• 'Megapixel fluorescence microscopy through scattering layers made
• simple', PhysOrg(2024) [Link]
• 'Transforming optical imaging: new non-invasive technology for imaging through scattering media', ERC (2024) [Link]
• 'Image-guided computational holographic wavefront shaping: Fast, versatile solutions for complex imaging challenges',PhysOrg (2024) [Link]
• Our paper with the group of Stefan Rotter 'Massively degenerate coherent perfect absorber for arbitrary wavefronts' was selected for inclusion in Physics World top 10 Breakthroughs of the Year for 2022, Physics World (2022) [Link]
• 'Time-reversed laser absorbs nearly all light', Physics Today (2022) [Link]
• 'New Cavity Design Soaks Up More Rays', APS Physics (2022) [Link]
• 'Anti-laser can make any object suck in light', NewScientist (2022) [Link]
• 'The Laser changed the world. Israeli resarchers hope that the anti-laser will also change the world...', Haaretz (in Hebrew, 2022) [Link]
• 'Absorbing light using time-reversed lasers', Science, 337, 6609 (2022) [Link]
• Our paper with Yaron Bromberg and Yaron Silberberg 'Ghost imaging with a single detetcor' from 2009 was selected for inclusion in Physical Review A 50th Anniversary Milestone collection (2020) [Link]
• Ori Participated in the 'Whatever Next?' Podcast episode 'A camera with superpowers...' (2020) [Link]
• 'The Method That Makes Every Wall Transperent' , Ynet (in Hebrew 2019) [Link]
• 'The Technology That Will Turn Your Smartphone Into an X-ray Machine’ , Haaretz Business (2019) [Link]
• 'Superresolution photoacoustics', Physics today (2018) [Link]
• 'Israeli researcher sees through surfaces using a smartphone', noCamels (2017) [Link]
• 'Peeking to the shower and into the brain' , The Marker (in Hebrew) [Link]
• ‘Optics: Super vision’, Z. Merali, News feature in Nature (2015) [Link].
• ‘Deciphering Speckle’, Interview in Nature Photonics, 8, 808 (2014) [Link].
• ‘How we can use light to see inside the human body’, GIZMODO (2015) [Link].
• ‘Peeking through the curtain’, Nature Photonics, 8, 751 (2014) [Link].
• ‘Light trick to see around corners’, BBC News (2012) [Link]
• ‘Voir à travers la peau avec un appareil photo’ (seeing through the skin with a camera), Le Monde (2014). [Link]
• ‘Voir à travers la peau’, Pour la Science (French Scientific American), 2014.  [Link]
• ‘Focusing through scattering media’, Nature Photonics, 5, 332 (2011). [Link]
• ‘A sharper view of biological tissues’, Optics & Photonics News (2014). [Link]
• ‘Camera 'Can See Through Walls' By Turning Plain Surfaces Into Mirrors’, Huffington Post UK [Link]
• ‘Light trick could allow docs to see through skin’ The Times of India [Link]
• ‘Technique gets clear images from light reflected off blank paper’ arsTechnica (2012) [Link]
•  ‘Researchers use off-the-shelf parts to build camera that can see around corners’, The Verge. [Link]
• ‘Nokia Lumia 1020 captures image of objects obstructed from view’, windowscentral.com (2014). [Link]
• ‘Adpative optics without the guide star’, optics.org (2014). [Link]
• ‘Technique ‘Pre-Corrects’ Microscope Illumination’, photonics.com (2014). [Link]
•  ‘Algorithm reveals objects hidden behind other things in camera phone images’, Slashdot (2014) [Link].
• ‘How an ordinary camera phone can photograph objects hidden behind other things’ Physics ArXiv Blog (2014) [Link].
• ‘Perfecting the Schnitzel-Laser’ Improbable research (2014) [Link]
• ‘Walls are mirrors with new imaging technique’ PhysOrg (2012) [Link]
• ‘Scientists use natural light to see around corners’ The Jerusalem Post [Link]
• ‘The camera that can see through frosted glass and skin, and around corners’ ExtremeTech [Link]
•  ‘Outclassing Superheroes’ Optics and Photonics Focus  ‘Outclassing Superheroes’ Optics and Photonics Focus
•  ‘Israeli scientists see through walls, barriers’, COSMOS Science Magazine. [Link]
• ‘Researchers Develop Camera That Uses Natural Light to See Around Corners’ PetaPixel (2012) [Link]
•  ‘Imaging technique uses natural light to see through objects’ Physics Today [Link]
• ‘Looking through walls and around corners with incoherent light’, Nuit Blanche blog (2012) [Link]
• ‘Give me the right phase and amplitude and I will lift the moon‘ arsTechnica (2011) [Link]
• ‘Short term focusing’, ‘Hayadan’ online science magazine (in Hebrew, 2011). [Link]
• ‘Fast Focus’, Weizmann Institute Magazine, September 2011 issue. [Link]
•  ‘Focusing ultrashort optical pulses through scattering media’, 2physics.com, (2011), [Link]
• ‘Ghost Imaging Reconstruction using CS Techniques’ Nuit Blanche (2009). [Link]
• ‘Boo! The optics behind “ghost” imaging’, Skulls in the stars blog (2009). [Link]
• ‘2D image created from a single pixel sensor’, Physics arXiv blog (2008). [Link]
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