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Bringing The Nanoworld Together 2020
Virtual Workshops

Quantum Technologies Workshops

The 9th annual event for nanotechnology in India, in December 2020, brought together Industry and Academic experts across the world to present their research work and update you about the latest developments in Quantum Technologies. The Virtual Workshops are now available to watch for free.


Quantum diamond microscope for mapping magnetic fields

Colour centres in diamond such as, nitrogen-vacancy centres (NV centres) could provide a platform for precision magnetometry allowing for nanoscale magnetic resonance imaging (MRI) of individual complex molecules. In this talk, Dr Saha gives an overview of her research towards development of an imaging tool for mapping neuronal signals from mammalian brain cells and the development of a single photon sources.

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Comprehensive solutions for quantum technology

Dr Sundaram gives an overview of state-of-the-art Oxford Instruments technologies for research on quantum science and for the development of next-generation qubits, sensors and data communication. Whether you need to cool your system to milli-Kelvin temperatures, observe the quantum entanglement in photons or fabricate and characterise qubits and novel quantum materials, our solutions enable you to achieve your goals.

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Low electron temperatures for quantum devices 

Quantum devices typically suffer from decoherence, which is mostly caused by electron-electron scattering, a mechanism that becomes weaker with lower temperatures. Novel quantum states typically have small energy scales and require ultra-low temperatures for their observation. Dr Ensslin discusses how we achieve such temperatures in a dilution fridge and for electrons in real samples, such as quantum dots.

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A roadmap towards quantum advantage

In this seminar, Dr Cuthbert introduces an overview of the National Quantum Computing Centre's strategy and technical roadmap, describing emerging applications and market deployment given of quantum computing in the UK.

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Relaxation of a transmon qubit from unconfined states

A transmon qubit coupled to a circuit cavity is an extensively studied system, which has also been used in a wide variety of hybrid devices. In his research, Dr Singh focuses on the integration of transmon qubit with optomechanical devices. 

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Advanced detector solutions for Quantum optics

Dr Colin, Head of Product Management in Andor, provides an overview of the different types of technologies that Andor offers to the field of Quantum optics and imaging. 

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Polariton devices based on van der waals materials

Dr Chakraborty discusses the electrical control of polariton emission, formed by strong coupling between excitons in monolayer TMDs and microcavity photons. He also talks about modulation of exciton-photon interaction strength in a strong coupling regime due to doping induced changes in the monolayer TMD.

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Meet the Presenters

Dr Kasturi Saha
Dr Kasturi Saha

IIT Bombay

Dr Ravi Sundaram
Dr Ravi Sundaram

Oxford Instruments Plasma Technology

Dr Klaus Ensslin
Dr Klaus Ensslin

ETH Zurich

Dr Michael Cuthbert
Dr Michael Cuthbert

National Quantum Computing Centre

Dr Vibhor Singh
Dr Vibhor Singh

IISc Bangalore

Dr Biswanath Chakraborty
Dr Biswanath Chakraborty

IIT Jammu