Past User Meeting Agendas, Workshops, and Awards
|David A. Shirley (Science)
|Klaus Halbach (Instrumen- tation)
|Tim Renner (Service)
|Will Chueh, “For pioneering operando soft x-ray spectro-microscopy for imaging electrochemical redox phenomena through the intersection of liquid electrochemistry with scanning transmission x-ray microscopy (STXM) and ptychography at the ALS.” More…
|Slavomir Nemsak, “For the development of the state-of-the-art combined scattering and spectroscopy setup at ALS Beamline 11.0.2.” More…
|Lori Tamura, “For her exceptional work communicating the scientific achievements conducted at the ALS to the general public through her writing.” More…
|Jinghua Guo, “For his pioneering use of in situ/operando soft x-ray spectroscopy for characterization of the electronic properties of solutions, energy-related materials, and electrochemical and catalytic interfaces.” More…
|Valeriy Yashchuk, “For his outstanding and original contribution of developing a binary pseudo-random calibration tool, a precision surface measurement technology critical for advanced x-ray optical systems.” More…
|Kevan Anderson, on behalf of the Beamline Controls Group, “For broad expertise in control systems and software development, and professional judgment and decision-making, which have greatly contributed to the research and development program of the Advanced Light Source.” More…
|David Prendergast, “For the development of theory and computational methods that have allowed direct simulation and accurate interpretation of x-ray spectroscopy experiments performed at the ALS.” More…
|Simon Leemann, Alex Hexemer, Shuai Liu, Yuping Lu, C. Nathan Melton, Hiroshi Nishimura, Changchun Sun, and Dani Ushizima, “For the development of a machine-learning-based application to stabilize the transverse beam size and enhance the photon-beam performance of the ALS.” More…
|Andrea Jones, “For her dedication and commitment in supporting the User Services Office that have allowed efficient proposal reviews and beamtime allocations during the pandemic.” More…
|Miquel Salmeron, “For taking surface studies from ultrahigh vacuum to near-ambient pressure, revealing the chemical, electronic, and mechanical properties of surfaces and interfaces on the nanometer (and often atomic) scale.” More…
|Eric Gullikson, “For contributions to x-ray metrology that are central to building beamlines at the ALS and around the world.” More…
|Tom Scarvie, “For coordinating all accelerator and beamline floor operator activities to provide reliable light to users safely.” More…
|Padraic Shafer, “For unveiling the nature of chiral quantum materials through the innovative use of x-ray scattering at the Advanced Light Source.” More…
|Nobumichi Tamura, “For the development of software for analysis of microdiffraction data, which has been critical to the success of science programs at facilities around the world.” More…
|Hans Bechtel, “For his dedication to user success, exemplified in the scientific and technical support he provides at the IR beamlines and compassion and inclusion he embodies in every interaction.” More…
|Pupa Gilbert, “For her development of polarization-dependent imaging contrast mapping to image the orientation of carbonate nanocrystals in marine biominerals.” More…
|David Shapiro, Rich Celestre, Kasra Nowrouzi, Bjoern Enders, Young-Sang Yu, Lee Yang, Hari Krishnan, Stefano Marchesini and the Science IT-HPCS group lead by Susan James, “For the development of the microscopy endstation at the COSMIC beamline featuring an ultra-stable x-ray microscope, computational methods for data reconstruction, and a high-speed data acquisition system.” More…
|Robert Gassaway, “For his longstanding commitment to simultaneously supporting the ALS user community and advancing electrical safety at the ALS.” More…
|Carolyn Larabell, “For pioneering soft x-ray tomography for imaging cells in their fully hydrated states.” More…
|Dmitriy Voronov, “For pioneering work in the area of advanced x-ray gratings.”
|Sue Bailey, “For her leadership in developing the ALS User Portal—ALSHub—and its associated software suite.” More…
|Tolek Tyliszczak, “For outstanding creativity in diverse scientific disciplines requiring novel soft x-ray microscopy approaches.” More…
|Eli Rotenberg, Aaron Bostwick, Chris Jozwiak, Geoff Gaines, and Roland Koch, “For the development of the MAESTRO endstation suite.” More…
|Bruce Rude, “For outstanding commitment and attention to detail in providing excellent and unique instrumentation and support to ALS users,” and to Doug Taube, “For maintaining an outstanding standard of safety for our users and for defining what it means to be a true friend of the ALS user community.” More…
|Wanli Yang, “For new concepts optimizing battery materials with the aid of soft x-ray microscopy.” More…
|Hans Bechtel, Michael Martin, and Markus Raschke, “For the development of Synchrotron Infrared Nano Spectroscopy (SINS).” More…
|David Malone. “As the first person all 2400 ALS users contact for their beam time, he gives his best effort every day to make sure their experiments are run safely.” More…
|Chuck Fadley, “For significant contributions to a better understanding of surfaces and interfaces through the development of novel x-ray photoemission spectroscopy techniques.” More…
|Alastair MacDowell, James Nasiatka, Dula Parkinson, Abdel Haboub, Hrishikesh Bale, and Rob Ritchie, “For the development of tomography of composite materials at ultra-high temperatures resulting in unique new capabilities in materials science.” More…
|Tony Warwick, “For reforming, formalizing, streamlining, and documenting the Beamline Review Committee (BRC) over a ten-year chairmanship for the benefit of those that follow.” More…
|Harald Ade, “For achievements in polymer science and in particular the elucidation of the chemical nano-morphology of complex materials used in polymer electronics.” More…
|Alessandra Lanzara, Andreas Schmid, Chris Jozwiak, Zahid Hussain, Gennadi Lebedev, and Nord Andresen, “For the development of a unique spin-resolved photoelectron spectrometer that provides a leap in detection efficiency and enables a new realm of probing the spin degree of freedom in matter.” More…
|John Pepper, “For enabling advanced studies of matter at theAdvanced Light Source by inventing, designing and building novel instrumentation and for helping users and ALS staff to tackle everyday problems.” More…
|Carl Percival, Dudley Shallcross, Craig Taatjes and David Osborn, for making the first direct measurements of the reactions of Criegee intermediates, and showing that their impact on tropospheric chemistry and climate may be substantially greater than previously assumed. More…
|Jeff Dickert and Simon Morton for the invention and implementation of the Compact Variable Collimator (CVC), which has led to a dramatic increase in productivity of protein crystallography. More…
|Tolek Tyliszczak, beamline scientist at the ALS Molecular Environmental Sciences (MES) beamline, a leading national resource in the field of soft x-ray synchrotron radiation research. More…
|Subrata ChakrabortyFor “the design and execution of the most important and difficult experiment relevant to understanding the origin and evolution of the solar system.” More…
|Yi-De ChuangFor “the world-leading achievements that have revolutionized conventional soft x-ray scattering instrumentation and enabled the first time-resolved resonant scattering experiment at the Linac Coherent Light Source.” More…
|Ed Domning and Brian SmithFor “creating solutions using LabView that enable users to automate experimental endstations and synchronize them with accelerator operations.” To quote from the nomination, “Their skill, dedication, and calmness in finding solutions helps users achieve their scientific goals and underscores the results-oriented attitude of the Advanced Light Source.” More…
|Hoi-Ying Holman, For pioneering study of living cells and their response to environmental stimuli using synchrotron-based FTIR spectromicroscopy.
|W. Chau, Erik Anderson, Weilun Chao, Peter Fischer, Tolek Tyliszczak, David Kilcoyne, and Tony Warwick, For hitting the 10-nm resolution milestone with soft-x-ray microscopy.
|Hanjing Huang and Ken Woolfe, For years of dedication and service in the development and support of the ALS Equipment Protection Systems.
|Zahid Hasan, For the discovery of topological order in solid state samples and quantum Hall-like behavior without magnetic fields.
|David Robin, Christoph Steir and ALS Top-off Team, For topoff operation of the ALS.
|Eric Gullikson, For reflectometry calibration worldwide standard.
|David Malone and Monroe Thomas
|Eli Rotenberg and Alessandra Lanzara, For their groundbreaking work measuring the electronic structure of graphene and the use of high resolution angle-resolved photoemission spectroscopy (ARPES) to understand the unusual transport properties of graphene associated with Dirac fermions.
|Senajith Rekawa and Paul Denham,For the development of world-leading instrumentation with nanometer actuation and control, and sub-picoamp current sensing which has enabled the ALS to be the preeminent location for advanced EUV research.
|Gary Giangrasso, For his exceptional efforts in providing the highest quality service and assistance to ALS users.
|Andreas Scholl and Hendrik Ohldag, For their outstanding work in using photoemission electron microscopy in the study of magnetic materials.
|Carl W. Cork, Robert A. Nordmeyer, Earl W. Cornell, Gyorgy P. Snell, John R. Taylor, and Jim O’Neill, For their pioneering development of automated crystal-mounting robots for high-throughput macromolecular crystallography.
|Warren E. Byrne, For his exceptional efforts in providing the highest quality beam and assistance to ALS users.
|Craig Taatjes (Sandia National Laboratories), Terrill Cool (Cornell University), Philip Westmoreland (University of Massachussetts) and their colleagues, For surprising and far-reaching discovery of enols in flames.
|Elke Arenholz (ALS) and Soren Prestemon (Engineering Division), For the design and implementation of a vector magnetometer for soft x-ray studies.
|Ed Wong and Ron Slater.
|Andrea Cavalleri (Materials Sciences Division).
|Frank Ogletree (Materials Sciences Division) , Hendrik Bluhm (Chemical Sciences Division), Zahid Hussain (ALS), and Miquel Salmeron (Materials Science Division).
|James Holton (Physical Biosciences Division).
|Xing-Jiang Zhou (Stanford University and Berkeley Lab), For Outstanding Science for his angle-resolved photoemission studies of high-temperature superconductors.
|Mark Le Gros (Physical Biosciences Division), For developing an automated tomography station for x-ray microscopy of biological materials.
|Donna Hamamoto (ALS Beamline Coordination).
|Nora Berrah (Western Michigan University), John Bozek (ALS), Carmen Cisneros (Universidad Nacional Autònoma de Mexico), Aaron Covington (Lake Tahoe Community College), and Ron Phaneuf (University of Nevada, Reno), For their groundbreaking advances in atomic and molecular physics.
|Harald Ade (North Carolina State University), Peter Hitchcock (McMaster University, Canada), David Kilcoyne (North Carolina State University), Tolek Tyliszczak (Berkeley Lab), Tony Warwick (ALS), and the STXM Team,For the design and implementation of advanced interferometrically controlled scanning transmission x-ray microscopes.
|Charles A. Knopf (Mechanical Engineering Group, retired) and Gerry McDermott (Berkeley Center for Structural Biology).
|Gary Mitchell and Ed Rightor (Dow Chemical Company), For their research on superabsorbent polymers.
|David Robin accepted on behalf of the Superbend Team Accelerator Physics Group Leader David Robin accepted on behalf of Superbend Team.
|Elke Arenholz and Ken Barat.
|Harry Noller (University of California, Santa Cruz) note: original excel did not match, For the solution of the complete ribosome structure at a resolution that allowed determination of many of its component parts.
|Henry Chong, Sasha Zholents, Robert Schoenlein, Roger Falcone, Aaron Lindenberg, Steve Johnson, Philip Heimann, Marc Hertlein, Max Zolotorev, and Ernie Glover, Zenghu Chang. Two teams shared this year’s prize. One team, led by Roger Falcone, developed streak camera techniques in combination with x-ray diffraction to study the dynamics of structural phase transformations at picosecond time resolution. The other team, led by Robert Schoenlein, developed time-slicing techniques to produce subpicosecond synchrotron radiation pulses.
|Art Robinson, For his work with user groups and ALS staff in developing scientific proposals submitted to funding agencies and for contributions promoting the ALS in general.
|Roland Kawakami, Z.-Q. Qiu (both of the University of California, Berkeley), and Eli Rotenberg (ALS),For their work in fabricating novel multilayer magnetic quantum well samples and using photoelectron spectroscopy to measure their fundamental properties.
|Simone Anders, Rob Duarte, Greg Morrison, Howard Padmore (all of the ALS), and Mike Scheinfein (Arizona State University), for development of the PEEM2 photoemission electron microscope.
|Members of the ALS User Services Office (Ruth Pepe, Bernie Dixon, Sharon Fujimura, Jane Tanamachi and Barbara Phillips).
|Stephen Kevan (University of Oregon) Eli Rotenberg, and Anders Nilsson (Uppsala University, Sweden), For performing a suite of state-of-the-art experiments measuring the electronic structures from surfaces of materials. Anders Nilsson was recognized for groundbreaking experiments in soft x-ray fluorescence, specifically the nature of chemical bonds at surfaces.
|Ken Goldberg and Patrick Naulleau of the Center for X-Ray Optics, For their work in extreme-ultraviolet (EUV) interferometry.
|Tim Renner, For his dynamic efforts as a member of the ALS Experimental Systems Group.
|Ray Thatcher, Cheryl Hauck, and Gary Giangrasso of the ALS Beamlines Operations Section, For outstanding service to users on the experimental floor.
|Wim Leemans (Accelerator and Fusion Research Division) and Robert Schoenlein (Materials Sciences Division), For producing ultrashort x-ray pulses (~300 femtoseconds).
|Jeff Kortright, Marybeth Rice, Keith Franck, for polarizing multilayer optics.
|Werner Meyer-Ilse & Hector Medecki (both of LBNL’s Center for X-Ray Optics), For their x-ray microscope, the XM-1. Its design allows users to alternate visible-light and x-ray microscopy for superior resolution with minimal damage to samples.