Francesca Alupei - DESMA9

This week, we looked at how space and art connect. The quote from Benoit Mandelbrot about how clouds aren’t perfect spheres, or mountains aren’t perfect cones, reminds us that nature is full of surprises and details. In the same way, art and science both help us see the world in new ways. One of the most interesting things we watched was the Powers of Ten film and website. It shows what happens when you zoom way out into space and then zoom way in to see the tiny things around us. This helps us understand how big or small things really are, and it’s a great example of how art can help us see science in a different light. We also read about projects like Makrolab, led by artist Marko Peljhan, where artists and scientists work together in special places to create new kinds of art. These projects show how art and science can mix to make something exciting and new. Other readings, like Arctic Perspectives and articles from Leonardo Space Arts, talk about how artists use really tough or...

Attending the Zoom discussion with Luke Shannon for DESMA 9 was an inspiring dive into the intersection of art, science, and technology. Shannon, a contemporary artist, is known for his generative art practice, which merges hyper-specific code with the unpredictability of chance to create unique visual experiences .  He talked about how he uses computer code to make digital images, and then sometimes turns those images into real objects, like laser-cut paper pieces and CNC-milled chairs. One thing that stood out was how Shannon focuses on both rules and randomness in his work. He showed us a piece with red circles that were generated by an algorithm, but with random elements that made each one unique. He explained that he likes to see what happens when he lets the computer make some decisions, even if it means there are mistakes or surprises Shannon also shared a project about chairs. He used code to create many different chair designs—some that could actually be built, and some t...

This week’s course materials offered a fascinating journey through the world of nanotechnology, its scientific origins, and its potential to reshape our future. The lectures by Professor Jim Gimzewski, the TED talks by Paul Rothemund and Ray Kurzweil, provided us foundational knowledge and a glimpse into the future of this field.  Jim Gimzewski explained that “nano” means one-billionth of a meter.  Gimzewski talked about how, back in 1959, Richard Feynman gave a famous talk where he imagined moving and building things one atom at a time. Thanks to new tools like the scanning tunneling microscope (STM), this idea is now possible. One big discovery was the buckyball, or Buckminsterfullerene, found in 1985. This is a molecule made of 60 carbon atoms shaped like a soccer ball. It led to the creation of carbon nanotubes, which are super strong and very light. The STM, invented in 1981, lets scientists see and move single atoms. These inventions changed how we can work with material...

This week, learning about how the brain and art are connected really opened my mind. The main materials that helped me understand were the article  Neuroculture  by Giovanni Frazzetto and Suzanne Anker, C. G. Jung’s essay  The Spiritual Problem of Modern Man , and the lectures about the influence of neuroscience on art. Neuroculture  explained that new discoveries about the brain are changing how artists make their work. Artists are now using ideas from brain science to create art that shows what is happening inside our minds, thoughts, feelings, and memories. This makes art feel more personal and helps us understand ourselves in new ways. Jung’s writing was about how many people today feel lost or disconnected. He believed this happens because we don’t fully understand our own minds or feelings. Art that explores the brain and consciousness can help us feel more connected, not just to ourselves but also to each other. The lectures taught me that artists often use th...

In a world where science and art increasingly overlap, biotechnology has emerged as a powerful tool and canvas for creative expression. Artists like Eduardo Kac have pushed boundaries, blending human DNA with plant life to create living, hybrid artworks such as the Edunia , a petunia whose veins express Kac’s own blood-derived genes. These bio-art projects invite us to question the limits of biology and the ethics of genetic modification, while also celebrating the beauty that can arise from scientific innovation. Genetically modified organisms (GMOs) are not just the domain of artists. The creation of blue roses by Suntory, achieved by inserting genes from pansies to produce the rare blue pigment, demonstrates how biotechnology can alter nature for aesthetic and commercial purposes. These advancements are not without controversy. The public remains deeply divided over the safety and ethics of GM foods, with concerns about long-term health effects and ecological consequences. Despite ...

Discussion on Generative Art and Architecture | Casey Reas & Mario Klingemann: Generative Systems for Art I attended the “ Discussion on Generative Art and Architecture ” with Casey Reas and Mario Klingemann, and it really helped me connect what we’ve been learning in class to real-world creative work. The event took place in a big hall with a stage, and the atmosphere felt both welcoming and inspiring. Seeing the speakers in person and hearing them talk about their work made the ideas from our course come alive for me. During the talk, Reas and Klingemann explained how they use computer code and algorithms to create art and even influence architecture. This matched perfectly with our lessons about generative systems, where you set up rules or a process, and then let the computer or system create something new, often with surprising results. For example, they showed how randomness and patterns can work together, which helped me better understand the balance between control and unpr...