| November 2024 |
| Estonian national news "Research in Estonia" |
| Our recent research work was featured in the Estonian national news " Research in Estonia" under the headline: Innovative technique may help to see through skin tissues and Estonian fog. |
| This article was presented by our doctoral student Francis Gracy Arockiaraj for the contest 'Science in 3 Minutes' organised by the Estonian Academy of Sciences and the Estonian Young Academy of Sciences. Editor Jaan-Juhan Oidermaa. |
| October 18, 2024 |
| Novaator (Estonian Science News) |
| Our recent research work was featured in the Estonian research news portal "ERR Novaator" under the headline: The discovery of scientists from the University of Tartu promises a leap in imaging technology |
| This work focuses on modulating the axial and spectral resolutions simultaneously without affecting the lateral resolution after recording the images and videos using an ensemble of Airy beams. |
| October 23, 2023 |
| Interview for Novaator (Estonian Science News) |
| Shivasubramanian Gopinath was interviewed by a Novaator (Estonian Science News) reporter about our recent study on "Sculpting Axial Characteristics of Incoherent Imagers by Hybridization Methods" published in Optics and Lasers in Engineering. The interview was featured in the Estonian Science News magazine Novaator under the headline The new imaging method of Tartu opticians will delight both
doctors and pictorialists |
| October 16, 2023 |
Research work on "Sculpting Axial Characteristics of Incoherent Imagers by Hybridization Methods", published in Optics and Lasers in Engineering, has been highlighted in IEEE Spectrum For the Technology Insider News in the heading Impossible Photo Feat Now Possible Via Holography - Now you can focus on anything while giving up nothing, with simple, cheap optics. |
| September 26, 2023 |
|
Our recent work on "Sculpting Axial Characteristics of Incoherent Imagers by Hybridization Methods" published in Optics and Lasers in Engineering, has been highlighted in Science X Dialog of Phys.Org. titled "Holographic
hybridization technique allows changes of depth of field in recorded pictures
and videos:" |
