Awards

John Lehman is a senior research scientist whose team leads the world in carbon-nanotube based coatings for detectors used in earth and space radiometry.

Each year, AIMBE seeks and selects ~20 candidates who have made an impact on the field.

For pioneering studies of nanoelectronic devices based on advanced materials.

Physicist Nicole Yunger Halpern from the Joint Center for Quantum Information and Computer Science (QuICS), NIST, and the University of Maryland connects thermodynamics to modern quantum technologies.

Advanced the design of large interacting quantum systems through pioneering research at the intersection of quantum physics and information science with groundbreaking implications for quantum computers, sensors, and networks.

His team will explore new chamber designs, aided by cryogenics, to greatly enhance heating from contaminants, new optical lattice designs to mitigate additional heating sources, and new cooling methods to mitigate collisional heating.

For outstanding technical leadership in conducting a critical NASA quantum sensing capability assessment to enable the success of NASA future science and exploration missions.

Tina Butcher’s wisdom, friendship, and commitment through the years has been of immeasurable value to regulatory programs, industries, and consumers.

TC-45: Radiation and Nuclear Instrumentation and Systems

For pioneering contributions to understanding, design, and control of interacting quantum systems, with applications including quantum computers, sensors, and networks.

The Ho-Am Prize is presented each year to individuals who have contributed to academics, the arts, and social development, or who have furthered the welfare of humanity through distinguished accomplishments in their respective professional fields...

This year Joint Quantum Institute (JQI), a research partnership between the National Institute of Standards and Technology (NIST) and the University of Maryland, researchers and their colleagues have won in the quantum category for a new method for...

For recognizing the best paper appearing in a fast turnaround archival publication of the IEEE Electron Devices Society, targeted to the IEEE Journal of Electron Devices Society. For their paper: Ultrafast ID-VG Technique for Reliable Cryogenic...

Hight Walker was nominated for "advancing the physics of quantum-confined materials through innovations in Raman spectroscopy and for distinguished leadership at a National Laboratory."

Her impressive contributions to the public understanding of science are commended.

Dr. Long’s research has focused on the development and application of ultrasensitive spectroscopic methods to present problems in remote sensing, atmospheric chemistry, optomechanics, and quantum science.

For the monolithic integration of superconducting single-photon detectors with Josephson junctions for advanced computing and single-photon metrology.

For the development of a cryogenic camera based on superconducting sensors and for its first use in space to obtain X-ray images of a supernova remnant.

For the development of highly accurate and sensitive chip-scale optomechanical accelerometers for applications in transportation and defense.

For the monolithic integration of superconducting single-photon detectors with Josephson junctions for advanced computing and single-photon metrology.

For the development of highly accurate and sensitive chip-scale optomechanical accelerometers for applications in transportation and defense.

For the invention of serial cytometry, a revolutionary technology for cancer diagnostics and therapeutic evaluation.

For the invention of serial cytometry, a revolutionary technology for cancer diagnostics and therapeutic evaluation.

For the development of a cryogenic camera based on superconducting sensors and for its first use in space to obtain X-ray images of a supernova remnant.