Radiabeam Technologies, LLC

The determination of the longitudinal profile of light sources requires ever-increasing precision. As novel schemes to create bunches at the level of tens of femtoseconds become more widespread, the ...

Extreme Ultraviolet Lithography (EUVL) is a critical emerging technology to enable fabrication of integrated circuit with sub-20 nm features. However, the implementation and wider adoption of EUVL is ...

THz technology has a rapidly growing number of potential applications in solid-state, nuclear physics, medicine, biology, remote sensing, imaging, industry and communications. However, THz radiation ...

Accurate quantitative characterization of materials is crucial for a wide range of industrial and research applications. New transmission scanning electron microscopy (t-SEM) methods have the potentia ...

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In this STTR project, RadiaBeam Technologies and UC Davis will develop an innovative, compact, durable, high unloaded Q (>1000), microwave filter. The filter will be tunable over a wide band (>2 octav ...

ABSTRACT: A Multi-Newton plasma thruster accelerating its propellant without the endurance limitations imposed by electrodes is proposed. The core mechanism combines electron-cyclotron resonant ioniz ...

There is a strong interest in the synchrotron radiation community in developing insertion devices with shorter periods and higher fields. Historically, this has been driven by the ...

Present day simulation tools for the accelerator community have a narrow focus on specific problems and have unwieldy command-line driven inputs. In addition, to produce relevant results, the results ...

Time resolved measurement of atomic motion is one of the frontiers of modern science, and advancements in this area will greatly improve our understanding of the basic processes in materials science, ...