Lynx is not graphical at all. Its first release was in 1992, and remains the gold standard for text based rendering or website accessibility.
I don't even know why all those linksian browsers exist, other than as a hobby for their creators. Is there some way they can compete with Lynx that I am overlooking?
The LASER is misnamed; the expanded abbreviation is Light Amplification by Stimulated Emission of Radiation.
However the internal mechanism is not an amplifier, but an oscillation chamber. The proper name therefore is Light Oscillation by Stimulated Emission of Radiation, or LOSER.
for anyone that could and would answer:
How could the antimatter be stored or handled for use?
Given that these are positrons, would it be possible to contain them is a ceramic container, amongst Hydrogen-1, or both?
I found the upthread PET scan remark interesting, but that works by measuring the decaying atoms as they travel through the blood. I don't see a way of using the positrons from the laser in a PET scan. Something like a CAT scan (x-rays) I would understand
As an off-sub-thread follow-up, most hospitals using short half-life material are connected to a cyclotron lab via a pneumatic transport tube (the same kind they have at my local Costco)
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Maybe GM is correct in its valuation, but it's their engineers who are vastly underpaid on a regular basis.
Does this mean when Starcraft 2 comes out I will start seeing borkborkborks instead of just kekekes?
Lynx is not graphical at all. Its first release was in 1992, and remains the gold standard for text based rendering or website accessibility. I don't even know why all those linksian browsers exist, other than as a hobby for their creators. Is there some way they can compete with Lynx that I am overlooking?
The LASER is misnamed; the expanded abbreviation is Light Amplification by Stimulated Emission of Radiation.
However the internal mechanism is not an amplifier, but an oscillation chamber. The proper name therefore is Light Oscillation by Stimulated Emission of Radiation, or LOSER.
for anyone that could and would answer: How could the antimatter be stored or handled for use? Given that these are positrons, would it be possible to contain them is a ceramic container, amongst Hydrogen-1, or both? I found the upthread PET scan remark interesting, but that works by measuring the decaying atoms as they travel through the blood. I don't see a way of using the positrons from the laser in a PET scan. Something like a CAT scan (x-rays) I would understand As an off-sub-thread follow-up, most hospitals using short half-life material are connected to a cyclotron lab via a pneumatic transport tube (the same kind they have at my local Costco)