Earl Campbell (University College London) and Sabrina
Maniscalco (Turku) visit the group.
Joint work with the experimental quantum optics group
in Oxford and the theory group in Ulm is published as "Entanglement
quantification from incomplete measurements: Applications using
photon-number-resolving weak homodyne detectors" in New
Journal of Physics12,
033042 (2010).
All reversible dynamics in maximally non-local
theories are trivial", is published as Physical Review Letters104, 080402 (2010).
February 2010:
The special issue on "Quantum information and
many-body theory", edited by J. Eisert and M.B. Plenio, goes to press
at the New
Journal of Physics.
January
2010:
Martin Kliesch starts his PhD programme. Warm welcome!
"Area laws for the entanglement entropy" is (finally)
published as Reviews of Modern Physics82, 277 (2010).
Anna Gustavsson, Tobias Grass, and Dominik
Hörndlein visit the
group.
Alioscia Hamma from the Perimeter Institute in
Waterloo visits.
The work "Most quantum states are too entangled to be
useful as computational resources" in published as Physical Review Letters102, 190501 (2009), and is selected
as a Physics Viewpoint, in Physics2, 38 (2009).
Fabian Furrer from the ETH Zurich visits the group.
March 2009:
Steve Flammia from the Perimeter Institute is a
long-time visitor of the group.
February 2009:
Dong Yang, Niel de Beaudrap and Thomas Barthel join
the group, welcome!
Miguel Aguado from the Max Planck Institute for
Quantum Optics visits the group.
Pablo Paz from Buenos Aires is long-time visitor.
A second installment of the A2 meetingtakes
place in Braunschweig.
January 2009:
"Tomography of quantum detectors" appears as Nature
Physics5, 27
(2009), and gets coverage in a News and Views article in "Measured
measurement", Nature
Physics5, 11 (2009).
"Renormalizion algorithm with graph enhancement"
appears as Physical Review A79, 022317 (2009).
December 2008:
The informal A2
meeting to keep the academic link between the Potsdam-
Braunschweig/Hannover- Duesseldorf groups is revived and a first
meeting is held in Potsdam.
"Correlated entanglement distillation and the
structure of the
set of undistillable states", appears as Journal
of Mathematical Physics49,
042102 (2008).
May 2008:
Relocation of main part of group to Potsdam.
Carlos Pineda starts his postdoc in the group.
Start of COMPAS
Strep of the EU, to do work on continuous-variable quantum information
processing.
April 2008:
"Unifying
simulation methods of quantum many-body
systems", appears as Phys.
Rev. Lett.100,
130501 (2008).
"Exact relaxation for a class of quantum many-body
systems" has been selected as a Research Highlight on the web page
of the EU Integrated Project "QAP - Qubit Applications",
Our work "Dynamics and manipulation of entanglement
in coupled
harmonic systems with many degrees of freedom", New J. Phys.6, 36 (2004), has been selected as
one of the five articles of NJP on quantum physics in their news
coverage and brochure to celebrate
10 years of the New Journal of Physics.
The PAQ conference at the Royal Society concludes
with an event
in honour of Sir Peter Knights career to date. more>>
The PAQ conference was locally organized by a collective effort of
many
people at the Imperial College group, in an organization team led by
Jens Eisert. This
list notably includes David Gross, Konrad Kieling, Terry Rudolph, as
well as Alvaro Feito, Doug Plato, Nicholas Harrigan, Fernando Brandao
and Marcus Cramer. Many thanks for their extraordinary effort!
July 2007:
"Cluster state preparation using
gates operating at arbitrary success probabilities" appears in New J.
Phys.9, 200 (2007).
Fernando Brandao is awarded the Valerie Myerscough
prize. Congratulations.
"Non-negative Wigner functions in prime
dimensions" published in Appl. Phys.
B 86, 367 (2007).
February
2007:
"Hudson's Theorem for
finite-dimensional quantum systems" published in
J. Math. Phys.47,
122107 (2006).
"Minimal resources for linear optical
one-way computing"
published in J. Opt. Soc. Am. B24 (184), 2006.
December 2006:
"Computational Difficulty of Global Variations in the
Density Matrix Renormalization Group", published in the 31 December
issue of the Phys. Rev. Lett.97, 260501 (2006).
"Potential and
limits to cluster-state quantum computing u sing probabilistic gates"
has been published in Phys. Rev. A74, 042343 (2006).
D.
Gross has been awarded the Wilhelm and Else Heraeus Award for his
Diploma thesis, entitled "Finite Phase Space Methods in Quantum
Information", submitted in Potsdam under the supervision of J. Eisert.
Congratulations!
"Correlations, spectral gap, and e ntanglement in
harmonic quantum systems on generic lattices", has been published in New J. Phys.8, 71 (2006).
"Half the entanglement in critical systems is
distillable from a single specimen" has been published in Phys. Rev. A73, 060303 (2006).
Dr Chris Dawson and Dr Kenneth Pregnell join the
group.
"Optimal entanglement witnesses for
continuous-variable systems", has been published in New J. Phys.8, 51
(2006).
Martin
Plenio and Jens Eisert are award ed EPSRC research grant to pursue work
on optical quantum information processing in collaboration with Ian
Walmsley (Oxford) and Peter Smith (Southampton).
Philipp Hyllus starts a postdoctoral fellowship in
the group,
working with J. Eisert.
Press coverage: Our work on
entanglement-area-theorems has been
the
topic of a news headline on the web page of the QIP-IRC
(Interdisciplinary Research Collaboration (IRC) in the field of QIP
between leading research universities and industrial laboratories in
the UK).
Jens Eisert has been awarded a grant
from Microsoft
Research
J. Eisert contributes to the strategic
report on
"Quantum Information Processing and Communication: strategic report on
current status, visions and goals for research in Europe" of the
European Commission, coordinated by P. Zoller of the University of
Innsbruck.
Coverage of our work:
Paper on entanglement in nanoelectromechanical devices taken as
"Success story" in network QUPRODIS, on the web page of the European
Commission, Cordis, ISTWeb: http://www.cordis.lu/ist/fet/ qipc-eu.htm
December
2004:
"Complete hierarchies of
efficient approximations to problems in entanglement theory", a paper
on a global optimization approach to the separability problem, appears
in Phys. Rev. A 70, 062317 (2004).
Press coverage in Nature: "Nanobridges do the
quantum quickstep" by Philip Ball, article in Nature, Materials,
nanozone news, about our work on entanglement in nanoelectromechanical
devices.