For centuries, UAE tribal communities treated cataracts with medicine extracted from a common desert plant, but the science behind why it works is just getting started
- Campus Life
Naumov joins Harvard University’s prestigious fellowship alongside more than 50 individuals from 11 countries
For the first time in the field of solid-state chemistry scientists at NYU Abu Dhabi have developed a smart crystal that can heal itself after breakage without any chemical or biological intervention.
Imagine a future where buildings and roads can self-repair cracks; cogs installed deep inside complex machines can independently heal structural wear and tear; smartphones can automatically mend their broken screens; all without human intervention.
Crystals are typically thought of as being brittle, but new research done by the Naumov Group at NYU Abu Dhabi has gained insight into a special class of crystals that exhibit an odd property — they can bend like plastic. The research was published in Nature Chemistry.
In the News
Inkless pen to protect secret documents
Researchers have prepared a light-emitting organic material that can be used to print patterns, write documents and even encode secret codes on a filter paper using just sunlight.
Nature India | August 31, 2018
Could a UAE plant hold the key to developing a low-cost blindness treatment?
NYUAD graduate Yumi Gambrill spent a year working to identify a chemical with anti-cataract properties found in a plant called Cleome rupicola.
The National | July 07, 2018
Going through a phase
Chemists are finding fascinating phase-change phenomena that make crystals jump and pop.
‘It started as a curiosity,’ recalls Pance Naumov, now an associate professor at NYU Abu Dhabi in the United Arab Emirates. ’One of my postdocs came to me and said: “I can’t get hold of my crystals, they are escaping!”’
Chemistry World | November 10, 2017
ACIE: press release on work from the Naumov Group entitled “Raucous Crystals.”
Some organic crystals jump around when heated up. This happens because of an extremely fast change in their crystal structure. In the journal Angewandte Chemie, scientists have now demonstrated that the crystals send out acoustic signals during this process, which may be useful in analyzing the characteristics of this phenomenon. The researchers demonstrated that this process is analogous to martensitic transitions observed in steel and some alloys.
Wiley | June 16, 2017
Desy: Jumping crystals produce sound waves
Organic crystals behave like steel.
Desy | June 14, 2017
Panče Naumov and colleagues were recognized for their work on firefly bioluminescence by the Human Frontier Science Program
The different color of bioluminescent light emitted by different organisms has inspired several decades of inconclusive research efforts and debates on its mechanism and the underlying photochemistry. Now, mathematical analysis of the spectra of firefly oxyluciferin, the emitting molecule in fireflies embedded in the bioluminescent enzyme luciferase, has for the first time provided direct insight into the mechanistic complexity of this natural system for generation of cold light.
HFSP | February 14, 2017