Blog 7 July 15

July 15, 2009

anechoic-chamber1

When I walked inside, I found myself in a pitch black room. The walls were not normal but covered with thin, rectangular plates. There was even no floor available; it was basically a huge fence put on flat on the ground. But the weirdest part was the fact that it was soundproof.

This place is called an anechoic chamber which generally is conducted in studies in free-field conditions; meaning all sound energy will be traveling away from the source with almost none reflected back. These rooms are built with unique walls and ceilings that basically absorb sound. The material covering the walls of the chamber uses wedge-shaped panels to dissipate as much audio energy as possible before reflecting it away. Sometimes, the entire floor will actually be a shock absorber, just like the one I experienced, negating any vibrations from the rest of the building or outside. This phenomenon works by the fact that the wedge shape reflects energy into the apex of the wedge’s material rather than the air.modular-shielded-room

glowing-tape The staff gave me and my group tapes. After our eyes finally adjusted to the light, people slowly pulled tape. Consequently, a faint luminescent light appeared. As the tape was pulled faster and longer, the glow became larger and thicker. In this kind of space, no human can hear anybody scream. In this kind of space, nothing but silence can truly allow audiences to realize that in reality, no person can escape noise entirely. Everybody would perceive the surroundings as void of sound.

http://www.oobject.com/category/anechoic-chamber-architecture/

http://www.britannica.com/EBchecked/topic/24247/anechoic-chamber

http://www.audiojunkies.com/blog/503/the-worlds-largest-anechoic-chamber

http://en.wikipedia.org/wiki/Anechoic_chamber

http://www.wisegeek.com/what-is-an-anechoic-chamber.htm

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daily blog 7/7

Electron microscopes use beams electrons to illuminate a specimen at an extremely high magnified image. The electron microscope maginifies things so greatly that scientists can now identify subatomic structures and study them in greater depths can before with a light microscope. This is greatly beneficial to society because now scientists can identify cell structures, sub-atomic particles and much more. Now that we have this technology we can apply them to real life situations. Some of these situations are health conditions, and self cleaning windows for businesses. Another subject that was cool was that really small particles behave differently than bigger ones. The bucky ball projection was really cool because we actually got the see how they would react and respond to environmental forces. The reactions were slightly different than regular reactions. For example the buckyballs changed shape instead of just shifting to another position.

I think that artists can also incorperate their work with these new discoveries. Artists maybe can make sculptures of atoms or use their relative size to try and portray. Also artists starting using nanoart which uses nano landscapes and nano sculptures. Nano landscapes are molecular and atomic landscapes which are natural structures of matter at the atomic scale. Nano sculptures are structures created by scientists and artists by manipulating matter at the atomic scale. This is a new form of art that has been created. This shows the connection of art and science and how they collarate with eachother to come up with new ideas.

http://nobelprize.org/educational_games/physics/microscopes/tem/index.html

 http://www.mos.org/sln/SEM/

http://www.nanotech-now.com/nanotube-buckyball-sites.htm 

http://en.wikipedia.org/wiki/Fullerene

http://en.wikipedia.org/wiki/Electron_microscope#Transmission_Electron_Microscope_.28TEM.29

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daily blog 2

Today we learned to a great extent about the vault. The vault is a particle found in a eukaryotic cell. These vaults have a big open space in the middle that scientists can hope to use one day in the future. Some uses of this might be embedding it with medicines that would attack cancer cells. I think that if this use could be used in modern day society, it would be extremely beneficial.  As of right now, people with cancer go through kimo therapy which is extremely toxic and also kills the good cells along with the harmful ones. But if this medicine in the vault were to be discovered it could possibly just treat the cancer cells which would eliminate the killing of good cells.

With this discovery maybe a new form of art will be formed. Artists could maybe fill the vaults with a substance that would glow, and when an image would be taken of the vaults there would be a colorful image. Maybe an art style similar to this will be used when it can be perfected.

Another thing that we did today was spray gatorade on nanotex suits. These suits were water resistant and the liquids just bounced off the suit. I think that these suits can be very usefull to society because they allow the user to stay cleaner than before. In addition to this, if any chemicals were to spill on a users coat the chemicals would simply just bounce off.

http://www.vaults.arc.ucla.edu/

http://nanotex.com/ 

www.smalltimes.com/articles/article_display.cfm

mrsec.wisc.edu/Edetc/IPSE/educators/nanoTex.html

www.nanotechbriefs.com/auth/apps/apps_4_0606.html 

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Daily blog 3

Today i learned a lot about the preservation of museums art. This was an extremely interesting topic because it combined science and art into its lesson. One way that the preservation of art combined elements of art and science was the use of microscopes to determine the structures of paints. These paint structures can be used to determine whether any additional artist painted over the painting.

In addition to all of this, the advancement in microscopes helps create non invasive ways to analyze a painting. About 10 years ago, scientists used to have to take samples from paintings and analyze them. This would not only cause damage to the painting but sometimes you would need additional samples because your sample did not yield enough information. Now with the new smaller microscopes, scientists are able to analyze the painings wihtout taking samples and get almost the same amount of data that they used to get. If this non invasive data could not derrive the scientists to the answer, then they can precisely take a sample and do it with the large microscopes. The scientific advancements of the new smaller microscopes is greatly helping the art industry.

Another topic that i learned about today was the new sol gels. With these new gels, scientists can now create glass at room temperature. There are many advantages to this. For example, scientists can make fuel cells that can give clean energy to society. These can also be used to glow with florescent lights, which opens the door to artists to be creative.

http://www.solgel.com/ 

http://www.chemat.com/html/solgel.html

http://www.viewnews.com/2006/VIEW-Jul-18-Tue-2006/SummerlinSouth/8216423.html

http://www.viewnews.com/2006/VIEW-Jul-18-Tue-2006/SummerlinSouth/8216423.html

http://www.christusrex.org/www2/art/images/rembrandt13.jpg

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dailyl blog 4

Today was very interesting because i got to see everyones different projects.  My project was a lotion that is applied to your skin. There are nano bio illuminesence in the lotion that soaks into your skin and your muscles and when there is muscle. Different color lights are emmitted based on the intensity of the workout. Intense impact or workouts will result in a puple light, while a low intensity workout or impact will result in a red light. This is a very good application when you are working out. This is because you can clearly see which muscles are being worked out and how intense the workout is. This product can also be used by artists. The way that artists would use it is that they would apply lotion to different parts of the body and then apply a force onto the lotion and it would light up creating a beautiful image.

Another project that i really liked was the super lung. This was a really good idea because it would cure the smoking problem with smoking addicts. The super lung would be so beneficial because it would save many lives. In addition to this, the super lung would allow humans to breahe under water. This would be also beneficial because people would have lots of fun breathing under water. Also this would eliminate every death that is caused by drowning. If this were to actually be created then parents wouldnt have to worry bout their kids drowning and everyone would be much safer in pools and oceans.

 

http://www.techchee.com/wp-content/uploads/2008/05/glow-in-dark-xcm-magic-night-face-plate-070508.jpg 

http://www.illumin-essence.com/flower_essences/frequently_asked_questions.php

http://news.healthguru.com/content/article/read/101197/Vaccine_Brings_New_Hope_to_Those_with_Lung_Cancer?ZangoNHGCancerVaccine&keyword=smoking

www.poseidon-tech.com/us/statistics.html

www.poseidon-tech.com/us/statistics.html

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daily blog 5

Today was a very interesting day which started off wiht Rita and Gau’s lecture about shape in nature. After this I headed off to the Fowler museum of art where i saw the art of the tribal people in papunya. This was a new sort of art form to me. Normally, the art i see is oil paintings, clay sculptures, or drawings, but this was completely different. This art work incorperated little different pieces of sticks to make a very large piece of art. This looked very in touch with nature because of the natural look to it.

After this my group went to Dr. Feckelman’s plasma physics lab. This was the highlight of the day for me. It was amazing how high temperatures and how fast plasma is recorded. It was said that the meaurements were taken at about one fourty-thousandth of a second, which is at an incredible speed. The most interesting topic of this tour was the talk about nuclear fusion. I learned that the temperature needs to be at around two hundred million degrees celcius in order for nuclear fusion to be an effective method of harvesting energy. This is extremely difficult, but i hope that scientists will soon be able to unlock the secret of maintaining this high temperature because it will solve the energy crisis of the entire world.

Lastly, i was taken to the special collections library where i saw Copernicus’s old textbook. This was extremely cool because i learned that students actually have the access to these books to use. This is surprising because some of these books are millions of dollars.

http://www.physicalsciences.ucla.edu/images/research/gekelman-full.jpg

http://www.fowler.ucla.edu/incEngine/

www.physics.ucla.edu/plasmalab

www.compadre.org/precollege/items/detail.cfm?ID=5000

www.plasmas.org/plasmaphysics.htm

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Daily blog 6

Today we started with an opening lecture by John and Carline about thinking “outside the box”. This was very cool because i saw good example of futuristic things. This will help me with my project because in my project I will need to “imagine the impossible” and have futuristic ideas. Some examples that i saw were really cool and futuristic looking concept cars.

Another thing that was really thing was the nokia concept phone. This was awesome because it would give the user many different options such as putting it on your wrist for portability.

 After this i did a lab on ferro fluids. This was really fun because it was the first hands on lab that i got to do so far. After doing the entire lab, my substance did not even spike up. This was a big disapointment because i spent like forty five minutes doing it and it didn’t work. But this was not the case for most of the other groups. Overall i enjoyed this because i learned how many of the toys that little kids use work.

After this I did the lab on photolithography. This lab was cool because i was able to design and make something. This was a change from the ferro fluids which was science intense with all the measurements to the artsie side of creating a design and putting it onto a tile. This was a cool lab because i learend that this was the same proccess of making computer chips which was cool.

 

http://en.wikipedia.org/wiki/Photolithography

 http://en.wikipedia.org/wiki/Ferrofluid

http://www.unwiredview.com/wp-content/uploads/2008/02/nokia-morph-concept-nano-materials.jpg

http://www.conceptcarz.com/

www.ece.gatech.edu/research/labs/vc/theory/photolith.html

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7/15/09

Today’s lecture gave me new ideas about both medicine and art.  The presentation sparked my interest about aspirin: I was interested to learn that aspirin poses an effect on one’s entire body, and thus, it may sometimes lead to complications.  I was also very amazed at Pinar’s artwork, which is very unique, but shows so much of her talent.  When Pinar showed us images of other painters, I was very intrigued by the images that several artists conveyed about thier self-pain.  It is incredible to me that artists are able to put so much emotion and internal feelings into a piece of art.

One of the most fascinating parts of today–and the entire program–was the soundproof room that we went into today.   Whenever I previously thought of a soundproof room, I couldn’t imagine a place where I could hear my own ears.  However, being in the room, I felt an eerie, yet calming sensation.  The walls, I learned, were formed from cardboard faced different ways to prevent all sound from echoing.  When the lights went off in the room, it felt as though the room was endless, for I saw absolutely nothing in the distance.  And then the experiment with the tape really blew my mind!  It’s so unreal to see a glowing image arise simply from peeling off tape, but I sure enjoyed this experience.  According to Tyler Adams, today’s guest lecturer, several universities have rooms similar to this one, as well as several companies specializing in testing and producing acoustics.

Aspirin: http://i318.photobucket.com/albums/mm425/hoops4kobe/aspirin.jpg , A painting by Frida Kahlo: http://i318.photobucket.com/albums/mm425/hoops4kobe/kahlo.jpg ,  glowing tape, which is similar to what we saw in the dark soundproof room: http://i318.photobucket.com/albums/mm425/hoops4kobe/tapeglow.jpg .

As I was searching about UCLA soundproofing, I found that the Beverly Hills Hilton hired UCLA to ensure soundproofing between rooms.  http://www.travellady.com/Issues/December06/3774AStarisReborn.htm

Pinar’s website with her works! http://www.pinaryoldas.info/

The website for Tyler Adams, our guest lecturer today.  It includes all of his major projects.  http://www.t-adams.com/

Information about Aspirin. http://www.marvistavet.com/html/body_aspirin.html

Aspirin in..cats? http://www.peteducation.com/article.cfm?c=0+1276&aid=1086

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Real Magic

Magic is a word that is sometimes used to explain things that would otherwise be thought of to be 129613915_c8a3020bf3impossible. Many times, it is also used to explain something that is unknown. “How did the cookie get on the floor.” “I don’t know…magic?” The more and more things progress, however, the less and less “impossible” things are magic.

harry-potter-image-quidditch-026 Looking past the disappointment that was the new Harry Potter movie, one could find “magical” things that actually do not seem too far off from reality. One particular event that I found could be a possibility in real life is the game of Quidditch. This game is basically soccer played with flying balls and broomsticks. In my opinion, flying is going to be the next big thing for humans. Other ways of transportation- cars, trains, and boats- are all very developed ways to get places, but nothing beats the speed of flying. I also do nothing think it would be overly difficult. A lot of work would have to be done with propellers and using a smaller vessel than a plane, but I do not think the concept of a broomstick has to be thought of as completely fiction.
On an entirely different note, today we went into an anechoic soundproof, lightproof rooms and it 6f55ef5c6cbc5be6was one of the coolest things I have ever done. Immediately upon walking into the room, I felt completely different. Sitting in complete silence (except for the motion in your ears) and in complete darkness was extremely therapeutic and it really relaxed me. Possibly the same technology that went into building that room could be used to create such a room in a house that can be used for meditation.

en.wikipedia.org/wiki/Magic_(paranormal)

antenna.ece.vt.edu/Anechoic/overview.html

en.wikipedia.org/wiki/Anechoic_chamber

harrypotter.warnerbros.com/harrypotterandthehalf-bloodprince

en.wikipedia.org/wiki/Quidditch (Harry Potter)

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Day #3 Materials

For all of human history, the eras have been defined by the most important materials used as tools and building materials. The human race has progressed from the Stone Age to the Bronze, Iron, and Steel Ages. We are currently in what is widely regarded as the Information Age. With the invention of the Internet, cell phones, television, phone, and radio, information can be sent and be used by anyone in the world to anyone else almost instantaneously. Even today’s materials are not as static as their historical counterparts. There are materials today that are able to change their properties based on their surrounding environment and when materials are made on the nanoscale they cease to follow normal rules of physics and instead follow quantum physics. Their properties are unpredictable because nanoparticles are in somewhat of an exotic state.

Today we were introduced to many new materials that could potentially revolutionize our world. Dr. Yang Yang showed us new plastic polymers that can be used as solar cells. These  plastic polymers are only 50% as efficient as current silicon solar cells, but their price, hundreds or thousands time cheaper. One of the main setbacks of current solar technology is its price and these extremely cheap solar cells can bring solar technology to practically anyone.

ucla-sci-art-060

Also there are new materials called sol-gels (sol for solution and gel for material).  These sol-gels can make amazing thing based on the conditions in which they are made. Even glass can be made at this way, and even at room temperature, a thousand degrees cooler than conventional methods.

ucla-sci-art-080

Under different conditions, aerogel can be made. due to the amount of air in it, more than 96% air,  it has incredible heat-resistant properties. It is even being used in the Space Shuttles for insulation.

aerogel

http://www.lbl.gov/Science-Articles/Archive/aerogel-insulation.html

http://photo2.si.edu/infoage/infoage.html

http://debatecoaches.org/wp-content/ev/08-09/high-energy-prices-plastic.doc (page 33)

http://www.chemat.com/html/solgel.html

http://www.physics.ucla.edu/~ianb/history/

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