Welcome to the official website of Optica Bangladesh Student Chapter, University of Dhaka. We are located in the curzon hall of University of Dhaka. Founded in 2011 and later revived on 2021, this chapter strives for the proliferation of research in optics & photonics with the support of Optica throughout the campus of Dhaka University. We also collaborate with other Optica sections and photonics research groups to encourage the young researchers.
ABOUT US
Our History
Student Chapter of Optica (then OSA) was first founded in 2011 and later revived on 2021. It’s held in the department of EEE at University of Dhaka
Our Mission
Optica BD Student Chapter at DU aims to converge all the research enthusiasts of University of Dhaka in the field of Optics and Photonics.
Our Activities
We intend to reach all of our members and research enthusiasts through our webinars, seminars, events, workshops. Stay tuned with us.
ABOUT US
Our History
Student Chapter of Optica (then OSA) was first founded in 2011 and later revived on 2021. It’s held in the department of EEE at University of Dhaka
Our Mission
Optica BD Student Chapter at DU aims to converge all the research enthusiasts of University of Dhaka in the field of Optics and Photonics.
Our Activities
We intend to reach all of our members and research enthusiasts through our webinars, seminars, events, workshops. Stay tuned with us.
WHAT WE DO
UPCOMING EVENTS
ALL EVENTS
LATEST NEWS
Electromagnetic (EM) waves in the terahertz (THz) regime contribute to important applications in communications, security imaging, and bio- and chemical sensing.
Stuart Stock discusses how x-ray diffraction reveals details of mummified remains
The collaboration promises $500,000 to support research and education in quantum optics and photonics at historically Black colleges and universities
Teri W. Odom, a chemist, optical engineer, and nano engineer, discusses plasmonic nanoparticle lattices, nanoscale lasing, and balancing scientific research and application
New approach paves the way to chip based magneto-optical memory
Inspired by an ancient light trick, technology could enable a new type of 3D display