2012:

• Advanced Materials [Cover Image] “Template Patterning: Flexible Control of Block Copolymer Directed Self-Assembly…”, 12 Jun 2012, Vol. 24, Iss. 23, Pg 3082, Online URL
• Signs of the Time, “SRC and Standford Enable Chip Pattern Etching for 14nm”, 29 May 2012, Online URL
• Tom’s Hardware, “SRC and Standford Enable Chip Pattern Etching for 14nm”, 29 May 2012, Online URL
• Solid State Technology, “Directed Self-Assembly Lithography Research Yields Contact Holes On Semiconductor Wafer”, 28 May 2012, Online URL
• EE Times, “SRC Clears Path to 14-nm with Directed Self Assembly”, 24 May 2012, Online URL
• R. Colin Johnson Blog: Next Gen Log, “SRC Clears Path to 14nm With Directed Self-Assembly”, 24 May 2012, Online URL
• Nano Letters [Cover Image], “Nanoelectronic programmable synapses for Brain-inspired computing”, 09 May 2012, Vol. 12, Iss. 5, Online URL

2011:

• NIST Tech Beat Release “NIST Sensor Improvement Brings Analysis Method into Mainstream”, 20 Dec. 2011, Online URL
• Science [article Fig 1(C)], “Suppression of Collisional Shifts in a Strongly Interacting Lattice Clock”, 25 Feb. 2011,Vol 331, 6020, pp 1043-1046, Online URL
• NIST Press Release, “Quantum Quirk: JILA Scientists Pack Atoms Together to Prevent Collisions in Atomic Clock…”, 3 Feb. 2011, Online URL

2010:

• World News Network , “Strontium Atomic Clock”, 27 August 2010, Online URL
• Nanowerk [article Fig 1], “An optical ‘tripod’ enhances the use of atomic-force microscopy”, 24 August 2010, Online URL
• SPIE Newsroom [article Fig 1], “An optical ‘tripod’ enhances the use of atomic-force microscopy”, 23 August 2010, Online URL
• ScienceNet.cn [article photo], “Gone to the Dark Side, It Has”, August 2010, Online URL
• NIST Physics Laboratory Annual Report (2008-2009) [Fig(s) 1-8 pg 45-50], 13 July 2010, Online URL
• Annual Review of Analytical Chemistry [Fig 13 Image], “Cavity-Enhanced Direct Frequency Comb Spectroscopy: Technology and Applications”, 15 June 2010, Vol 3, pp175-205, Online URL
• Life From An RNA World; The Ancestor Within by Michael Yarus [Book: Fig 10.1. and Fig 15.1.], Harvard University Press, 15 April 2010, ISBN 9780674050754, Online URL, URL 2
• The Journal of Physical Chemistry A [Cover and Fig 1 Image], “Vibrational Autodetachment−Intramolecular Vibrational Relaxation Translated into Electronic Motion”, 1 April 2010, Vol 114, Iss 12, pp4017-4470, Online URL
• APS (Physics) [Image Gallery], “Direct Frequency Comb Spectroscopy”, March 2010, Online URL
• Nature Photonics [Box 1 Figure], “High-harmonic generation: Ultrafast lasers yield X-rays”, March 2010, Vol 4, No 3, pp149-151, Online URL
• Physics Today [Cover Image], “Universal insights from few-body land”, March 2010, Vol 63, Iss 3, pp8-80, Online URL

2009:

• Nature Nanotechnology [article Fig 1], “Measurement: Facing Heisenberg at the nanoscale”, Dec 2009, Vol 4, No 12, pp781-883, Online URL URL 2
• Angewandte Chemie International Edition [Cover Image], “The Lowest Singlet and Triplet States of the Oxyallyl Diradical”, 26 Oct 2009, Vol 48, Iss 45, 8381, Online URL
• PNAS [article Fig 1], “Phase matched upconversion of coherent ultrafast laser light into the soft and hard x-ray regions of the spectrum”, 30 June 2009, Vol 106, No. 26, pp10516-10521 Online URL
• The Astrophysical Journal [article Fig(s) 11-12], “Subsurface Circulations Within Active Regions”, 20 June 2009, Vol 698:1749–1760, Online URL
• Laser Focus World [Online animation supplement], “PHOTONIC FRONTIERS: OPTICAL CLOCKS: Optical clocks set the pace in accurate timekeeping”, May 2009, Vol 45, issue 5, Online URL
• Nanotechnology Now, “Squeezing Noise Below Quantum Limits”, 29 March 2009, Online URL
• Science [Editors’ Choice], “APPLIED PHYSICS: Fidget-Free Microscopy”, 27 March 2009, Vol 323, 5922, Online URL
• Shanghi Institute of Ceramics Chinese Academy of Science (SICCAS), “Making a Point: Picoscale Stability in a Room-Temperature AFM”, 27 March 2009, Online URL
• Thomas Net, “Making a Point: Picoscale Stability in a Room-Temperature AFM”, 27 March 2009, Online URL
• Reserach.gov, “Squeezing Noise Below Quantum Limits”, 26 March 2009, Online URL
• NSF [Discovery], “Squeezing Noise Below Quantum Limits”, 26 March 2009, Online URL URL (2)
• Bio Optics World, “100x stability-boost technique transferable to commercial AFMs”, 25 March 2009, Online URL
• R & D Magazine, “Room-temperature AFM gets picoscale stability”, 25 March 2009, Online URL
• Materials Research Society (MRS), “Picoscale stability in a room-temperature AFM”, 25 March 2009, Online URL
• News Wise, “Making a Point: Picoscale Stability in a Room-Temperature AFM”, 25 March 2009, Online URL
• PhysOrg, “Making a Point: Picoscale Stability in a Room-Temperature AFM”, 25 March 2009, Online URL
• Nanotechnology Now, “Making a Point: Picoscale Stability in a Room-Temperature AFM”, 25 March 2009, Online URL
• Nanowerk, “Making a Point: Picoscale Stability in a Room-Temperature AFM”, 24 March 2009, Online URL
• In Sciences, “Making a Point: Picoscale Stability in a Room-Temperature AFM”, 24 March 2009, Online URL
• NIST Tech Beat Release, “Making a Point: Picoscale Stability in a Room-Temperature AFM”, 24 March 2009, Online URL
• Laser & Photonics Reviews [article Fig 3], “Optical traps for single molecule biophysics: a primer”, February 2009, Vol 3, Issue 1-2, Page 207, Online URL
• Chemical Physics Letters [Cover image], “Tomography of a supersonically cooled molecular jet using cavity-enhanced direct frequency comb spectroscopy”, 13 January 2009, Volume 468, Issues 1-3, Pages 1-106, Online URL
• Scientific Weekly, “Ultracold bipolar Molecules – Another step towards quantum computing”, 02 January 2009, Online URL

2008:

• Science News [Cover image], “Into the Cold; Slowing down molecules to unlock their secrets”, 20 December 2008,Vol 174, No. 13, Online URL
• Science & Technology Review [Cover image], “Time-Resolved Dynamics in N₂O₄ Probed Using High Harmonic Generation”, 28 November 2008,Vol 22, issue 268, Online URL
• Steacie Institute for Molecular Sciences (SIMS) of the National Research Council, “Twanging Molecular Slinky with Ultrafast Laser Gives Researchers Snapshot of Electrons in Action”, 23 November 2008, Online URL
• Science [Cover image and article Fig 1(A-B)], “Time-Resolved Dynamics in N₂O₄ Probed Using High Harmonic Generation”, 21 November 2008,Vol 322, 5905, Online URL
• Science [article Fig 1(A-C)], “Observing the Creation of Electronic Feshbach Resonances in Soft X-ray–Induced O₂ Dissociation”, 14 November 2008,Vol 322, 5904, Online URL URL 2
• Popular Mechanics, “Ultrafast lasers give researchers a snapshot of electrons in action”, 06 November 2008, Online URL
• Information Center for Basic Science, “Ultrafast lasers give researchers a snapshot of electrons in action”, 02 November 2008, Online URL
• PhysOrg, “Ultrafast lasers give researchers a snapshot of electrons in action”, 30 October 2008, Online URL
• NSF [Discovery], “First Ultracold Polar Molecule Gas Ready for Research”, Published by National Science Foundation, 29 October 2008, Online URL URL 2
• Research.gov, “First Ultracold Polar Molecule Gas Ready for Research”, 29 October 2008, Online URL
• Air Force Office of Scientific Research, “Missile defense, engine crack detection could benefit from laser research”, 22 October 2008, Online URL URL (2)
• Air Force Print News Today, “University of Colorado professors conduct new laser research”, Published by Air Force Office of Scientific Research, 20 October 2008, Online URL URL 2
• Aerotech News and Review, “University of Colorado professors conduct new laser research”, 24 October 2008, Online URL URL 2
• Science Daily, “First Dense Gas Of Ultracold ‘Polar’ Molecules Created”, 19 September 2008, Online URL
• First Science News, “JILA scientists create first dense gas of ultracold ‘polar’ molecules “, 18 September 2008, Online URL
• PhysOrg, “Scientists create first dense gas of ultracold ‘polar’ molecules”, 18 September 2008, Online URL URL 2
• EurekAlert News, “JILA scientists create first dense gas of ultracold ‘polar’ molecules”, 18 September 2008, Online URL URL 2
• e! Science News, “JILA scientists create first dense gas of ultracold ‘polar’ molecules”, 18 September 2008, Online URL
• Joint Quantum Institute, “Scientists Create First Dense Gas of Ultracold ‘Polar’ Molecules”, 18 September 2008, Online URL
• CU News Release, “CU and NIST Scientists Create First Dense Gas of Ultracold ‘Polar’ Molecules”, 18 September 2008, Online URL
• NIST News Release, “JILA scientists create first dense gas of ultracold ‘polar’ molecules”, 18 September 2008, Online URL
• Science [Fig 1A], “Quantum State Engineering and Precision Metrology Using State-Insensitive Light Traps”, 27 June 2008 Vol. 320, 1734, Online URL
• The Futurist, “New Clocks: It’s About Time”, May-June 2008 Vol. 42, No. 3, Published online by World Future Society, Online URL URL 2
• Optics Express [article Fig 1], “Quasi-phase matching and characterization of high-order harmonic generation in hollow waveguide using counterpropagating light”, 24 April 2008,Vol 16, No. 9, 6551, Online URL URL 2
• Photonics, “More Exact Than an Ion Clock”, 11 March 2008, Online URL
• Signs of the Time, “‘Quantum Logic Clock’ Rivals Mercury Ion As World’s Most Accurate Clock”, 10 March 2008, Online URL
• Science Daily, “‘Quantum Logic Clock’ Rivals Mercury Ion As World’s Most Accurate Clock”, 10 March 2008, Online URL
• NIST News Release, “NIST ‘Quantum Logic Clock’ Rivals Mercury Ion as World’s Most Accurate Clock Comparison Yields Best Results Yet in Tests for Change in ‘Constants’ of Nature”, 6 March 2008, Online URL
• Science Codex, “Collaboration helps make JILA strontium atomic clock ‘best in class'”, 20 February 2008, Online URL
• Information Center for Basic Science, “Collaboration helps make JILA strontium atomic clock ‘best in class'”, 20 February 2008, Online URL
• CU News Release, “New Experimental Atomic Clock Surpasses Accuracy Of Current U.S. Standard Time Clock”, 14 February 2008, Online URL
• Science Centric, “Collaboration helps make JILA strontium atomic clock ‘best in class'”, 14 February 2008, Online URL
• Science Express, “Sr Lattice Clock at 1 x 10-16 Fractional Uncertainty by Remote Optical…” 14 February 2008, 10.1126/science.1153341 (Science Express Reports), Online URL
• Photonics, “A More Precise Atomic Clock”, 14 February 2008, Online URL
• NIST News Release, “Collaboration Helps Make JILA Strontium Atomic Clock ‘Best in Class’ ‘Crystal of Light’ Clock Surpasses Accuracy of NIST-F1 Fountain Clock”, 14 February 2008, Online URL
• Signs of the Time, “Most Accurate Clock Ever: ‘Crystal Of Light’ Clock Surpasses Accuracy Of NIST-F1 Fountain Clock”, 18 February 2008, Online URL
• Science Daily, “Most Accurate Clock Ever: ‘Crystal Of Light’ Clock Surpasses Accuracy Of NIST-F1 Fountain Clock” 14 February 2008, Online URL
• News Wise, “Collaboration Helps Make JILA Strontium Atomic Clock ‘Best in Class’”, 14 February 2008, Online URL
• EurekAlert!, “Collaboration helps make JILA strontium atomic clock ‘best in class'”, 14 February 2008, Online URL
• PhysOrg, “Collaboration helps make JILA strontium atomic clock ‘best in class'”, 14 February 2008, Online URL
• United States of America Department of Commerce, “NIST Announces New Atomic Clock Promising Improved Navigation, GPS”, 14 February 2008, Online URL

2007:

• OPN; Optics & Photonics News, “All-Optical Quasi-Phase Matching in Extreme Nonlinear Optics”, Dec 2007, Vol. 18, No. 12 ,p32, Online URL URL 2
• Symmetry, “RESULTS! The particles of our readers’ imaginations”, 7 September 2007, Vol 04, Issue 07, 9, Online URL
• Science, “Initial Events in X-ray Excitation”, 7 September 2007,Vol 317, 1289, Online URL
• Science, “Harnessing Attosecond Science in the Quest for Coherent X-rays”, 10 August 2007,Vol 317, 777, Fig 2, Online URL

2005:

• UF Department of Computer and Information Science and Engineering, “Two More CISE Faculty Win Prestigious NSF Career Awards” 25 June 2005, Online URL