Well, except for those stores that used to sell books, movies, and music now sell books, movies, music, video games, shirts, and other miscellaneous knickknacks.
Here is where you can find out the names of the executives of Penguin USA. I figure with the power of slashdot, we can discover how to contact them with our disapproval.
Don't forget people like Tom Hanks who has purchased all the rights to his early work (Bosom Buddies) and allows no one to show it, much less release on DVD.
The important part about this is not the radiation moniker, but the EMF label. There are many enzymes in your body (this includes, for most people, their brain) that contain transition metals in their active sites. Moreover, these transition metals have magnetic moments which can be affected by a magnetic field. Therefore, important catalytic activities can be hindered by magnetic activation (or deactivation) of this metal.
Also, most of the molecules in your body that are biochemically interesting are chiral. This means that they have a configuration that for all intents and purposes reacts anisotropically to EM things like polarized light and magnetic fields. A quick search through the ACS publications will show you results of chiral molecules reacting preferentially in magnetic fields.
Mind you, this post doesn't endorse the notion that EMF fields cause cancer, but merely suggests possible mechanisms to the condition. Because, on the other hand, we live in a huge magnetic field everyday...the one produced by the planet we live on. (of course the local strength is probably smaller than the one made by the phone next to your head-or nads if you use the ear/mic attachment and keep it in your pocket)
Just look at how many of your science TAs are americans, that will give you a hint. Simply said, graduate students are very low paid high quality teachers
You've got to be kidding me...high quality teachers? Do you know how many recitations I have skipped completely in my college career because
1) I can't understand what they are saying or
2) they read word for word out of the book or lecture notes.
These "high quality teachers" are not that, but just brought over as "high quality lab bitches" to carry out their prof's research on a cheap budget, just like every other grad student. Teaching is just there to convenience the school.
The laser is different from the OLEDs (including polymeric LEDs). What you are thinking of is simply contains an organic light emission layer, where there is not the cohesion of laser light. The article in Science makes this distinction as well as the fact that electrically pumped organic lasers have not been made before due to the high energy lost from light absorbtion of amorphous materials (ie polymers). This laser that was made used the boundries of the crystal to bounce the light back and forth to get the cohesive light associated with the term laser.
Re:Hate to be anal here, but...
on
Plastic Lasers
·
· Score: 1
Actually, silicone is not a completely silicon polymer. By that, I mean it has different atoms in the backbone. It's structure is like -(Si(R2)-O)n-
The more interesting silicon polymer is polysilane. This polymer has a pure silicon backbone that is actually a photoconductor. (meaning that when you shine a light on it, it conducts electricity. Unfortunately, the polymers tend to degrade rapidly upon exposure to light, so it's not very useful in the near future.
Slashdot Mirror
Actually, Moof is what the dogcow says. Clarus is his name.
The exception in the case of AT&T was that much of their infrastructure was publicly funded. Not so for Apple's DRM
The way many nanotubes are made is by burning graphite.
That will teach me to not preview before submitting.
He is serious. The way you many carbon nanotubes are made is by burning graphite.
Victimless crimes? Like punching someone in the dark?
Whoa! I just had deja vu
I read that the wrong way.
I don't know, but I would bang Q because he is omnipotent.
check DealRam.com. They usually have pretty good prices for ram. It looks like $165 is the cheapest they have 1GB ram though.
I'm pretty sure Phillips developed the CD
I've never actually seen that, but it seems like a very good idea. Unobtrusive, yet informative.
Well, except for those stores that used to sell books, movies, and music now sell books, movies, music, video games, shirts, and other miscellaneous knickknacks.
Not to mention that the method of voting in the US is named the "Australian Ballot"
I encrypt all of my posts to slashdot!
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Here is where you can find out the names of the executives of Penguin USA. I figure with the power of slashdot, we can discover how to contact them with our disapproval.
Don't forget people like Tom Hanks who has purchased all the rights to his early work (Bosom Buddies) and allows no one to show it, much less release on DVD.
Agreed. I'm American, and speak only a little Danish, so I've missed the train on two counts.
I actually found this one on somethingawful.com a couple days ago, and spent about a half an hour peeing my pants from the commentary.
The important part about this is not the radiation moniker, but the EMF label. There are many enzymes in your body (this includes, for most people, their brain) that contain transition metals in their active sites. Moreover, these transition metals have magnetic moments which can be affected by a magnetic field. Therefore, important catalytic activities can be hindered by magnetic activation (or deactivation) of this metal.
Also, most of the molecules in your body that are biochemically interesting are chiral. This means that they have a configuration that for all intents and purposes reacts anisotropically to EM things like polarized light and magnetic fields. A quick search through the ACS publications will show you results of chiral molecules reacting preferentially in magnetic fields.
Mind you, this post doesn't endorse the notion that EMF fields cause cancer, but merely suggests possible mechanisms to the condition. Because, on the other hand, we live in a huge magnetic field everyday...the one produced by the planet we live on. (of course the local strength is probably smaller than the one made by the phone next to your head-or nads if you use the ear/mic attachment and keep it in your pocket)
Just look at how many of your science TAs are americans, that will give you a hint. Simply said, graduate students are very low paid high quality teachers
You've got to be kidding me...high quality teachers? Do you know how many recitations I have skipped completely in my college career because
1) I can't understand what they are saying or
2) they read word for word out of the book or lecture notes.
These "high quality teachers" are not that, but just brought over as "high quality lab bitches" to carry out their prof's research on a cheap budget, just like every other grad student. Teaching is just there to convenience the school.
My God, what is that thing? I'm not exactly sure what it looks like, but it seems to be more of a wastebasket than a high-tech email terminal.
Hmmm...then again, perhaps I could create the world's first net ready trashcan. Yet another reason to postpone taking out the garbage.
One day you'll be sitting in front of a searing-hot nuclear fireball instead of that grey box
From the introduction to the article on the New Scientist homepage, I guess this means that the Pentium 4 will come in a colored case.
The laser is different from the OLEDs (including polymeric LEDs). What you are thinking of is simply contains an organic light emission layer, where there is not the cohesion of laser light. The article in Science makes this distinction as well as the fact that electrically pumped organic lasers have not been made before due to the high energy lost from light absorbtion of amorphous materials (ie polymers). This laser that was made used the boundries of the crystal to bounce the light back and forth to get the cohesive light associated with the term laser.
Actually, silicone is not a completely silicon polymer. By that, I mean it has different atoms in the backbone. It's structure is like
-(Si(R2)-O)n-
The more interesting silicon polymer is polysilane. This polymer has a pure silicon backbone that is actually a photoconductor. (meaning that when you shine a light on it, it conducts electricity. Unfortunately, the polymers tend to degrade rapidly upon exposure to light, so it's not very useful in the near future.