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Los Alamos National LaboratoryCenter for Integrated Nanotechnologies
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  • Beth Stelle
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New Capabilities

In-Situ Ion Irradiation Scanning Electron Microscope (I3SEM). Find out more.

Scientist Spotlight

CINT scientists honored with APS, LANL fellowships. Find out more.

CINT in the News

Quantum research gets a boost at CINT

Sandia Labs News Release (10/24/18)
San Francisco Chronicle (10/24/18)
Washington Times (10/25/18)

Ed Bielejec examines a material at the Ion Beam Laboratory with the Nano-Implanter, a machine that produces very precise material defects.The Department of Energy has awarded Sandia and Los Alamos national laboratories $8 million for quantum research — the study of the fundamental physics of all matter — at CINT. The award will fund two three-year projects enabling scientists at the two labs to build advanced tools for nanotechnology research and development. Because of the collaborative nature of CINT, the awards also will provide opportunities for researchers outside the labs to benefit from the new technologies.

Research scientist focuses on mentoring students

Albuquerque Journal (10/21/18)

Stacy CoppCINT postdoc Stacy Copp was recently awarded a L’Oréal USA For Women in Science Fellowship. It was the guidance of professors and mentoring from older students, Copp said, that helped usher her into her current career as a research scientist. The 29 year old Albuquerque native and La Cueva High graduate now tries to do the same for students in her field.

Sergei Tretiak honored as LANL Laboratory Fellow

LANL News Release (10/16/18)

Sergei TretiakCINT scientist Sergei Tretiak was honored as a LANL Laboratory Fellow. "To be named a Fellow is one of the Laboratory’s highest honors," said Terry C. Wallace, Jr., Los Alamos National Laboratory director. The overarching theme of Sergei's research is to develop a theoretical framework for electronic properties in complex molecular structures. These materials are at the center of current scientific research, with potential applications in photonics, displays, and sunlight harvesting, such as photovoltaic devices based on organic and organic–inorganic active materials.

Nobel Laureate underscores CINT annual meeting

Sandia LabNews (10/11/18)

Sir Fraser Stoddart, right, who received the 2016 Nobel Prize in Chemistry, kicked off the conference with a plenary address.Nobel laureate Sir Fraser Stoddart gave the plenary address that headlined CINT's annual meeting, which took place Sept. 24-25 in Santa Fe. This year’s conference highlighted research performed by the CINT user community in the areas of quantum materials, nano-mechanics and imaging. Several talks in the quantum materials symposium focused on advances in topological materials — a class of materials shown to have unusual properties such as the ability to be a conductor at their surface but an insulator everywhere else.

Jennifer Hollingsworth honored with APS fellowship

LANL News Release (10/11/18)

Jennifer HollingsworthCINT scientist Jennifer Hollingsworth was selected as a 2018 APS Fellow. The APS Fellowship Program recognizes members who have made significant advances in physics through original research and publications, or made significant contributions in the applications of physics to science and technology. Jen was cited for the discovery and development of non-blinking giant quantum dots, spanning pioneering contributions to materials chemistry, the photophysics of excited-state processes in nanomaterials, and applications in optoelectronics.

Mercedes Taylor named as one of first Jill Hruby Fellows

Sandia Labs News Release (10/11/18)

Mercedes TaylorSandia National Labs has named Mercedes Taylor as one of its first Jill Hruby Fellows. The honorees have each been awarded a three-year postdoctoral fellowship in technical leadership, comprising national security-relevant research with an executive mentor. The Jill Hruby Fellowship is meant to encourage women to consider leadership in national security science and engineering. Over the next three years, Mercedes' research will aim to develop new porous plastics that purify water by soaking up ions — electrically charged atoms and molecules — with an emphasis on negatively charged ions, called anions. She will work under the mentorship of CINT scientist Dale Huber.

L'Oréal For Women in Science Fellowship awarded to Stacy Copp

L'Oréal Press Release (09/25/18)

The Five Fellows who Will Each be Awarded $60,000 to Advance Important Postdoctoral ResearchL’Oréal USA has announced the recipients of the 2018 For Women in Science Fellowship, which annually awards five female postdoctoral scientists grants of $60,000 each to advance their research. One of this year's recipients is CINT postdoc Stacy Copp, whose research in soft matter physics at Los Alamos National Laboratory focuses on developing new materials that produce and manipulate light, with potential applications in biomedical diagnostics, solar energy, and energy-efficient lighting.

Thomas O'Connor awarded Sandia's Truman Fellowship

Sandia Lab News (09/14/18)

Thomas O'ConnorCINT welcomes a new postdoc, Thomas O’Connor, who has been awarded Sandia’s prestigious Truman Fellowship. Candidates for this fellowship must propose bold, cutting-edge research and must earn the endorsement of a selection committee of senior scientists, their future peers, and Sandia’s Chief Research Officer. His research is focused on using molecular and continuum simulations to model the flow of polymers during additive manufacturing. Thomas will work with CINT scientists Mark Stevens, Gary Grest, and Ryan Wixom.

Chemical selection of emission state configuration in a quantum-light emitter

LANL Science Brief (09/06/18)

The unique symmetry of the physical structure of zigzag nanotubes (right) leads to a narrowed emission wavelength range from defect states introduced by covalent aryl functionalization. This is critical for applications in quantum information processing.CINT researchers and their collaborators have found a new way to control quantum-light emitters using so-called zigzag nanotube structures. Their work is published in the latest edition of Nature Chemistry. Stephen Doorn said, "Our effort at LANL has been advancing the development of chemically controlled defects in carbon nanotubes as room-temperature single photon emitters. These are of significant interest for enabling new optical approaches to quantum information processing. Our latest work aims to address how to control and narrow the emission wavelength range through control of functionalization chemistry."

Tuning terahertz beams with nanoparticles

BES Science Highlight (09/05/18)

The image shows the different magnetic and electric effects that occur in the cobalt ferrite (CFO) core (square) and surrounding barium titanate (BTO) shell (sphere) when an assembly of nanoparticles is operated in an external magnetic field (B). The direction of the applied magnetic field with respect to the terahertz beam leads to amplitude (antiparallel B) and phase (parallel B) modulation of a transmitted terahertz pulse via the magneto-elasto-electric (MEE) effect. The applied magnetic field produces a surface polarization charge density ssb on the nanoparticle shell.CINT scientists and their collaborators have uncovered a way to control terahertz radiation using tiny engineered particles in a magnetic field. By controlling the strength and direction of the applied magnetic field, the nanoparticles dynamically tuned a terahertz beam’s phase and amplitude. This research potentially opens the doors for better medical and environmental sensors.

Carbon nanotubes give two excitons for the price of one

BES Science Highlight (09/05/18)

In a carbon nanotube (top, gray cylinder), the capture of a photon (green arrow) generates two excitons (blue and red spheres bound together) at oxygen doping sites (top, red balls). The excitons recombine and emit photon pairs (bottom, pink stars).CINT scientists have identified how modified carbon nanotubes emit photon pairs. The experiments and theory show that the photon pairs are the result of the capture and recombination of two excitons (electron–hole pairs). This efficient generation of photon pairs from modified carbon nanotubes shows a path to new types of light sources.

Progress toward plugging an antibiotic pump

Sandia Labs News Release (08/03/18)

Susan Rempe stands in front of the Center for Integrated Nanotechnologies, where some of her research on bacterial pumps was done.Each year in the U.S., at least 23,000 people die from infections caused by antibiotic-resistant bacteria. One way bacteria develop resistance to many different antibiotics is by producing pumps that spit out unfamiliar small molecules, such as antibiotics, before they can do any damage. The researchers teased out the details of how one antibiotic pump works. This project made extensive use of Sandia’s high-performance computing resources and was conducted at CINT.

Large supercrystals promise superior sensors

Sandia Labs News Release (08/01/18)

Hongyou Fan holds a container enclosing gold supercrystals in front of a small-angle X-ray scattering instrument.Using an artful combination of nanotechnology and basic chemistry, Sandia National Laboratories researchers, including CINT affiliate scientist Hongyou Fan, have encouraged gold nanoparticles to self-assemble into unusually large supercrystals that could significantly improve the detection sensitivity for chemicals in explosives or drugs.

CINT scientsts to be part of 2018 DOE Energy Frontier Research Center

LANL News Release (07/24/18)

The figure illustrates the three planned thrusts for the project: non-equilibrium point defects, the coupled transport of defects and alloying elements, and transport of species across interfaces.CINT scientist Nan Li and CINT affiliate scientist Yongqiang Wang are part of the LANL team that was recently awarded EFRC funding. The new center, called FUTURE (Fundamental Understanding of Transport Under Reactor Extremes), will explore the coupling of radiation damage and corrosion in order to predict irradiation-assisted corrosion in passivating and non-passivating environments for materials in nuclear energy systems.

Yuxiang Chen wins "Most Fundable Technology" award at DisrupTech

LANL Community Connections (08/01/18)
LANL News Release (07/24/18)

SeafoodCINT postdoc Yuxiang Chen was recognized for his outstanding presentation at the 2018 DisrupTech, an event that showcases technologies with the potential to “disrupt” existing markets or even to create new ones. Yuxiang won the “Most Fundable Technology” award for his presentation “NanoCluster Beacons: Fast Testing for Food Safety.” The $25,000 funding award will help him improve his technology that quickly and accurately tests pathogens in food.

Shining light on excited-state dynamics in perovskite materials

LANL Science Brief (07/17/18)

Theoretically predicted structures of methylammonium lead iodide perovskiteHybrid organic-inorganic perovskites are materials with attractive optoelectronic properties including exceptional solar cell performance. In this latest research published in Nature Communications, CINT scientist Sergei Tretiak and collaborators show that polaron formation via nuclear dynamics in perovskite may be important for efficient charge separation and collection.

Coherent exciton-vibrational dynamics and energy transfer in conjugated organics

LANL Science Brief (07/03/18)

Coherent electron-vibrational dynamics can appear after so-called non-radiative relaxation when instead of emitting as light, electronic energy is transferred to vibrations or heat. In a new theoretical study described in a Nature Communications paper, CINT scientist Sergei Tretiak and collaborators demonstrate the appearance of coherent electron-vibrational dynamics after so-called non-radiative relaxation. The effect appears as a ‘sloshing’ of electron density back and forth between molecular sites.

Light mixer generates 11 colors simultaneously

Sandia Labs News Release (06/28/18)

Sandia National Laboratories postdoctoral appointee Polina Vabishchevich, left; and Senior Scientist Igal Brener work in their optics lab.Research by CINT scientists Igal Brener and John Reno and their collaborators shows how a metamaterial made up of an array of nanocylinders mixes two laser pulses of near infrared light to produce 11 waves of light. The light ranges in color from the near infrared, through the colors of the rainbow, to ultraviolet. This work was published in Nature Communications. Igal says, "Without CINT's specialized femtosecond laser system, it would have been very challenging to perform these measurements."

News Archive

Carbon nanotube optics poised to provide pathway to optical-based quantum cryptography and quantum computing

LANL News Release (06/18/18)

Depiction of a carbon nanotube defect site generated by functionalization of a nanotube with a simple organic molecule.Researchers at CINT and partners in France and Germany are exploring the enhanced potential of carbon nanotubes as single-photon emitters for quantum information processing. In describing their work published in Nature Materials, CINT scientist Steve Doorn says, "In addition to defining the state of the art, we wanted to highlight where the challenges are for future progress and lay out some of what may be the most promising future directions for moving forward in this area. Ultimately, we hope to draw more researchers into this field."

A bit of quantum logic

BES Science Highlight (06/18/18)

Angled view scanning electron microscope image of the device gate structure.Quantum computers could tackle problems that current supercomputers can’t. Quantum computers rely on quantum bits, or "qubits," which represent data by the binary state of electron spins. Two systems existed to create qubits—donor atoms and quantum dots. CINT researchers and collaborators have successfully integrated the systems. This hybrid approach, which has remained elusive until now, exploits the advantages of the two qubit systems.

Tackling a global challenge in Boston

Saudi Aramco News (06/13/18)

U.S. senators and their staff members had the opportunity to view how corrosion impacts infrastructure in their state.Corrosion is a global problem that costs the world $2.5 trillion annually. This chemical process is most often seen on metal surfaces as rust and can result in catastrophic failure of infrastructure, such as bridges. Researchers at the Aramco Research Center-Boston have teamed up with scientists at CINT to investigate the nanoscale mechanisms responsible for corrosion initiation and progression in steel.

Automation helps speed up materials science data collection

Sandia Labs News Release (06/11/18)

Brad Boyce watches a robotic work cell.CINT scientist Brad Boyce is part of a research team at Sandia National Labs that has built a robotic cell for testing 3D-printed parts. They system conducts high-throughput testing to quickly determine the performance and properties of the parts. Brad hopes to use it for rapid materials discovery and for foundational advances in alloy performance and reliability.

Constructing a unique laser application for research

Los Alamos Monitor (05/07/18)

Man looking at pulsed laser deposition system.Technologist Paul Dowden oversees all pulsed laser deposition operations at CINT's Gateway Facility. This versatile system allows researchers to grow thin films ranging from tens of nanometers to micrometers in thickness. It is ultra-customizable, using multiple targets, different gases, unique wavelengths, specific configurations and offering a variety of laser parameters.

Magnetic nanoparticles leap from lab bench to breast cancer clinical trials

Sandia Labs News Release (04/30/18)

Dale Huber holding a microfluidic chip that can make tiny amounts of nanoparticles.CINT scientist Dale Huber has been working on the challenge of making iron-based nanoparticles the exact same size for 15 years. Now, he and his long-term collaborators at Imagion Biosystems will use these magnetic nanoparticles for their first breast cancer clinical trial later this year. The nanoparticles stick to breast cancer cells, allowing the detection and removal of even small metastases. (More on KOB 4 News).

CINT collaboration wins FLC's Excellence in Technology Transfer Award

Sandia Labs News Release (04/25/18)

Man holding small piece of glass.A collaboration between CINT, Sandia National Laboratories, and IR Dynamics has received one of the FLC's Excellence in Technology Transfer Awards for 2018. The project "is developing advanced nanoparticle films that boost the energy efficiency of windows, which could save American consumers as much as $12 billion each year and significantly reduce national energy consumption."

Prospecting for Gold at the Nanoscale

New Scientist (04/03/18)

Schematic representation of cavitation bubble collapse leading to pit formation and material ejection.A team at CINT has developed a process for extracting gold from surfaces such as SIM cards. The process, which induces cavitation on the surface of SIM cards, is cheap and has practically no environmental impact. The research was recently published in the journal Small. You can also read about this research at IFLScience and ABC News.

Fun with Light and Matter

1663 (03/01/18)

Man holding a metasurface invention in an anechoic chamber.The Los Alamos Science and Technology Magazine 1663 featured CINT scientist Hou-Tong Chen. The article describes Hou-Tong's work with "metamaterial "atoms" [which] absorb and re-radiate light like real atoms, allowing unique capabilities for imaging and communications."