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Guillermo Schwarz

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como hacer sashimi






DL-3500 13-NOV-1980 MINISTERIO DEL TRABAJO Y PREVISIÓN SOCIAL Seleccione el tipo de vinculacion ¿Que desea realizar? Aporte sobre título de Modifica Agrega Titulo actual Lorem ipsum ne quo eius dicit, debet tantas indoctum vel cu. DL-3500 13-NOV-1980 MINISTERIO DEL TRABAJO Y PREVISIÓN SOCIAL



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Thomas J. Sargent Optimal Taxation with Incomplete Markets with Anmol Bhandari, David Evans, and Mikhail Golosov November 2013 Thomas J. Sargent
How Microsoft Lost the API War How Microsoft Lost the API War How Microsoft Lost the API War by Joel Spolsky Sunday, June 13, 2004
Google: Computer Science for High School (CS4HS)
DNA testing service will test your girlfriend's underwear to find out if she's cheating DNA testing company the Paternity Lab Center has come up with an ingenious (re: horrifying) way to identify unfaithful partners: for a mere $200, the good folks at Infidelity DNA Testing will test a pair of your partner's panties for telltale traces of semen. Although most of the company's clients are men, women can also test their husbands or boyfriends' underwear for traces of vaginal fluids. According to the company's website, there are two forms of infidelity DNA testing: semen testing using a prostate specific antigen (PSA) test, and testing for female DNA. For the PSA test, the process works by testing whether semen is present in the sample, ensuring its viability for DNA extraction, and doing a final comparison to confirm the DNA belongs to the right person. DNA testing service will test your girlfriend's underwear to find out if she's cheating
Community Guide to PostgreSQL GUI Tools Community Guide to PostgreSQL GUI Tools Alternate Guides Much of this page is somewhat out of date at this point. A more current and detailed summary is available at Database Administration, Reporting, and Light application development
PgAdmin – ArPug - PostgreSQL Argentina - Grupo de Usuarios PgAdmin – ArPug - PostgreSQL Argentina - Grupo de Usuarios pgAdmin 3 es una herramienta de código abierto para la administración de bases de datos PostgreSQL y derivados (EnterpriseDB Postgres Plus Advanced Server y Greenplum Database). Incluye: Interfaz administrativa gráfica Herramienta de consulta SQL (con un EXPLAIN gráfico) Editor de código procedural Agente de planificación SQL/shell/batch Administración de Slony-I pgAdmin se disña para responder a las necesidades de la mayoría de los usuarios, desde escribir simples consultas SQL hasta desarrollar bases de datos complejas. La interfase gráfica soporta todas las caracterísiticas de PostgreSQL y hace simple la administración. Está disponible en más de una docena de lenguajes y para varios sistemas operativos, incluyendo Microsoft Windows , Linux, FreeBSD, Mac OSX y Solaris.
Chile deja disponible librerías para Facturación Electrónica
El calendario actual podemos decir que es un desastre por lo engorroso que resulta que algunos meses tengan más días que otros, que cada cuatro años haya un día extra o que si un año una fecha cae en cierto día, al año siguiente caerá en otro día distinto. Por ello, dos profesores de la Universidad John Hopkins (el astrofísico Richard Conn Henry y el economista aplicado Steve Hanke), propusieron un nuevo calendario en el cual todos los meses tendrán la misma duración y en que cada fecha caerá siempre el mismo día de la semana, año tras año. Así, en el Hanke-Henry Permanent Calendar cada año contaría con 364 días y cada mes tendría 30 días, salvo el tercero, que tendría 31. De esta manera se eliminarían los años bisiestos, o más bien cambiarían, porque este modelo tendría que agregar una semana completa a diciembre cada cinco o seis años. Además también proponen eliminar las zonas horarias para así hacer más eficientes los negocios internacionales. ¡Fantástico! Profesores proponen calendario en que las fechas calcen con un mismo día cada año Profesores proponen calendario en que las fechas calcen con un mismo día cada año
Increíble video: ¿Levitación cuántica? Un paso más cerca de la patineta de Marty Aún no me recupero de mi asombro tras ver este video que se está viralizando por internet y no pretendo ponerme denso para explicarlo porque sinceramente aún no logro entender cómo funciona con exactitud. El proyecto pertenece al Superconductivity Group School of Physics and Astronomy de la Universidad de Tel-Aviv y el video es una demostración de lo que ellos llaman “superconductores cuánticos bloqueados en un campo magnético”, hecha en la conferencia anual de la Asociación de Ciencia, en Maryland, Estados Unidos. El sujeto fija el objeto a la distancia y el ángulo que desea sobre la superficie y luego se desliza uniformemente sobre el campo. Increíble video: ¿Levitación cuántica? Un paso más cerca de la patineta de Marty
by Jill Pantozzi | 2:50 pm, January 2nd, 2012 Microsoft has been working on something very interesting in their Edison lab in Redmond, Washington. They’re likening it to a holodeck. Microsoft Is Working On A Holodeck. About Damn Time! Microsoft Is Working On A Holodeck. About Damn Time!
The chance of a lifetime A friend asked me the other day, "...given the sorry state of so much in the world, what's possible to look forward to?" The state isn't sorry. It's wide open. Interest rates are super low, violence is close to an all time low, industries are being remade and there's more leverage for the insurgent outsider than ever before in history. The status quo is taking a beating, there's no question about it. That's what makes it a revolution. The chance of a lifetime
Post-quantum cryptography Post-quantum cryptography refers to research on cryptographic primitives (usually public-key cryptosystems) that are not efficiently breakable using quantum computers more than classical computer architectures. This term came about because most currently popular public-key cryptosystems rely on the integer factorization problem or discrete logarithm problem, both of which would be easily solvable on large enough quantum computers using Shor's algorithm.[1][2] Even though current publicly known experimental quantum computing is nowhere near powerful enough to attack real cryptosystems,[citation needed] many cryptographers are researching new algorithms in case quantum computing becomes a threat in the future. This work has been popularized by the PQCrypto conference series since 2006.[3][4]
Shor's algorithm Shor's algorithm, named after mathematician Peter Shor, is a quantum algorithm (an algorithm that runs on a quantum computer) for integer factorization formulated in 1994. Informally it solves the following problem: Given an integer N, find its prime factors. On a quantum computer, to factor an integer N, Shor's algorithm runs in polynomial time (the time taken is polynomial in log N, which is the size of the input).[1] Specifically it takes time O((log N)3), demonstrating that the integer factorization problem can be efficiently solved on a quantum computer and is thus in the complexity class BQP. This is substantially faster than the most efficient known classical factoring algorithm, the general number field sieve, which works in sub-exponential time — about O(e1.9 (log N)1/3 (log log N)2/3).[2] The efficiency of Shor's algorithm is due to the efficiency of the quantum Fourier transform, and modular exponentiation by repeated squarings. Procedure[edit]
The Fabric of Reality The Fabric of Reality is a book by physicist David Deutsch written in 1997. It expands upon his views of quantum mechanics and its implications for understanding reality. This interpretation, which he calls the multiverse hypothesis, is one of a four-strand Theory of Everything (TOE). The four strands are:
Zuse's Thesis - Zuse hypothesis - Algorithmic Theory of Everything - Digital Physics, Rechnender Raum (Computing Space, Computing Cosmos) - Computable Universe - The Universe is a Computer - Theory of Everything Konrad Zuse (1910-1995; pronounce: "Conrud Tsoosay") not only built the first programmable computers (1935-1941) and devised the first higher-level programming language (1945), but also was the first to suggest (in 1967) that the entire universe is being computed on a computer, possibly a cellular automaton (CA). He referred to this as "Rechnender Raum" or Computing Space or Computing Cosmos. Many years later similar ideas were also published / popularized / extended by Edward Fredkin (1980s), Jürgen Schmidhuber (1990s - see overview), and more recently Stephen Wolfram (2002) (see comments and Edwin Clark's review page ). Zuse's first paper on digital physics and CA-based universes was: Zuse is careful: on page 337 he writes that at the moment we do not have full digital models of physics, but that does not prevent him from asking right there: which would be the consequences of a total discretization of all natural laws?
Digital physics
Calculating Space
Konrad Zuse
Bell's theorem
The Bell That Rings Inside Your Mind, Is Challenging The Doors Of Time, It’s A Kind Of Magic (A Kind Of Magic - Queen)
wro4j - Web Resource Optimizer for Java - wro4j
Desde hoy compañías desbloquearán gratis celulares por Internet
Canal de YaleCourses
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Cómo conectar Google Plus con Facebook
Yale Rolls Out 10 New Courses – All Free
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Bug 211124 – too easy to hit global GDI handle max on Windows Vista with Sun VM (org.eclipse.swt.SWTError: No more handles)
Process Explorer
Fighting with "No more handles"
75 Open Source Tools to Replace Apps You Use Every Day