 |
|
|
|
|
|
 |
|||||
 |
 |
 |
 |
 |
|
 |
 |
 |
|||
 |
 |
 |
|||
 |
 |
 |
|||
 |
|||||
|
Publications Conference Presentations Centre Seminars
|
|
Seminars
at The University of New South Wales All
Silicon Quantum Computer Integrated
Si:P devices with control & readout: Fabrication technology
and progress Solid
state QC - Spins on Donors Electromagnetically
Induced Transparency In Three, Four, Five And More Level Atoms: Nanotechnology:
from quantum physics to quantum computing Pushing
Nanoscience to the Limit: a Solid State Quantum Processor From
Nano to Super: Scanning Tunneling Microscopy of Superconductors Quantum
states for quantum computers: towards imaging a (pseudo-) kane qubit Towards
superconducting quantum gates Spin
in Quantum Wires: A Mesoscopic Mystery with Important Implications Here?
There? Anywhere? - Locating electrons in solid-state Scanning
Tunneling Microscopy and Spectroscopy of Dopants in Semiconductors Nanoelectronics
for Quantum Computation Progress
in QC Theory Programs Quantum
Information: Technology for Tomorrow Quantum
Optics and Quantum Information Quantum
Entanglement from an Information-Theoretic Viewpoint Controlling
the quantum dot nucleation site: real time STM imaging Donor-electron
exchange in silicon Spin
Polarised Tunelling At Ferromagnet/Semiconductor Interfaces Electrical
Simulation Of Quantum Algorithms The
role of correlation energy in spin qubit coupling ISE-TCAD
modelling of Solid-state Quantum Computer Read-out Seminars
at The University of Queensland Spectral
information in entangled two-photon interference D. Quantum
error correction for detected errors. Electromagnetically
Induced Transparency In Three, Four, Five And More Level Atoms: Primarily
the quantum wire work A
Mescopic Mystery With Important Implications Seminars
at The University of Melbourne Electrical
Analysis of Ion Implanted Silicon and Silicon Dioxide Type-II
Quantum Computers. An interim step on the long journey, or is it? Electromagnetically
Induced Transparency In Three, Four, Five And More Level Atoms: Thermal
stability and SP2 clustering in tetrahedral amorphous carbon: a
Raman and atomic force microscopy study Nano-Crystaline
Diamond Films Focused
MeV ion beam for analysis and fabrication of micro and nano structures Bond
gap reduction and phonon broadening in GaAsN Phase
correlations of elemental maps using nuclear microscopy Investigating
Matter in Two-dimensions with Trapped He-ions Quantum
adiabatic algorithms Single
ion implantation for qubit fabrication Application
of density functional theory calculations to computational nanotechnology Scanning
Kelvin Microscopy of Ion Implanted Silicon Dioxide- 2003: an electrostatic
odyssey Report
on Progress towards a revolutionary quantum computer in silicon Matter
waves: the strange world of the quantum Einstein's
Theory of Relativity - Outrageous but true Ion
Beam Damage in Silicon Type-II
Quantum Computers and the Ising Model, the Continuing Saga Proton
Beam Lithography: nanofabrication with focused MeV ion beams Breaking
RSA with a Practical Quantum Computer X-Ray
Spectrometry of Laser-Produced Plasmas Scanning
Probe Microscopy of Silicon and Diamond Surfaces: Applications for
Quantum Computing Trapping
Levels in Diamond Hot
Detectors: High temperature IBIC studies of CVD diamond Coherent
and Incoherent Multi-State Systems From
diamond to quantum computers and back again Mechanical
and thermal properties of ion-implanted sapphire: Raman studies Single
Ion Implantation for construction of a Quantum computer Fabrication
of Nanoscale SQUIDS for sensitive spin readout Investigation
of hydrogen refinement in solid phase epitaxy of buried layers of
amorphous silicon Measurement
of Wavefunction Overlap of Phosphorous Donors in Silicon Einstein's
Theory of Relativity - Outrageous Rules for the Real World The
Simple Diode as a Powerful Tool for Studying Defects in Silicon
Chips Processing
and measuring quantum information encoded in photons Bottom-up
fabrication of a silicon QC Seminars
at Griffith University A review of the recent Newport
workshop on optical and solid-state implementations of quantum information
science In defense of the view that
quantum states are states of knowledge On Zurek's envariance Preparation and Measurement Probability in the relative
state interpretation of quantum mechanics Chapter 1 of Retrodictive
Quantum State Engineering (my thesis) Quantum Computing with Coherent
States Squashed Light How to Project Qubits Faster
Using Quantum Feedback Things I did during my PhD
with an emphasis on considering when quantum teleportation is really
quantum, part I. Things I did during my PhD
with an emphasis on considering when quantum teleportation is really
quantum, part II. The quantum-classical boundary
and the robustness of various master equation
unravellings Nanomechanical Devices:
towards Quantum Behaviour Detection
of qubit states by a nonideal quantum point contact What
is multipartite entanglement and how can we best detect it in experiments? Efficient
measurements, Purification, and Bounds on the Mutual Information Continuous
observation and the Heisenberg limit in precision measurement Triple-dot
methods for (pseudo-) spin to charge conversion Modal
interpretation of Quantum Mechanics Review
of "Quantum State Targeting" (Rudolph and Spekkens) Charactarizing
Momentum Transfer in Which-Way Experiments Entanglement,
correlations and the energy-gap in many-body quantum systems Why
Quantum Measurement Theory? Feedback
cooling of a nanomechanical resonator Realistic
measurements in solid state Measurement
of a Mesoscopic Charge Qubit Some
aspects of spintronics A
Model for the Measurement Process in "Quantronium" Quantum
Error Correction with Weak Measurement Superconducting
quantum bits and their environment Triple-dot
methods for (pseudo-) spin to charge conversion Optical
Quantum Information Prior
information: how to beat the standard joint measurement uncertainty
relation On
the accuracy of adaptive phase estimation
From quantum mechanics to
thermodynamics In defense of the view that
quantum states are states of knowledge Codes with the identifiable
parent property Security of quantum key
distribution with entangled qunits Quantum Information: Technology
for Tomorrow Quantum Optics and Quantum
Information Quantum Entanglement from
an Information-Theoretic Viewpoint Shor's
Algorithm is Optimal Seminars at UNSW@ADFA Magnetic Resonance Investigations
for P:Si Q-Bits Linear Optical Quantum Computation
and UNSW@ADFA
|
|
| |
|
• Home • Contact Us • Organisational Chart • Staff Listing • Research Programs • • Collaborations • Research Facilities • Publications • Research Highlights • • News • Employment Opportunities • Introduction to QC • Links • About This Site • Copyright
© 2001 - 2006 Centre for Quantum Computer Technology. |
 |
||