"Thomas Alva Edison’s incandescent light bulb, patented in 1879, has served us well for more than a century. But, in the modern eco-conscious environment, it is fantastically wasteful – turning 98% of the electricity into heat rather than light."
"Researchers based in Saudi Arabia and USA have integrated a waveguide photodetector (WPD) with a 405nm laser diode (LD) using free-standing semi-polar gallium nitride (GaN) technology."

"Cesium lead bromide perovskite nanocrystals are used to generate white light that can be used as both an efficient lighting source and for ultrafast data transfer."

"KAUST's Laser Horticulture is a single source light solution for indoor agriculture that saves water, energy and performs longer."
"Scientists from KAUST in Saudi Arabia succeeded in differentiating between two different types of cancer (cervical and breast cancers), and also between subtypes of the same cancer (basal and luminal cancer cells) by measuring their thermal-transport properties."
The visit was a part of KFUPM EE420 (Optical Fiber Communication) senior level course field trip.
During the 62nd IEEE International Electron Devices Meeting (IEDM) conference 2016 Prof. Ooi chairs a session and Chao Shen presents his work.
"Laser-beam-induced heat and a nano-wrap reveal heat diffusion patterns in living cells.​"
"The 2016 United Nations Climate Change Conference is held under the United Nations Framework Convention on Climate Change and is expected to be attended by delegates from 196 countries."​
"KAUST and KACST have come up with a novel way to fill the “green-yellow gap” typically seen in white-LED implementations based on multiple phosphors."
KAUST ranks #1 in Citations per Faculty and #19 for the largest growth in high-quality research contributions among the world's universities.
"A technique developed by scientists at KAUST has made more controlled fabrication of optoelectronic devices produced from a hybrid of organic and inorganic materials possible."
Ahmad Ali Al-Jabr has successfully defended his PhD thesis "Development of Strain-Induced Quantum Well Intermixing Technique on InGaP/InAlGaP Laser Structures and Demonstration of First Orange Laser Diode".
"In this bandwidth hungry era, there will be a continuous push by consumers for VLC systems with higher bitrates," Ooi said. "We believe that white light generated by semiconductor lasers will one day replace the LED white light bulb for energy-efficient lighting."
Prof. Boon Ooi, Chao Zhao, Chao Shen and Hassan Oubei at CLEO:2016 in San Jose, USA.​
​KAUST has developed a quantum well intermixing technique to blue-shift indium gallium phosphide (InGaP) quantum well bandgaps to give 628nm red, 602nm orange and 585nm yellow electroluminescence.
​Chao Shen is rewarded with Incubic/Milton Chang travel grant for CLEO:2016.​
​Yellow and orange sources (LED & LD) result from the controlled annealing of phosphide material systems with a dielectric cap.​​
​KAUST is starting to play a more domestic role by opening its excellent facilities to researchers from other Saudi Arabian research institutes.
Semiconductor light-emitting diodes fabricated on a metal substrate are less prone to overheating. Micrometer-scale light emitters that can be incorporated into electronic chips could enable faster computation and communication systems in compact devices.​​
​The Computer, Electrical and Mathematical Science and Engineering Division invited the KAUST community to join the celebration for the International Year of Light 2015.​​​​
Congratulation to Hassan Oubei on his recent paper being highlighted in Nature Photonics- 4.8 Gbit/s 16-QAM-OFDM transmission based on compact 450-nm laser for underwater wireless optical communication.
Davide Priante defends his MS thesis- The Recombination Mechanism and True Green Amplified Spontaneous Emission in CH3NH3PbBr3 Perovskite.
The first demonstration of an InGaP/InAlGaP- based orange laser emitting at 608 nm has been reported by the Photonics Laboratory. Using a cost effective approach, the work is aimed at filling a wavelength gap in the visible spectrum for commercial semiconductor lasers, enabling a wide range of uses including lighting and VLC.
Boon Ooi, KAUST Professor of Electrical Engineering, Nobel laureate Shuji Nakamura from the University of California, Santa Barbara (UCSB) and a team of researchers from King Abdulaziz City of Science and Technology (KACST) are working to provide energy-efficient lighting to the world.
​The objective of the joint KAUST-IEMN/UVHC workshop is to provide a forum for interaction between the leading scientists who are at the cutting edge of nanotechnology and photonics, and the faculty at KAUST and other institutions in the Kingdom of Saudi Arabia.
The workshop is supported in part by KAUST and IEMN/UVHC
Hsien-Yu Liao (Patrick) has defended his MS work on Fabrication and Characterization of Micro-Membrane GaN Light Emitting Diodes!​ The thesis committee is chaired by Prof. Boon Ooi (KAUST), including the members of Prof. Fan Ren (University of Flordia), Prof. Muhammad M. Hussain (KAUST), and Prof. Jr-Hau He (KAUST).
Researchers in USA and Saudi Arabia have been producing 610nm-wavelength red lasers with III-nitride nanowires grown on silicon. With a view to plastic fiber optical communication, potential applications include mobile projectors, head-up displays in automobiles, and photodynamic therapy. Production on silicon promises lower-cost production and mass manufacturing.​​​​​
​​Head of the Photonics lab Boon S. Ooi presents a talk at the 3rd Saudi International Electronics, Communications and Photonics Conference (SIECPC) 2015​, held at KACST, Riyadh during April 27-28, 2015.
It was our honor to have the special speaker Prof. Elhadj Dogheche from Institute of Electronic Microelectronic and Nanotechnology IEMN CNRS, University of Valenciennes France to give us a presentation on New Generation on Gallium Nitride based High Speed Photonic Devices in the 216th Journal Club Meeting.​​
​While the advent of light-emitting diodes (LED) has changed the picture, KAUST’s research is going beyond this stage to develop solid-state lighting solutions based on lasers.​
​Photonics lab member Mohammed Zahed Mustafa Khan receivs SABIC postdoctoral fellowship award.​​
The 3rd Saudi International Nanotechnology Conference 2014 (3SINC) and KACST-KAUST-UCSB Workshops on Solid State Lighting, 1-3 December, 2014 / 9-11.​
​Review paper on Self-assembled InAs/InP quantum dots and quantum dashes has been published on the review journal Progress in Quantum Electronics by Dr. Mohammed Zahed Mustafa Khan​​​.
​Photonics lab member Damian Pablo San Roman Alerigi​ has successfully defended his PhD dissertation.​
Ahmed Ben Slimane​ has successfully defended his PhD work on III-Nitride Micro and Nano Structures for Solid State Lightning, and heading for a French multinational integrated oil and gas company​, TOTAL.
Researchers from Photonics laboratory demonstrates a record bandwidth of 700 nm from novel III/V semiconductor based broadband light emitters
Photonics lab member Mohammed Zahed Mustafa Khan has successfully defended his PhD dissertation and graduates from KAUST class 2013.
Photonics lab member Mohammed Zahed Mustafa Khan won the Best Paper Award (Photonics Track) at the 2nd SIECPC.​​​

Kazi's paper titled “A novel optical transmitter for energy efficient computing architecture and communications” was awarded Best paper presentation award for the Society of Petroleum Engineer's Student Paper Contest in Bahrain.​

Yasser Khan won the Best Graduate Student Research Poster award at first KAUST Winter Enrichment Period Poster Competition

Ten students from King Abdullah University of Science and Technology (KAUST) have received awards for research presentations made at the institution's first annual Graduate Research Symposium (GRS).

Zahed wins the Best Paper Award at Photonics Global Conference (PGC 2010).

The Department of Electrical Engineering held its annual ‘end of year party’ on 19 May, 2011. The Recognition Award ceremony was the centerpiece of the celebrations, where over achieving members of the department were recognized and awarded gifts.

The second KAUST-KFUPM one day Photonics Workshop drew faculty, students, researchers, and visitors from the University of Michigan, University of St. Andrews, University of Central Florid, City University of London, and KFUPM.​​​​​​