But it's combined by the user at runtime, not by canocal. The GPL allows an end users to do this.
This is a way that people kid themselves about the GPL. If the user were really porting ZFS on their own, combining the work and never distributing it, that would work. But the user isn't combining it. The Ubuntu developer is creating instructions which explicitly load the driver into the kernel. These instructions are either a link script that references the kernel, or a pre-linked dynamic module. Creating those instructions and distributing them to the user is tantamount to performing the act on the user's system, under your control rather than the user's.
To show this with an analogy, suppose you placed a bomb in the user's system which would go off when they loaded the ZFS module. But Judge, you might say, I am innocent because the victim is actually the person who set off the bomb. All I did was distribute a harmless unexploded bomb.
So, it's clear that you can perform actions that have effects later in time and at a different place that are your action rather than the user's. That is what building a dynamic module or linking scripts does.
There is also the problem that the pieces, Linux and ZFS, are probably distributed together. There is specific language in the GPL to catch that.
A lot of people don't realize what they get charged with when they violate the GPL (or any license). They don't get charged with violating the license terms. They are charged with copyright infringement, and their defense is that they have a license. So, the defense has to prove that they were in conformance with every license term.
This is another situation where I would have a pretty easy time making the programmer look bad when they are deposed.
perl6 is a complete overhall of the language. It isn't merely perl5++. They are similar, but they aren't compatible, which is why the perl5 interpreter will be maintained in parallel [so stated]. The perl6 interpreter [written in perl6, BTW], will be able to run perl5 code (e.g. it hooks on
Speaking of which:
- Inline Perl5 : hooks into the (still maintained) perl5 interpreter to run Perl5 code down to the latest bugs/weirdness.
- v5: (ab)uses the ultra flexible grammar and meta programming of Perl6 ('s interpreter - like Raduko) so that it can interpret Perl5 ('s language syntax).
One of the goal (longer term, so don't expect it fully working with this preview release. Maybe neither with the final at christmas) is to allow other language being accessible to Perl6.
To quote one of the links:
But Larry was especially proud of Perl's ability to drop down into other languages. ("This is why we say all languages are really just dialects of Perl 6...") Python and Lua are even included in the Inline library. And Larry pointed out a new library that adds Ruby-esque rules, so exclamation points and question marks can be used at the end of identifiers. ("If that's what it takes to make Ruby programmers happy...")
- Inline-Perl5/ - Wraps a Perl5 interpreter as a module in Perl6 with data passing. Means perl5 and perl6 mixed *TODAY*. Works with compatibility down to all perl5's bugs/weirdness. Might still suffer limitation when passing some weird constructs around, and some speed limitation.
- v5 - abuse Perl6's ultra flexible grammar and meta programming to teach perl6 (...'s interpreters - like Raduko) to understand perl5 (...'s syntax). Should allow perfect passing of weird constructs, without any speed limitation. But is a new implementation of perl5 interpreter so might break some legacy code which unknowingly relied on bugs of the actual perl5 interpreter.
These 2 modules exist already and are used in the wild.
The antidepressants is what made them suicidal and violent. The reason they took the antidepressants to begin with was mental illness.
The secret sauce seems to be ultra-dense deuterium, "D(0)" whatever that means. Looking through the author's other papers, it looks like he's claiming to have made metallic hydrogen, which would be a Nobel Prize right there.
If he can demonstrate this, then fine
... he's a super genius.
Perhaps he's making flakes of Rydberg matter, floating in a near-vacuum.
(If I understand it correctly) this is matter where the individual atoms have been NEARLY ionized, by pumping an electron up to ALMOST, but not quite, the energy needed to free it from the atom, leaving an ion. (You can do this with a laser tuned to the energy difference between the ground state, or the state the electron WAS originally in, and the state you want it in.) If you get the electron into one of the high, flat, circular orbitals, it looks almost like a classic Bohr atom (earth/moon style orbit), and the state lasts for several hours.
Atoms in such a state associate into dense hexagonal clusters. (19-atom clusters are easy and heavily studied, and clusters of up to 91 atoms are reported.) The electrons bond the atoms by delocalizing, forming a metallic, hexagonal grid, similar to a tiny flake of graphite sheet. You can't make them very big. (There's some issue with the speed of light screwing up the bonding stability when the flakes get too big.) But you can make a lot of them, creating a "dusty plasma".
So hitting gas with the right laser pulse could end up with lots of flakes of this stuff, with deuterons held in tight (dense!) and well-defined flat hexagonal arrays by a chicken-wire of delocalized electrons, with zero (or tiny) net charge, floating around in a near vacuum and suitable for all sorts of manipulation. (Like slamming them into each other, for instance.)
Now how this interacts with substituting muons for electrons (something analogous to an impurity in a semiconductor crystal?), missing or extra electrons (ditto?), occasional oddball nuclei (again ditto?), or perhaps how it might generate muons when tickled by appropriate laser pulses, all look like good open questions for active research.
The point is that it's pretty easy to get these long-lived, self-organized, high-density, stable regular geometry, crystal flakes of graphite-like deuterium floating in a near vacuum, where you can poke at them, without any pesky condensed matter to get in the way.
Easy as in maybe you can do it on a desktop with diode lasers, producing "maker" level nuclear physics experiments. B-)
ummmm... you might actually try reading what he wrote. Mighty big of you to say that he agrees with what you are saying.
Thank you for so astutely reading that thread; I thought maybe I was losing my mind
What is right wing about filing a lawsuit to unmask a doe, suing that person, then settling for a much smaller amount. It seems this is used by many different trolls, and likely doesn't have any political ideology behind it. It is sleazy though. Filing a lawsuit with the intention of settling just to get a payout is wrong. It is short circuiting the justice system for personal profit.
Yeah that's neither right nor left, it's the universal language of greedy bloodsuckers.
What is right wing about that process? The Democrats support the movie industry, not the Republicans.
The fact that Democrats support something doesn't negate the possibility of something being right wing. The Democrats are not ideologically pure, or ideologically homogenous, and very few of them can be considered "left".
To me, pretending that copyright is only about property rights, and ignoring the fact that copyright was also supposed to be about free speech and about making material available for free to the public after a limited time, is definitely "right wing".
This has nothing to do with the DMCA, this is a straight out copyright infringement lawsuit being filed. The real problem is that the methods the copyright holders (or the copyright enforcement goons acting on their behalf) are using to identify torrent users aren't good enough and its good to see at least one judge willing to call these enforcers out on it.
Exactly. Would have been nice for judges to start doing this 11 years ago, but glad they've come around.
"Free markets select for winning solutions." -- Eric S. Raymond