Doctor Pier-John Sazio | University of Southampton

Connect with Pier-John

Email: P.A.Sazio@soton.ac.uk

Tel: +44 23 8059 3144

Address: B46, West Highfield Campus, University Road, SO17 1BJ

(View in Google Maps)

ORCID

Research

Research groups

Member of:

Research projects

Active projects

Roll-2-Roll (R2R) Manufacture of multilayer solid-state batteries

Researchers:

Professor Chris Holmes

Professor Andrew Hector ,

Doctor Pier-John Sazio ,

Professor Nuria Garcia-Araez

Sponsor: EPSRC

Completed projects

Composite material hollow core fibres for active photonics

Researchers:

Doctor Pier-John Sazio

Professor Michalis Zervas

Sponsor: EPSRC

Advanced microstuctured photonic devices: Materials engineering using supercritical fluid technology.

Researchers:

Doctor Pier-John Sazio

Sponsor: EPSRC

Materials World Network: Creating Optoelectronic Material And Devices Inside Microstructured Optical Fibres

Researchers:

Doctor Pier-John Sazio

Professor Anna Peacock

Sponsor: EPSRC

NSF Materials World Network

Researchers:

Doctor Pier-John Sazio

Professor Anna Peacock ,

Doctor Peter Horak

Sponsor: EPSRC

Photonic Fibre Technologies

Researchers:

Doctor Pier-John Sazio

Doctor Jacob Mackenzie ,

Professor Lindsay-Marie Armstrong ,

Professor Robert Raja

Sponsor: EPSRC

Photonic Fibre Technologies for Solar Fuels Catalysis

Researchers:

Doctor Pier-John Sazio

Doctor Jacob Mackenzie ,

Professor Lindsay-Marie Armstrong ,

Professor Robert Raja

Sponsor: EPSRC

Zinc Selenide Fiber Infrared Sources & Isolators

Researchers:

Doctor Pier-John Sazio

Professor Anna Peacock

Sponsor: United States Air Force

Basic Research To Counter Improvised Explosive Devises

Researchers:

Doctor Pier-John Sazio

Microstructured optical fibre metadevices

Researchers:

Doctor Pier-John Sazio

Professor David Smith

Sponsor: EPSRC

Photonic electrocatalysts for solar energy harvesting

Researchers:

Doctor Pier-John Sazio

Sponsor: EPSRC

Tapered Semiconductor Fibres

Researchers:

Professor Anna Peacock

Doctor Pier-John Sazio

Sponsor: EPSRC

Topological Engineering

Researchers:

Professor David Smith

Emeritus Professor Greg Parker ,

Professor Gill Reid ,

Emeritus Professor William Levason ,

Professor Andrew Hector ,

Professor Philip Bartlett ,

Doctor Pier-John Sazio

Sponsor: EPSRC

Topological Engineering Translation Grant

Researchers:

Professor David Smith

Professor Philip Bartlett ,

Professor Gill Reid ,

Emeritus Professor William Levason ,

Professor Andrew Hector ,

Doctor Pier-John Sazio

Sponsor: EPSRC

External roles and responsibilities

Name: Functionalised optical fibres: exploring embedded semiconductors, metals and electrodes

Role: Invited speaker

Year: 2018

Name: Composite Material Optical Fibres – functionalisation with semiconductors and 2D materials

Role: Invited speaker

Year: 2018

Name: Composite material optical fibres - functionalisation with metals, electrodes, semiconductors and 2D materials

Role: Invited speaker

Year: 2018

Name: New prospects of thermal poling of optical fibres: towards an integrated platform for the realisation of all-fibre nonlinear photonic devices

Role: Invited speaker

Year: 2018

Name: Functionalisation of Optical Fibres via Deposition of 2D Materials and Semiconductors

Role: Speaker

Year: 2019

Name: Thermal Poling: An Old Idea for a New Perpective on All-fibre Quadratic Photonic Devices

Role: Speaker

Year: 2019

Name: How to amplify light in an unfilled hollow core optical fiber

Role: Co-author

Year: 2019

Name: Active optical fibres with embedded semiconductors and electrodes

Role: Speaker

Year: 2019

Name: FIBRES OPTIQUES A CŒUR CREUX POUR L’AMPLIFICATION OPTIQUE

Role: Co-author

Year: 2019

Name: Composite material glass photonics: from 2D materials to catalysts inside active optical fibres

Role: Invited speaker

Year: 2022

Name: Thermal Poling: An Old Idea for a New Perpective on All-fibre Quadratic Photonic Devices

Role: Co-author

Year: 2019

Name: Functionalised optical fiber devices for nonlinear photonics: from high harmonics generation to frequency comb

Role: Co-author

Year: 2022

Name: Fibre photonics functionalised with semiconductors, metals, 2D materials and catalysts

Role: Invited speaker

Year: 2023

Dr Pier-John Sazio

Connect with Pier-John

Research

Research groups

Research projects

Active projects

Completed projects

Publications

External roles and responsibilities