Physics Journals learning from Open Science

It is good to see some of the biggest names in physics journals embrace ideas pioneered by the open sciences community.

I hope they push further! Any comments of future directions you would like them to take?

Theorem: Consider the set of all sets that have never been considered. Hey! They’re all gone! Oh, well, never mind…

Andy Maloney’s Open Science Biophysics Dissertation

Andy Maloney, a leader in open science, is embracing the open philosophy all the way. He has decided to write his dissertation as it evolves as an open science document. First chapter draft is here. Go there to witness the first fully open dissertation ever.

Yes, every version, every draft, every correction, everything will be posted there. Members of the wiki can also write him comments and suggestions. This is a fantastic idea, as this is the first time others can see how  a dissertations actually develops. This will help both experts in the field, and graduate students that want to see how is the dissertation-writing process.

[Jesus walks out of the lake with a small bottle of lemonade]
Jesus Christ: Lemonade?
Father Eustace: Will there be enough?
Jesus Christ: Oh, there’ll be plenty.
-Jesus Christ Vampire Hunter

International Journal of Quantum Information Call for Papers: Quantum Correlations: entanglement and beyond

Kavan Modi has asked me to share this call for papers for a special issue. It looks very exciting indeed.

CALL for PAPERS (Special Issue)
INTERNATIONAL JOURNAL of QUANTUM INFORMATION
Quantum Correlations: entanglement and beyond

GUEST EDITORS
Shunlong Luo (Chinese Academy of Sciences, CN)
Sabrina Maniscalco (Heriot-Watt University, Edinburgh, UK)
Kavan Modi (National University of Singapore, SG)
G. Massimo Palma (University of Palermo, IT)
Matteo G. A. Paris (University of Milano, IT)

Quantum correlations have been the subject of intensive studies in the last two decades, mainly due to the general belief that they are fundamental resources for quantum information processing and other
tasks in quantum technology. The first rigorous attempt to address the classification of quantum correlations was put forward by Werner, who formalized the elusive concept of quantum entanglement. More recently, other quantities, as such quantum discord, have been proposed to capture different aspects of the quantumness of correlations. In parallel, several applications where quantum, classical, hybrid correlations play a role have been suggested and implemented. Among them we mention quantum imaging, interferometry, state engineering, computing and entanglement-assisted quantum measurements.

This special issue is aimed to collect papers addressing both fundamental problems and applications, thus offering to readers comprehensive and up-to-date overview on the characterization and use
of quantum correlations.  We welcome papers that address fundamental aspects of quantum and classical correlations in discrete and continuous variable systems, propose implementations to make
quantitative measurements of quantum correlations, or describe experiments that exploit quantum correlations as a resource for quantum technology.

Possible topics include, but are in no way limited to: characterization and measurement of entanglement and quantum discord, discrimination of classical and quantum correlations in quantum systems, applications of quantum correlations to quantum technology, dynamics of quantum correlations in open systems, decoherence, metrology, error correction.

Manuscripts should be submitted to matteo.paris@fisica.unimi.it with subject “[QCSPE] and must meet the normal refereeing standards of IJQI.

LaTeX is the exceedingly preferred format, IJQI macros are available at
http://www.worldscinet.com/style_files/ijqi/187-readme_2e.shtml
Deadline for submission is May 15th 2011. Publication is expected within 2011.

Sincerely,

Kavan Modi, PhD
Centre for Quantum Technologies
National University of Singapore


“It is thermodynamics gone mad,” by Lord Kelvin, one of the founders of thermodynamics, commenting on Boltzmann’s derivation of Stefan’s law.

The Voice of God, Zeno and Bohmian Mechanics

A title doesn’t get more philosophical and mystical in a non-philosophical and non-mystical and technical paper than in this one:

Zeno Paradox for Bohmian Trajectories: The Unfolding of the Metatron by Maurice de Gosson, Basil Hiley

Some definitions not provided in the paper that might help unpack the references made in the title:

Metratron – angel in the religions of the Abrahamic tradition, many times depicted as the Voice of God.

Zeno Paradox – philosophical argument for “a watched pot never boils”, a physical phenomena in quantum mechanics.

Bohmian trajectories – a school on the interpretation of quantum mechanics, related to pilot waves theory.

However, I must stress this paper is not about philosophy or angels, it just a clever title.


God bless those pagans.
-Homer