Weinhart @martinaweinhart 📷@jensgerberfotografie #hazmatlab

Schleimschrank SCH 02, 2016 plastic, resin, slime, plaser 28 x 15 cm Schleimschrank SCH 02 was part of our Installation Slime Archive at the exhibition Plastic World at Schirn Kunsthalle. @schirnkunsthalle curated by Martina Weinhart @martinaweinhart 📷 @jensgerberfotografie #HazMatLab

Schleimschrank SCH 08, 2016 plastic, resin, magnetic slime, slime, plaster, alginat, wax Schleimschrank SCH 08 was part of our Installation Slime Archive at the exhibition Plastic World at Schirn Kunsthalle. @schirnkunsthalle curated by Martina Weinhart @martinaweinhart 📷 @jensgerberfotografie #HazMatLab

Schleimschrank SCH 04, 2016 plastic, resin, magnetic slime, plaster 28 x 15 cm Schleimschrank SCH 04 was part of our Installation Slime Archive at the exhibition Plastic World at Schirn Kunsthalle. @schirnkunsthalle curated by Martina Weinhart @martinaweinhart 📷 @jensgerberfotografie #hazmatlab

Schleimschrank SCH 03, 2016 plastic, resin, slime, pigment, ADP 28 x 15 cm Schleimschrank SCH 03 was part of our Installation Slime Archive at the exhibition Plastic World at Schirn Kunsthalle. @schirnkunsthalle curated by Martina Weinhart @martinaweinhart 📷 @jensgerberfotografie #HazMatLab

We are incredibly happy to be on the cover of the extensive fantastic catalogue Plastic World. It gives an unique and complex overview of the material history of synthetic substances in visual art from 1960 untill today. With works by Raimund Abraham, Monira Al Qadiri, Francis Alys, John de Andrea, Ant Farm, Archigram, Arman, Richard Artschwager, Evelyne Axell, Joachim Bandau, Thomas Bayrle, Lynda Benglis, Lourdes Castro, César, Christo, Constant, Coop Himmelb()au, Wolfgang Döring, Őyvind Fahlström, Berta Fischer, Richard Buckminster Fuller, Piero Gilardi, Tue Greenfort, Hans Haacke, Richard Hamilton, Haus-Rucker-Co, HazMatLab, Eva Hesse, Gerhard Hoehme, Hans Hollein, Alain Jacquet, Craig Kauffman, Mike Kelley, Kiki Kogelnik, Nicala L. Konrad Lueg, Gino Marotta, Claes Oldenburg, Walter Pichler, Otto Piene, Bernard Rancilag, James Rosenguist, Niki de Saint Phalle, Dennis Siering, Elias Sime, Ferdinand Spindel, Graham Stevens, Alina Szapocznikow, Pascale Marthine Tayou, Paul Thek, Tom Wesselmann, Pınar Yoldas With texts by Martina Weinhart, Dietmar Rübel, Heather Davis, Pamela Voigt, Anna Huber and Sebastian Baden, and a great interview with Friederike Waentig. Grafik by Christoph Steinegger, interkool @christoph.steinegger_interkool @hatjecantzverlag @schirnkunsthalle #hazmatlab

Spannkraft und Elastizität /Tension and Elasticity Millet, peppers, spinach, potatoes, peas, pears, grapes, strawberries and bananas. They all contain silicon dioxide and are said to strengthen and keep skin, nails, bones and connective tissue healthy. Silicon can even enhance our physical capabilities in other ways. Ultra-pure silicon wafers are the basis of nearly all semiconductor devices and thus essential building blocks of the global electronics industry. The exhibition Spannkraft und Elastizität with Jenny Schäfer @thisisjennyschaefer shows new works developed during the workshop residencies 2023 at @klubsolitaer . 📸 Natalie Bleyl @nidalee_photo pic 7: 🍇🍓🍌🥔🍐🍃🫑🌶️ exhibition poster with @thisisjennyschaefer #wafer #silicon #silizium #silicium #newmaterial #crystallinesilicon #powder #pulverizing #nanoscale #waferpowder #Aluminium #Tantalum #Gold #Indium #Platinum #phosphorus #Arsenic #Boron #enas #hazmatlab #waferbonding #chemnitz #siliconsaxony #labrats #klubsolitear #digitallab #labwork #sculpture #process #werkstattresidenz

We are happy to share some close up views from Spannkraft und Elastizität with Jenny Schäfer at Klub Solitaer in Chemnitz, it‘s on view untill May 21st. Check it out 🔍💎💅🏻💿⚙️ @thisisjennyschaefer @klubsolitaerev #wafer #silicon #silizium #silicium #newmaterial #crystallinesilicon #powder #pulverizing #nanoscale #waferpowder #Aluminium #Tantalum #Gold #Indium #Platinum #phosphorus #Arsenic #Boron #enas #hazmatlab #waferbonding #chemnitz #siliconsaxony #labrats #klubsolitear #digitallab #labwork #sculpture #process #werkstattresidenz

Mining wafer powder 🫙🌪️😶‍🌫️ #wafer #silicon #silizium #silicium #newmaterial #crystallinesilicon #powder #pulverizing #nanoscale #waferpowder #Aluminium #Tantalum #Gold #Indium #Platinum #phosphorus #Arsenic #Boron #enas #hazmatlab #waferbonding #chemnitz #siliconsaxony #labrats #klubsolitear #digitallab #labwork #sculpture #process #werkstattresidenz

Dusty flakes #wafer #silicon #silizium #silicium #newmaterial #crystallinesilicon #nanoscale #interatomicinteractions #waferpowder #Aluminium #Tantalum #Gold #Indium #Platinum #phosphorus #Arsenic #Boron #ionimplamantation #enas #hazmatlab #waferbonding #chemnitz #siliconsaxony #labrats #klubsolitear #digitallab #labwork #sculpture #process #werkstattresidenz

Thoughts on silicon No life without slime, no electronic devices without wafer. Ultra-pure silicon wafer are the basis for almost all semiconductor components and thus essential building blocks of the global electronics industry. Wherever semiconductor technology is used today, silicon (Si) plays a crucial role. Si is a metalloid that possesses a gray-black color and has a typical metallic, often bronze to bluish shine. It is the second most abundant chemical element on Earth, after oxygen. The process of the silicate cycle takes place over several million years. Si-containing rocks were already used as tools during the Stone Age due to their sharp cutting edges. Elemental Si is non-toxic to the human body, and bound in silicate form, it is important for human health. The human body contains about 20 mg/kg body weight of Si, and this amount decreases with age. Silica is believed to strengthen and maintain healthy skin, nails, bones, and connective tissue. Si monocrystals up to two meters in size are produced using the Czochralski process (crucible pulling) by seeding molten Si with a small Si crystal. These crystals possess a perfect lattice structure. Wafer are then produced by slicing these pulled single crystal bars, which can have a diameter of up to 300 mm, into slices of about 0.5 mm thickness, and subsequently treated to achieve the necessary surface accuracy of a few nanometers in cleanrooms by polishing and etching. The subsequent chip production is one of the most complicated and expensive processes of the present day. #wafer #silicon #silizium #silicium #newmaterial #crystallinesilicon #nanoscale #interatomicinteractions #waferpowder #Aluminium #Tantalum #Gold #Indium #Platinum #phosphorus #Arsenic #Boron #ionimplamantation #enas #hazmatlab #waferbonding #chemnitz #siliconsaxony #labrats #klubsolitear #digitallab #labwork #sculpture #process #werkstattresidenz