Jila

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Amid the sea of glamorous gowns at the premiere of Ken Loach’s The Old Oak during the 76th annual Cannes Film Festival last week, one stood out from the pack. Iranian model Mahlagha Jaberi wore a Jila Atelier design that featured a halter-style neckline shaped into a golden noose. It was an intentional political statement that instantly went viral. “We wanted to make a fashion statement to observe the glamour of Cannes, but more importantly, to bring media attention to the wrongful executions of Iranian people,” wrote Jaberi on Instagram. The death penalty is currently being used by Iranian officials as a means to maintain power and instill fear in anti-regime protestors. According to For Iranian designer Jila Saber, who designed Jaberi’s impactful Cannes dress, the red carpet was an opportunity to make people aware of what’s occurring in her native country. “Many innocent young people have been executed during the last six months, and there are still many in danger,” Saber tells Vogue. “As an artist, I believe that we need to stand against this and open up the eyes of the world.” Prior to her powerful creation walking the Cannes carpet, it took Saber five months to complete the garment. “The dress is 100% silk, and the accessory is a hollow rope chain, which was forged into the shape of a noose,” says Saber. The designer had made gowns for Jaberi several times before this, and the two bonded over the idea of using a Cannes look to make a bigger statement. “We shared this ...

Quantum materials, a fascinating class of materials that harness the power of quantum mechanics, are revolutionizing modern science and technology. Quantum materials often possess exotic states of matter, such as superconductivity or magnetic ordering, that defy conventional understanding and can be manipulated for various technological applications. To further enhance and manipulate the intriguing characteristics of quantum materials, researchers leverage nanostructuring—the ability to precisely control the geometry on the atomic scale. Specifically, nanostructuring provides the ability to manipulate and fine-tune the electrical and thermal properties of quantum and other materials. This can result, for example, in designer structures that conduct current very well, but impede heat transport. These structures can help recapture and utilize waste heat in electronics, buildings, and vehicles—enhancing their efficiency and, thereby, reducing power consumption. A related critical challenge for a broad range of nanotechnologies is the need for more efficient cooling, so that the nano devices do not overheat during operation. To better understand heat transport at the nanoscale, JILA Fellows Margaret Murnane, Henry Kapteyn, and their research groups within the STROBE NSF Center, JILA and the University of Colorado Boulder, created the first general analytical theory of nanoscale-confined heat transport, that can be used to engineer heat transport in 3D nanosystems—such as nanow...

June 08, 2023 | JILA graduate student Alexander Aeppli is one of a team of researchers working on the world’s most precise clocks. In the laboratory of JILA and NIST Fellow Jun Ye, Aeppli focuses on improving the strontium atomic clock using powerful ultrastable lasers. “The laser drives an electronic transition in strontium,” Aeppli explained. “And we want to make sure the transition within the strontium is exact.” Before the transition occurs, the strontium atoms are trapped within an optical lattice inside the clock. Once trapped, the strontium atoms can transition when exposed to a particular color (or frequency) of light, and the researchers, like Aeppli, measure this transition frequency as a form of timekeeping. The frequency can then be used as the precise standard of time worldwide. The JILA Physics Frontier Center (JILA PFC) brings together 20 investigators in collaboration to share goals, ideas, expertise and technology in their aim to realize precise measurement, innovative manipulation, and harvesting ever-more intriguing meaning, all in the world of complex quantum systems. A theme that runs through all of JILA PFC research is the importance of interactions in understanding and exploiting the nature of quantum many-particle systems. The JILA PFC seeks to foment a new quantum revolution, in which matter with built-in quantum correlation will be understood, controlled, and harnessed. In this process, we will gain new insights into the emergence of universal rul...

Abstract: Primitive asteroids (PAs) are the remaining building blocks of our Solar System (SS) study their composition, location and evolution will help us understanding how different materials travel along the Solar System and how they appeared on Earth. They are characterized by dark surfaces (albedo < 10%) dominated by carbon compounds. Their reflectance spectra are similar to those of carbonaceous chondrites (CCs), the most pristine meteorites in our records, that are abundant in hydrated minerals and organics. PAs present rather featureless spectra in visible and near-infrared wavelengths (from 0.5 to 2.5 µm). The most diagnostic and reliable region to study hydrated mineralogies and organics is the 3-µm region hardly accessible from Earth due to atmospheric absorption. However, another shallow feature in visible wavelengths, around 0.7 µm, is related to the Fe2+ Fe3+ iron transition in hydrated mineralogies. Furthermore, there is a strong absorption in the UV that is proposed to be related also with an electronic iron transition in hydrated minerals. We have observed using different ground-based telescopes ~100 objects with a wavelength coverage enough to study the band at 0.7 microns together with the beginning of the UV absorption. In the archive we found some spectra taken with the Hubble Space Telescope (HST) which allow us to study the beginning of the UV absorption for some asteroids. Furthermore, the Cassini spacecraft have taken images of Iapetus moon of Satu...

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Congratulations to Physics Professor and JILA fellow Margaret Murnane, who has recently been elected to the prestigious American Philosophical Society (APS). Murnane is the fourth CU-Boulder faculty member to be elected to APS. There were 34 people worldwide elected in 2015 to the society, which was founded in 1743 in... about Margaret Murnane Elected to American Philosophical Society Congratulations to Physics Professor and JILA Fellow Deborah Jin, who earned the prestigious 2014 Isaac Newton Medal by the Institute of Physics. The award was announced on Tuesday, July 1, 2014. The Institute of Physics is a leading international scientific society headquartered in London. The Isaac Newton award is given... about Deborah Jin Awarded Isaac Newton Medal Congratulations to Ana Maria Rey for earning a 2013 MacArthur Foundation Fellowship, as well as the 2014 Maria Goeppert Mayer Award. Ana Maria is a Research Assistant Professor in Physics and a Fellow of JILA. She was selected by the John D. and Catherine T. MacArthur Foundation due to her... about Ana Maria Rey Wins MacArthur Foundation Fellowship, Maria Goeppert Mayer Award Congratulations to Professor Margaret Murnane, who has been awarded the prestigious RDS Irish Times Boyle Medal for Scientific Excellence. Murnane earned the award, "for her pioneering work which has transformed the field of ultrafast laser and x-ray science." Inaugurated in 1899, the Boyle Medal, Ireland's premier science award, continues to... about Marg...