Optomechanics with levitated liquid Helium

Optomechanics is the science that describes the interaction of light with moving objects. It has developed rapidly over the past ten years and has many applications in developing novel high precision sensors such as LIGO. Dr Harris will describe research which uses magnetically levitated liquid Helium to perform optomechanical experiments.

Whispering Gallery Mode (WGM) microresonators for sensing applications - Dr V Kavungal from the LMI-QT Unit

Optical sensors can play a role in many technologies ranging from biosensing through to magnetic field sensing. This talk will give some overview on how one can use whispering gallery optical resonators for sensing.

Fast imaging of individual impurities in an atomic gas - Dr Jinjin Du

The imaging of individual atoms in a atomic cloud or gas is a challenging task. In this talk we will discuss how to experimentally achieve this using techniques from quantum optics and in particular using Electromagnetically Induced Transparency

Visit by Startup Company developing novel nanoscale scanning magnetometry microscopes

A Swiss startup company called QNAMI - will be visiting OIST to showcase their quantum sensing technology. They develop scanning magnetometers which can map out nanoscale sized magnetic fields.

量⼦コンピューター：その素晴らしさとは？

この講演会では、量子コンピュータの潜在的な不思議な力について、一般の方や高校生を対象に、楽しくてためになる話をします。当日は、量子コンピュータのデモも行います。

[Quantum Computation] Lecture 6: Quantum Optimisation (practical applications)

JSPS Visiting Fellow Professor Jingbo Wang from the University of Western Australia gives a series of lectures on Quantum Computation.

Lecture 6: Quantum Optimisation (practical applications)

[Quantum Computation] Lecture 5: Grover’s Search Algorithm (amplitude amplification) and Quantum Error Correction

JSPS Visiting Fellow Professor Jingbo Wang from the University of Western Australia gives a series of lectures on Quantum Computation.

Lecture 5: Grover's Search Algorithm (amplitude amplification) and Quantum Error Correction

[Quantum Computation] Lecture 4: Shor’s Factorization Algorithm (quantum arithmetic and logic; quantum Fourier transformation)

JSPS Visiting Fellow Professor Jingbo Wang from the University of Western Australia gives a series of lectures on Quantum Computation.

Lecture 4: Shor’s Factorization Algorithm (quantum arithmetic and logic; quantum Fourier transformation)             

[Quantum Computation] Lecture 3: Quantum Teleportation and Superdense Coding (demonstrating quantum advantages)

JSPS Visiting Fellow Professor Jingbo Wang from the University of Western Australia gives a series of lectures on Quantum Computation.

Lecture 3: Quantum Teleportation and Superdense Coding (demonstrating quantum advantages)

[Quantum Computation] Lecture 2: Physical Implementation of Quantum Gates and Circuits (evolving the quantum computer governed by Schrödinger’s equation)

JSPS Visiting Fellow Professor Jingbo Wang from the University of Western Australia gives a series of lectures on Quantum Computation.

Lecture 2: Physical Implementation of Quantum Gates and Circuits (evolving the quantum computer governed by Schrödinger’s equation)