Event 2: Infinity Structures: Paradoxical Spaces by Robert Gero

            I went the exhibition Infinity Structures: Paradoxical Spaces by Robert Gero.  Gero holds his MFA in sculpture, and for this exhibit, he constructed a structure in a room in the California Nanosytems Institute at UCLA.  The exhibition included the Styrofoam-like structure with the lights dimmed and a video projection by Benjamin Lein playing. 

            Upon entering this exhibition, I knew this was noting like I had ever experienced before.  The artist described the work as an infinity structure, or one that “there is a stable exterior and an infinitely expanding interior.”  Here is where the paradox arises with the interior having an infinite interior.  Gero also said such a structure transforms a static space into a dynamic space. 

            I can see why Professor Vesna recommended this event to us.  I enjoyed the immersion of the intersection between mathematics and art.  The inside of the structure in particular felt infinite because you could see the white bars going in so many different ways in the three dimensional space.  I have always thought of infinity as such an abstract mathematical concept and a concept that I never thought about outside of my math courses.  Robert Gero opened my eyes to the beauty and intrigue of something that I once thought of as so dull.    

Event 1: Fowler Museum

I decided to attend the Making Strange exhibit in UCLA’s Fowler Museum.  The exhibit consisted of two bodies of work (Gagawaka and Postmortem) from the Indian artist Vivan Sundaram.  As a graduating senior, I’m glad I was able to finally make it to the museum for the first time to see such an interesting exhibit!   

          

  The pieces from Gagawaka included pieces of wearable garments that were made from various recycled materials.  The materials ranged from orthopedic braces to bras to tampons to packaging from medications.  These pieces juxtaposed high fashion with items seen as trash or otherwise not fashion.  From afar the outfits looked like something that could be seen in a high fashion magazine or a runway.  I enjoyed the use of the recycled materials in the industrialized world that we live in today. 

            The other body of work, Postmortem, used mannequins and various anatomical models in its displays.  The influence of the biological sciences was very apparent here!  The thing that drew me to this exhibit was the piece of an opened mannequin torso to reveal a vertebral column (pictured below); it certainly gave a unique perspective of the human body.  Throughout this course, Professor Vesna has told us about the connection between art and science, and I enjoyed being able to see this on my own in a museum. 

            The most enjoyable aspect of visiting this exhibit was being able to be the pieces up close.  I had seen photos of this exhibit before, but it was much more rewarding being able to see the use of different materials up close. 

Space + Art

The topic of this week was space and art.  People have always looked up at the stars and wondered, but it wasn’t until the European Renaissance that science about the cosmos flourished.  Now fast forward to 1957 and the start of the space race, beginning with the launch of Sputnik (Vesna).  This triggered a back and forth between the United States and Russia with each side trying to one up the other.  The Russians sent the first humans to space, but the Americans were the first to land a human on the moon in 1969 (Vesna).  

Chesley Bonestell is thought of as an American pioneer of space art, and he pushed to mankind into space (“Bonestell”).  Perhaps without him, man would have never traveled to space! He also opened the door for many space artists today.  Additionally, there is still so much to be explored in space that an artist’s imagination has no limits on the topic.  

Saturn as seen from Titan, by Chesley Bonestell 1944

Space travel and research has entered more into the private sector as of recent years, and this may have influenced the creation of KSEVT.  KSEVT is a cultural center for space programs (“Cultural Space Programme”).  Many aspects of art have infiltrated space technologies, and KSEVT even had a theater performance in zero gravity!

Theater performance in zero gravity

Additional artists have used the influence of zero gravity.  One such artist is Benjamin Bergmann in his sculpture and performance piece Black Moon.  The work consists of a black helium balloon in an elevator during the day until it is released into the night sky.  This is symbolic of the existential freedom in the nothingness (Forde).  This piece is interesting because it uses the idea of space being vast and made mostly of nothing.  

Black Moon

With this brief introduction to the topic, it is clear to see the possibilities for art and space are endless and I believe that space art will only continue to grow as we learn more about what lies beyond Earth.  

References:

"Benjamin Bergmann." Art on Site. Web. 29 May 2015.  

"Bonestell." Bonestell - Home. Web. 29 May 2015.  

"Chesley Bonestell." Nova Space Art. Web. 29 May 2015.  

"Cultural Space Programme." KSEVT. Web. 29 May 2015.  

Forde, Kathleen. "Dancing on the Ceiling: Art & Zero Gravity." Dancing on the Ceiling: Art & Zero Gravity Curated by Kathleen Forde : EMPAC Curtis R. Priem Experimental Media and Performing Arts Center : Troy, NY USA. Web. 29 May 2015.  

Nanotechnology + Art

The topic of this week was focused on nanotechnology.  Like last week with neuroscience, we also know very little about this topic!  However, perhaps the fact that we know so little about nanotechnology leaves more room for artists and scientists to be creative.

Nanotechnology is all about the things that are very small.  In fact, the word “nano” comes from the Greek word for dwarf (Gimzewski).  These nanoparticles are so small new phenomena dominate over the traditional physics that we know such as gravity.  For reference, a meter is 10⁹ nanometers.  Nanotechnology opens up a lot of doors for new technologies, including but not limited to:  “bacteria that make gasoline; tiny devices that can repair individual cells, or even D.N.A.; gossamer threads, strong enough to hold up a bridge; or an elevator to the stars” ("Making Stuff Smaller”).  Currently, nanotechnology has helped to make blood clots visible in order to combat cardiovascular disease, America’s number one killer (“New Nanoparticles Make Blood Clots Visible”).  There is so much potential in the things we cannot see!  But there are also downfalls to nanoparticles.  Some pollution nanoparticles have been shown to damage the respiratory tract  ("Findings on Pollution Damage”). 

Geckos use nanotechnology in their feet to climb.  

Nanoparticles are nothing new, but rather they are something we had never thought of before.  For instance, the nanostructure of gecko feet allows them to climb (Gimzewski).  Also, a piece of ancient Roman pottery looks vastly different in different lighting due to nanoparticles ("The Lycurgus Cup”).  

The Lycurgus Cup in daylight (left) and illuminated from the inside (right).  

Nanotechnology and art also exists today.  Professor Vesna has a piece entitled “Nanomandala.”  The work uses a scanning electron microscope to eventually reveal an image of a mandala.       

Nanomandala.  

Only time will tell what the future holds in store for nanotechnology.  

References:

Curtin, Jon. "Art in the Age of Nanotechnology." Art.base. Web. 21 May 2015.  

"Findings on Pollution Damage." 1 Feb. 2011. Web. 21 May 2015.  

"Making Stuff Smaller." PBS. PBS. Web. 21 May 2015.  

"New Nanoparticles Make Blood Clots Visible." Tracking Nanotechnology. 7 Feb. 2011. Web. 21 May 2015.  

"Programmable Bio-Nano-Chip as Medical Diagnostic Tool." NanoWiki. Web. 21 May 2015.  

"The Lycurgus Cup." British Museum -. Web. 21 May 2015.  

Neuroscience + Art

The topic we learned about this week was neuroscience and art.  Neuroscience is still a field where we have so much to learn.  However, we have advanced pretty far relative to the days of Aristotle when he thought all of the thinking was done in the heart (Vesna).  After it was discovered that thinking occurs in the brain, Franz Joseph Gall came up with the idea of phrenology, which describes that mental functions are dependent on skull shape (“The History of Phrenology”).  This proved to be incorrect, but Gall was correct that different areas of the brain have different functions.  Today there are still many research topics in neuroscience, including one study that says mediation can help to build grey matter (Wheeler).

Areas of the skull in phrenology.

The brain and all of its neurons is a beautiful piece of art.  Two men, Golgi and Ramon y Cajal, were pioneers in figuring out the shapes of neurons in the brain (Vesna).  Interestingly, Ramon y Cajal also had aspirations to be an artist and his neuroanatomy drawings are still used in textbooks today.  Neurons have inspired artwork today with individual neurons marked with fluorescent proteins.  The resulting images are beautiful pieces of art with each neuron distinguished from one another with bright colors. 

Brainbow. 

Consciousness and dreams are another major aspect of neuroscience that we know very little about.  In fact, it is estimated that 95 percent of dreams are forgotten (Vesna).  Sigmund Freud and Carl Jung thought a lot about the topic of consciousness.  Jung thought of the modern man as being “newly formed” and “fully conscious of the present.”  Additionally in this time, many artists and scientists alike were experimenting with drugs such as LSD and cocaine.  These drugs aided in a counterculture that was able to experience a consciousness very unlike the present (Markel).  Science may not be able to fully comprehend this yet, but until then, we will have art to depict it. 

 

Depiction of what it is like on LSD. 

References:

"Brainbow." Harvard Center for Brain Science. Web. 17 May 2015.

Jung, C. G. The Spiritual Problem of Modern Man. Print.

Markel, Howard. "Sigmund Freud's Cocaine Problem." CNN. Web. 16 May 2015.

"The History of Phrenology." The History of Phrenology. Web. 16 May 2015.

Wheeler, Mark. "How to Build a Bigger Brain." How to Build a Bigger Brain. 12 Mar. 2009. Web. 16 May 2015.