Rumor has it that scientists are working on methods to store images by
capturing photons directly into chemical sensors, without intervention
of electronics.
That would be soooooooo cool.
Bart
On 8/19/08, Andrew Fildes <afildes@xxxxxxxxxxxxx> wrote:
>
> Subatomic pieces of the electrons? Hmmmm. There's no charge for that,
> sir.
> Now it is possible to reduce electron velocity by using a card reader
> instead and under no circumstances should a USB cable be coiled while
> in use - that will cause serious acceleration. This all of course
> presupposes that we've got any idea where the electrons actually...are.
> Now I have noted that images I was absolutely certain were good on
> the LCD become much more uncertain on the computer screen and from
> time to time, I am completely uncertain as to where they are. I open
> the DCIM file and the 'superb image' waveform collapses completely.
> As the camera is merely a black box on the back of the lens, it seems
> clear that accelerated photons are wandering around in a diffuse sort
> of way in there and driving me to diffraction. I need clarification
> as to whether viewing the image on the LCD, chimping, qualifies as
> opening the box, or downloading the image file or do I have to remove
> the lens to be absolutely certain as to the fate of the photons?
> Andrew Fildes
> afildes@xxxxxxxxxxxxx
>
>
>
> On 19/08/2008, at 12:30 PM, Bob Docherty wrote:
>
> >
> > I'm sorry, folks, but with all this disinformation being bandied
> > about I have to weigh in. This issue was never a problem using the
> > USB 1 specification. USB 2 causes an acceleration phenomenon which
> > damages the electrons being stored. They travel at such a high
> > velocity into the chipset that collisions inevitably occur. These
> > collisions cause the formation of quarks which are formed when
> > subatomic pieces of the electrons are broken off duriing the
> > transfer. Image degradation is unavoidable when particles are
> > accelerated to this extent combined with the resultant dark matter
> > creation.
> > As we all know a=dv/dt, where a is acceleration, v=velocity t=time
> > expressed in seconds, and d is something else. Walmart physicists,
> > and part time photo clerks, were the first to document this effect
> > and the Fermi Lab has confirmed this hypothesis CERN is working
> > with Olympus optical scientists to overcome this degradation.
> > I'm glad I have had the opportunity to set you all straight.
> >
> > Bob
> >
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>
>
>
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