Wednesday, December 10, 2014

Sunday, April 27, 2014

CANONIZATION...EVERYTHING IS DEEPLY SYMBOLIC. IT CAN MEAN ALMOST ANYTHING!!!




VATICAN

Thousands fill St. Peter's Square to celebrate canonization of Pope John XXIII, John Paul II

April 27, 2014: People gather in St. Peter's Square at the Vatican. Tens of thousands of people have filled St. Peter's Square for a historic day of four popes, with Popes Francis and Benedict XVI honoring John XXIII and John Paul II by declaring them saints in the first ever canonization of two pontiffs. (AP Photo/Andrew Medichini)
Hundreds of thousands of people filled St. Peter's Square Sunday for a historic day of four popes, with Francis and Benedict XVI honoring their predecessors John XXIII and John Paul II and declaring them saints in the first ever canonization of two pontiffs.
Polish pilgrims carrying the red and white flags of John Paul's beloved homeland were among the first to push into the square well before sunrise, as the human chains of neon-vested civil protection workers trying to maintain order finally gave up and let them in.
Italy's interior ministry predicted 1 million  would watch the Mass from the square, the streets surrounding it and nearby piazzas where giant TV screens were set up to accommodate the crowds eager to follow along.
"Four popes in one ceremony is a fantastic thing to see and to be at, because it is history being written in our sight," marveled one of the visiting Poles, David Halfar. "It is wonderful to be a part in this and to live all of this."
Most of those who arrived first at St. Peter's had camped out overnight nearby on air mattresses and sleeping pads. Others hadn't slept at all and took part in the all-night prayer vigils hosted at a dozen churches in downtown Rome.
By mid-morning, the scene in the square was quiet and subdued -- perhaps due to the chilly gray skies and cumulative lack of sleep -- unlike the rollicking party atmosphere of John Paul's May 2011 beatification when bands of young people sang and danced in the hours before the Mass.
The Vatican on Saturday ended weeks of speculation and confirmed that retired Pope Benedict, 87, would indeed participate in the canonization. The move sets a remarkable precedent for the 2,000-year-old Catholic Church, which has never seen a reigning and retired pope celebrating a public Mass together.
Benedict had promised to remain "hidden from the world" after resigning last year, but Francis has coaxed him out of retirement and urged him to take part in the public life of the church.
Sunday's canonization is also the first time two popes have been declared saints at the same time. Francis' decision to canonize two of the 20th century's greatest spiritual leaders amounts to a delicate balancing act, giving both the conservative and progressive wings of the church a new saint.
John, who reigned from 1958-1963, is a hero to liberal Catholics for having convened the Second Vatican Council. The meetings brought the church into the modern era by allowing Mass to be celebrated in local languages rather than Latin and by encouraging greater dialogue with people of other faiths, particularly Jews.
During his quarter-century papacy from 1978-2005, John Paul helped topple communism through his support of Poland's Solidarity movement. His globe-trotting papacy and launch of the wildly popular World Youth Days invigorated a new generation of Catholics, while his defense of core church teaching heartened conservatives after the turbulent 1960s.
"John Paul was our pope," said Therese Andjoua, a 49-year-old nurse who traveled from Libreville, Gabon with some 300 other pilgrims to attend. She sported a traditional African dress bearing the images of the two new saints.
"In 1982 he came to Gabon and when he arrived he kissed the ground and told us to `Get up, go forward and be not afraid,"' she recalled as she rested against a pallet of water bottles. "When we heard he was going to be canonized, we got up."
Kings, queens, presidents and prime ministers from more than 90 countries were expected to attend the canonizations. Some 20 Jewish leaders from the U.S., Israel, Italy, Francis' native Argentina and Poland were also taking part, in a clear sign of their appreciation for the great strides made in Catholic-Jewish relations under John, John Paul -- and their successors celebrating their sainthood.

Wednesday, April 16, 2014

APRIL 17TH

The Roman emperor was the ruler of the Roman State during the imperial period (starting in 27 BC). The Romans had no single term for the position although at any given time, a given title was associated with the emperor. If a man was "proclaimed emperor" this normally meant he was proclaimed augustus, or (for generals) imperator (from which English emperor derives). Several other titles, such as caesar, and offices such as princeps senatusconsul and Pontifex Maximus were regularly accumulated by emperors. The power of emperors was generally based on the accumulation of powers from republican offices 

"WE ARE ALIENS TOO!"


Monday, April 14, 2014

SENILE?

http://en.wikipedia.org/wiki/RMS_Titanic

After leaving Southampton on 10 April 1912, Titanic called at Cherbourg in France and Queenstown (now Cobh) in Ireland before heading westwards towards New York.[2] On 14 April 1912, four days into the crossing and about 375 miles (600 km) south of Newfoundland

DOLL!


Sunday, April 13, 2014

THAT'S MY FOB!!!!!!!!!


I KNOW WHAT DIRECTLY APPLIES TO THE EMPRESS MLOA...HMM!


Play Song
"Only That Real"
(feat. 2 Chainz & Sage the Gemini)

[Hook:]
I'm a throw this money (don't stop go crazy)
I'm a make it back
Said I'm a throw this money
And I'm a make it back
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about

[IamSu!:]
Found [?]
You can hang with us baby but you cannot stay
Bitches love a nigga you would think I'm Dre
I told her throw it back for a R A C K
Don't stop get it get it one time for real
I know you got big dreams on your mind for real
I heard you trying to sing do wanna sign a deal
Or you wanna fall back just take your time and chill
I be out in New Orleans like please believe me
If you really fucking with me say Yeah like Jeezy
Ooh yeah, you like that I like that too
She got kicked out the club I brought her right back through
I got the juice like that, I could get away with murder
And if you ain't knowing you should go ahead and learn it
Burn it, hot shit cut it out like a surgeon
I'm splurgin on fly shit until the day that they bury me

[Hook:]
I'm a throw this money (don't stop go crazy)
I'm a make it back
Said I'm a throw this money
And I'm a make it back
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about

[2 Chainz:]
My role model used to drive a Saab
Still got every chain I had from the store
Just a victim of identity theft
Them ho niggas, order Victoria Secret [?]
Figured your mom would have aged on
Money talk so I say song, play some
Why every time I do a feature, it feel like I ate some
Real shit, got the A locked with my rollie on the west coast
Call it bay watch, nigga they watch nigga
Put it in a safe box nigga
Put a fucking dread lock in her head
Throw this money, the trap my habitat
Woke up with money, cause I went to sleep with racks
Real shit

[Hook:]
I'm a throw this money (don't stop go crazy)
I'm a make it back
Said I'm a throw this money
And I'm a make it back
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about

[Sage The Gemini:]
This is why you know I'm the man
You say you hot but you ain't busting like a lava lamp
Breaking hoes hard to my B-Boy stance
Making this money Bye-Bye like the N-Sync dance
I be running in your mama like it's my last steps
And I'm a balling ass nigga bank with Max Preps
Ooh yeah, I'm from Seven oh Seven
Used to be on pintail front the 7-Eleven
You know she order it down for a mac
She make it jump like I'm holding on an iPhone app
Like holla, give her that brain [?]
Ride it like a skateboard going hard off this Rocket Power
Now this is only for family
Take your girl bring her back Friday like Stanley
The best french man but you will not [?] me
Racks on racks so you cannot ban me

[Hook:]
I'm a throw this money (don't stop go crazy)
I'm a make it back
Said I'm a throw this money
And I'm a make it back
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about
Only that real shit, that's what I'm talking about

[Outro:]
Don't stop go crazy
Don't stop go crazy
Don't stop go crazy
Don't stop go crazy
Yeah

Friday, April 11, 2014

http://en.wikipedia.org/wiki/RP_(complexity)

RP (complexity)

From Wikipedia, the free encyclopedia
Randomized polynomial time (RP) is the complexity class of computational complexity theory, problems for which a probabilistic Turing machine exists with these properties:
RP algorithm (1 run)
Answer produced
Correct
answer
YESNO
YES≥ 1/2≤ 1/2
NO01
RP algorithm (n runs)
Answer produced
Correct
answer
YESNO
YES≥ 1 − 2n≤ 2n
NO01
co-RP algorithm (1 run)
Answer produced
Correct
answer
YESNO
YES10
NO≤ 1/2≥ 1/2
  • It always runs in polynomial time in the input size
  • If the correct answer is NO, it always returns NO
  • If the correct answer is YES, then it returns YES with probability at least 1/2 (otherwise, it returns NO).
In other words, the algorithm is allowed to flip a truly random coin while it is running. The only case in which the algorithm can return YES is if the actual answer is YES; therefore if the algorithm terminates and produces YES, then the correct answer is definitely YES; however, the algorithm can terminate with NO regardless of the actual answer. That is, if the algorithm returns NO, it might be wrong.
Some authors call this class R, although this name is more commonly used for the class of recursive languages.
If the correct answer is YES and the algorithm is run n times with the result of each run statistically independent of the others, then it will return YES at least once with probability at least 1 − 2n. So if the algorithm is run 100 times, then the chance of it giving the wrong answer every time is lower than the chance that cosmic rays corrupted the memory of the computer running the algorithm.[citation needed] In this sense, if a source of random numbers is available, most algorithms in RP are highly practical.
The fraction 1/2 in the definition is arbitrary. The set RP will contain exactly the same problems, even if the 1/2 is replaced by any constant nonzero probability less than 1; here constant means independent of the input to the algorithm.

Related complexity classes[edit]

The definition of RP says that a YES answer is always right and that a NO answer might be wrong. The complexity class co-RP is similarly defined, except that NO is always right and YES might be wrong. In other words, it accepts all YES instances but can either accept or reject NO instances. The class BPP describes algorithms that can give incorrect answers on both YES and NO instances, and thus contains both RP and co-RP. The intersection of the sets RP and co-RP is called ZPP. Just as RP may be called R, some authors use the name co-R rather than co-RP.

Connection to P and NP[edit]

List of unsolved problems in computer science
Is P = RP ?
P is a subset of RP, which is a subset of NP. Similarly, P is a subset of co-RP which is a subset of co-NP. It is not known whether these inclusions are strict. However, if the commonly believed conjecture P = BPP is true, then RPco-RP, andP collapse (are all equal). Assuming in addition that P ≠ NP, this then implies that RP is strictly contained in NP. It is not known whether RP = co-RP, or whether RP is a subset of the intersection of NP and co-NP, though this would be implied by P = BPP.
A natural example of a problem in co-RP currently not known to be in P is Polynomial Identity Testing, the problem of deciding whether a given multivariate arithmetic expression over the integers is the zero-polynomial. For instance, x·x − y·y − (x + y)·(x − y) is the zero-polynomial while x·x + y·y is not.
An alternative characterization of RP that is sometimes easier to use is the set of problems recognizable by nondeterministic Turing machines where the machine accepts if and only if at least some constant fraction of the computation paths, independent of the input size, accept. NP on the other hand, needs only one accepting path, which could constitute an exponentially small fraction of the paths. This characterization makes the fact that RP is a subset of NP obvious.

See also[edit]

External links[edit]