Sunday, September 18, 2005
Saturday, August 27, 2005
Saturday, August 20, 2005
Mountains
Macro World
Summer day
Thursday, March 17, 2005
Tuesday, March 15, 2005
Saturday, March 12, 2005
Neighboors....sigh...
Sorry I did not post anything for some time. I had problems with my internet connection. One neighboor on my netw0rk wanted to broadcast his music through the internet but he had to turn off the firewall on our router to make it work. Without knowing much he started playing with router settings and messed it up. So I will post some pictures tomorrow.
Thursday, March 10, 2005
This is a 16 years old laptop (hey he's as old as me) My dad got me from one friend to whom I fixed small PC problem. ha ha can you believe it it is still working. Specs: 12MHz about 400 RAM/ROM 10 or 20MB Hard drive 10" monochrome LCD about 24 pounds.
Press HERE to see a small slideshow.
Sry not much today
I had so much work to do today that I did not post nothing too interesting (and recent) I guess I will just go search my archives and post some picture. It is 11:17pm and I have this really important english essay to write. I hope you all had I good day! Lets hope the spring is coming soon.
Wednesday, March 09, 2005
My Science Research Essay
Hey guys and girls! I don't know how many of you will make it to the end of this boring essay but this is my 3months work so I though I should post it. When I started reasearching this field, I had to read half of wikipedia with a dictionary, translating everyother word, well it took me awhile to get it and now I though I should simplify the whole concept into an essay.
Here it is:
Quantum Teleportation: Fantasy Today, Routine Tomorrow (By Nimajus Bagdonavicius)
Teleportation has been a fantasy until 1993, when an international group of six scientists demonstrated that theoretically teleportation is possible. Before 1993 it was through that teleportation was not possible since condition of an object could not be measured. However a way to avoid uncertainty principle was found—the possibility to apply condition or state from one object to another. This process of quantum teleportation involves transferring of quantum state from one particle to another. As a result identity of the original is destroyed while an exact copy of the original is produced in a different location. There has to be a connection between the two locations by which quantum state information is transferred.
This subtle kind of information, also called "Einstein-Podolsky-Rosen (EPR) correlation" or "entanglement", has been at least partly understood since the 1930s when it was discussed in a famous paper by Albert Einstein, Boris Podolsky, and Nathan Rosen discussed entanglement. In the 1960s John Bell showed that a pair of entangled particles, which were once in contact but later move too far apart to interact directly, can exhibit individually random behavior that is too strongly correlated to be explained by classical statistics. Experiments on photons and other particles have repeatedly confirmed these correlations, thereby providing strong evidence for the validity of quantum mechanics, which neatly explains them. Another well-known fact about EPR correlations is that they cannot by themselves deliver a meaningful and controllable message. It was thought that their only usefulness was in proving the validity of quantum mechanics. But now it is known that, through the phenomenon of quantum teleportation, they can deliver exactly that part of the information in an object which is too delicate to be scanned out and delivered by conventional methods.
Although teleportation changed its meaning only in 1993, the laws of physics and various processes that make quantum teleportation possible were analyzed and understood even in 1930s. Quantum teleportation relies on process called “entanglement” or “Einstein-Podolsky-Rosen (EPR) correlation.” In 1930s Albert Einstein, Boris Podolsky, and Nathan Rosen discussed entanglement. In 1960s John Bell demonstrated that a pair of entangled particles could interact directly even if they are far apart. One example of entanglement can be seen when an ultraviolet photons (490nm) pass through a nonlinear crystal and some of the photons decay. This results in two infrared photons with their sum of mass and energy equal to the original. After decay, two photons become entangled meaning that they are in direct relationship with each other. If for example, one of entangled photons of is spinning up, then other photon is spinning down. Photon spin axes have unchanging relationship with its direction in which the photon is moving thus making protons predictable. Using present day technology, scientists are able to alter entangled particles by changing the state of one entangled particle and by this action affecting the other particle instantaneously, even if there is a great distance between both particles. Albert Einstein described this effect of entanglement as “spooky action at a distance.”
Since 1993, many physicists from various universities performed experiments involving teleportation of light, single photons, and single ions. In 2004 research group from Austria at University of Innsbruck and physicists from United States at National Institute of Standards and Technology teleported atoms. Calcium and beryllium ions were teleported by transferring electronic quantum states from original ions to other ions of the same element. However, teleportation of complex substances cannot be performed in the near future. Another big step towards quantum communications systems was also made in 2004 at the Georgia Institute of Technology. A team two physicists, Alex Kuzmich and Dzmitry Matsukevich transferred information between matter and light. In the future, quantum teleportation could revolutionize communication systems by replacing present day technology with incredibly fast ways of transferring data. Successful physicist Alex Kuzmich predicted that practical applications of this technology are seven to ten years away. Long distance quantum communication became known as DLCZ protocol which is achieved by transferring a coherent quantum state from matter-bed qubit to a photonic qubit.
Although quantum teleportation appears to be a promising technology there is a controversy about the name “teleportation”, because quantum teleportation is not an instantaneous process due to use of classical information channel which is significantly slower than the speed of light. Some dictionary definitions of the word teleportation state that teleportation is an instantaneous effect therefore some individuals argue about the name of “quantum teleportation.” If to think about the meaning of the word teleportation we can see that it was strongly influenced by science fiction writers and movies. Although lately there were many articles in magazines about achievements in quantum mechanics, in order for major part of public to understand the meaning and potential of this still new branch of science, more simplified information should be distributed. Only when people will understand and accept new developing technologies, they will start contributing to its development.
Here it is:
Quantum Teleportation: Fantasy Today, Routine Tomorrow (By Nimajus Bagdonavicius)
Teleportation has been a fantasy until 1993, when an international group of six scientists demonstrated that theoretically teleportation is possible. Before 1993 it was through that teleportation was not possible since condition of an object could not be measured. However a way to avoid uncertainty principle was found—the possibility to apply condition or state from one object to another. This process of quantum teleportation involves transferring of quantum state from one particle to another. As a result identity of the original is destroyed while an exact copy of the original is produced in a different location. There has to be a connection between the two locations by which quantum state information is transferred.
This subtle kind of information, also called "Einstein-Podolsky-Rosen (EPR) correlation" or "entanglement", has been at least partly understood since the 1930s when it was discussed in a famous paper by Albert Einstein, Boris Podolsky, and Nathan Rosen discussed entanglement. In the 1960s John Bell showed that a pair of entangled particles, which were once in contact but later move too far apart to interact directly, can exhibit individually random behavior that is too strongly correlated to be explained by classical statistics. Experiments on photons and other particles have repeatedly confirmed these correlations, thereby providing strong evidence for the validity of quantum mechanics, which neatly explains them. Another well-known fact about EPR correlations is that they cannot by themselves deliver a meaningful and controllable message. It was thought that their only usefulness was in proving the validity of quantum mechanics. But now it is known that, through the phenomenon of quantum teleportation, they can deliver exactly that part of the information in an object which is too delicate to be scanned out and delivered by conventional methods.
Although teleportation changed its meaning only in 1993, the laws of physics and various processes that make quantum teleportation possible were analyzed and understood even in 1930s. Quantum teleportation relies on process called “entanglement” or “Einstein-Podolsky-Rosen (EPR) correlation.” In 1930s Albert Einstein, Boris Podolsky, and Nathan Rosen discussed entanglement. In 1960s John Bell demonstrated that a pair of entangled particles could interact directly even if they are far apart. One example of entanglement can be seen when an ultraviolet photons (490nm) pass through a nonlinear crystal and some of the photons decay. This results in two infrared photons with their sum of mass and energy equal to the original. After decay, two photons become entangled meaning that they are in direct relationship with each other. If for example, one of entangled photons of is spinning up, then other photon is spinning down. Photon spin axes have unchanging relationship with its direction in which the photon is moving thus making protons predictable. Using present day technology, scientists are able to alter entangled particles by changing the state of one entangled particle and by this action affecting the other particle instantaneously, even if there is a great distance between both particles. Albert Einstein described this effect of entanglement as “spooky action at a distance.”
Since 1993, many physicists from various universities performed experiments involving teleportation of light, single photons, and single ions. In 2004 research group from Austria at University of Innsbruck and physicists from United States at National Institute of Standards and Technology teleported atoms. Calcium and beryllium ions were teleported by transferring electronic quantum states from original ions to other ions of the same element. However, teleportation of complex substances cannot be performed in the near future. Another big step towards quantum communications systems was also made in 2004 at the Georgia Institute of Technology. A team two physicists, Alex Kuzmich and Dzmitry Matsukevich transferred information between matter and light. In the future, quantum teleportation could revolutionize communication systems by replacing present day technology with incredibly fast ways of transferring data. Successful physicist Alex Kuzmich predicted that practical applications of this technology are seven to ten years away. Long distance quantum communication became known as DLCZ protocol which is achieved by transferring a coherent quantum state from matter-bed qubit to a photonic qubit.
Although quantum teleportation appears to be a promising technology there is a controversy about the name “teleportation”, because quantum teleportation is not an instantaneous process due to use of classical information channel which is significantly slower than the speed of light. Some dictionary definitions of the word teleportation state that teleportation is an instantaneous effect therefore some individuals argue about the name of “quantum teleportation.” If to think about the meaning of the word teleportation we can see that it was strongly influenced by science fiction writers and movies. Although lately there were many articles in magazines about achievements in quantum mechanics, in order for major part of public to understand the meaning and potential of this still new branch of science, more simplified information should be distributed. Only when people will understand and accept new developing technologies, they will start contributing to its development.
I watched this movie today, "Matchstick Men." I was really surprised how it turned out to end. Although there were many attemts to produce similar effect on viewers in movies before, this movie specifically made viewers experience emotions really well. This was achieved by great Nicolas Cage's, Sam Rockwell's and Alison Lohman's performances. I highly reccomend you to watch this movie. If you haven't already...blink blink
Tuesday, March 08, 2005
Here is the closeup of the face so you could see the strokes. Corel Painter is one amazing program. Here is a link to see more artwork created by Corel Painter:
Monday, March 07, 2005
My server PC
Sunday, March 06, 2005
7:24 PM EST. I find myself creating a blog for reasons I do not see. Who would care what I write I think to myself. There are millions of other blogs, there are billions of other people. But I still write it, not knowing if someone is reading. If someone is there, well hello then! Welcome to nowhere. I wish you will not be depressed just because you wasted few minutes of your time. How do these blog things work.. hmm... help would be gladly accepted.
Subscribe to:
Posts (Atom)
Blog Archive
-
▼
2005
(35)
-
►
March
(28)
- Picture was originally taken in the summer of 2003...
- Found these few items near the water and though it...
- Crysler Building
- This photo was taken from Empire State Building, z...
- And this is the actual tower.
- This is a tower I designed and built together with...
- I feel like a fish under the ice...
- Try guessing how this picture was taken to get thi...
- Waking up at the right time, makes you see the rig...
- Neighboors....sigh...
- while wondering around central park we found this ...
- Here how it looked when you were walking around. ...
- This is me and my dad in central park, it was like...
- This is a 16 years old laptop (hey he's as old as ...
- Sry not much today
- This picture is not edited at all (except "hello" ...
- My Science Research Essay
- I watched this movie today, "Matchstick Men." I w...
- Here is a picture I took today in the morning. Not...
- Here is the closeup of the face so you could see t...
- Here is a drawing I drew today, I got a picture of...
- We had quite a snow storm today here in NY, that c...
- Here you can see most of components fastened insid...
- I have also bent the "fins" of the power supply so...
- And the corner shot of the case.
- My server PC
- This is the house where I live in.
- 7:24 PM EST. I find myself creating a blog for re...
-
►
March
(28)
Links
About Me
- NeoTheAwakeninging
- I'm born in Lithuania in 1988. I have half brother who is eight years older than me and has two kids already, Gabija - girl, and Vitas - a boy. I started learning english in second grade and I grew up in Kaunas, Lithuania. I have traveled around eastern Europe and I am very happy about it. I've been to Russia, Belarus, Latvia, Estonia, Poland, Slovakia and Hungary. I moved to Freeport, Long Island (NY) United States in the beginning of 2003. I left most of my relatives and great friends in Lithuania and found new home here in US with my father and stepmother. I've been living here in Long Island for two years now. However I want to travel more around US. Oh and I'm vegetarian =)