MetaOptics (@tmos_arc) 's Twitter Profile
MetaOptics

@tmos_arc

ARC Centre of Excellence for Transformative Meta-Optical Systems - Creating next generation miniaturized optical technologies. #metaoptics #TMOS

ID: 1181146506063036417

linkhttp://www.tmos.org.au calendar_today07-10-2019 09:58:58

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Great write up from Optica in Optics and Photonics News this week. It covers the latest work on tractor beams by Chief Investigator Ken Crozier optica-opn.org/Home/NewsRoom/…

MetaOptics (@tmos_arc) 's Twitter Profile Photo

Congratulations to TMOS Chief Investigator Chennupati Jagadish who was awarded with an Honorary Doctorate at Nottingham Trent University. And thank you to Partner Investigator Hannah Joyce and Associate Investigator Mohsen Rahmani for being there to celebrate with him. Your relationships

Congratulations to TMOS Chief Investigator <a href="/NanoJagadish/">Chennupati Jagadish</a> who was awarded with an Honorary Doctorate at Nottingham Trent University. And thank you to Partner Investigator Hannah Joyce and Associate Investigator <a href="/Mohsen_AOP/">Mohsen Rahmani</a> for being there to celebrate with him. Your relationships
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TMOS & collaborators have developed a new 2D quantum sensing chip using hexagonal boron nitride (hBN) that can simultaneously detect temperature anomalies & magnetic field in any direction in a new, groundbreaking thin-film format. PAPER: buff.ly/3YBIKGc Igor Aharonovich

TMOS &amp; collaborators have developed a new 2D quantum sensing chip using hexagonal boron nitride (hBN) that can simultaneously detect temperature anomalies &amp; magnetic field in any direction in a new, groundbreaking thin-film format. 
PAPER: buff.ly/3YBIKGc 
<a href="/igordownunder/">Igor Aharonovich</a>
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TMOS Associate Investigator Jean-Philippe Tetienne (RMIT University) and Chief Investigator Igor Aharonovich (University of Technology Sydney) and their teams are pioneering a new quantum sensing platform using hBN. Jean-Philippe Tetienne PAPER: buff.ly/3SHgs9y

TMOS Associate Investigator Jean-Philippe Tetienne (RMIT University) and Chief Investigator Igor Aharonovich (University of Technology Sydney) and their teams are pioneering a new quantum sensing platform using hBN.

<a href="/JPTetienne/">Jean-Philippe Tetienne</a> 
PAPER: buff.ly/3SHgs9y
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PAPER: buff.ly/3SP9csc PhD student & Women in STEM Ambassador Priya Singh shares research on a 2D quantum sensing chip with hBN, detecting temperature & magnetic field anomalies in any direction using a groundbreaking thin-film format.

PAPER: buff.ly/3SP9csc 

PhD student &amp; Women in STEM Ambassador <a href="/Si23Priya/">Priya Singh</a> shares research on a 2D quantum sensing chip with hBN, detecting temperature &amp; magnetic field anomalies in any direction using a groundbreaking thin-film format.
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PAPER: buff.ly/46PmnPC ExciteableBoy Sam Scholten, Research Fellow at RMIT, comments on research that helped develop a new 2D quantum sensing chip. Read the paper above for more information!

PAPER: buff.ly/46PmnPC 
<a href="/DoctorScholtz/">ExciteableBoy</a> 

Sam Scholten, Research Fellow at RMIT, comments on research that helped develop a new 2D quantum sensing chip. Read the paper above for more information!
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TMOS PhD student Luyao Wang recently visited The University of Oxford to work on measuring the designed performance of a fabricated sample as part of a collaborative scientific project. Check out more about this fantastic collaboration: buff.ly/46Q5xjI

TMOS PhD student Luyao Wang recently visited The University of Oxford to work on measuring the designed performance of a fabricated sample as part of a collaborative scientific project.

Check out more about this fantastic collaboration: buff.ly/46Q5xjI
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TMOS is proud to present an exciting colloquium being presented by Prof. Jeronimo Maze from Pontificia Universidad Católica de Chile, to discuss the effects of the inner structure of single emitters for quantum technologies. An event not to be missed!! When: Sep 19, 2024

TMOS is proud to present an exciting colloquium  being presented by Prof. Jeronimo Maze  from Pontificia Universidad Católica de Chile,  to discuss the effects of the inner structure of single emitters for quantum technologies.  An event not to be missed!! 
When: Sep 19, 2024