APPLICATIONS OF TECHNOLOGY: Transmission Electron Microscopy (TEM) Microelectronics Microelectromechanical systems (MEMS) Electron and photon-based characterization techniques BENEFITS: This new fabrication method for ultra-thin membranes holds several important advantages over the current state-of-the-art. These membranes are: Highly customizable … [Read more...] about Customizable and Scalable Ultra-thin Composite Membranes via Atomic Layer Deposition 2021-068
Electron microscopy
Ultrathin Free-standing Oxide Membranes for Electron and Photon Spectroscopy 2020-094
APPLICATIONS OF TECHNOLOGY: Environmental electron, X-ray, and infrared spectroscopies for molecular-level studies of solid-gas and solid-liquid interfaces BENEFITS: Oxide membranes are amorphous, uniform in thickness, and have compositions similar to those of the corresponding bulk oxides Exhibit remarkable mechanical strength and can withstand large pressure … [Read more...] about Ultrathin Free-standing Oxide Membranes for Electron and Photon Spectroscopy 2020-094
Novel Holey Films as Mechanical Supports for Graphene 2019-126
APPLICATIONS OF TECHNOLOGY: Electron microscopy ADVANTAGES: Prevents mechanical damage of samples during transfer and use in electron microscopy Provides a pristine and ultra-clean graphene layer ABSTRACT: Researchers at the Berkeley Lab have developed a novel graphene-transfer technology in order to provide a pristine and ultra-clean alternative to the … [Read more...] about Novel Holey Films as Mechanical Supports for Graphene 2019-126
Use of Optical Polarization States to Control a Ponderomotive Phase Plate 2019-118
APPLICATIONS OF TECHNOLOGY: Spectroscopy and microscopy ADVANTAGES: Removes the standing wave structure from a ponderomotive phase plate Enables an easier and faster process of aligning the electron beam to the phase plate Ensures data of equally high quality for entire data collection period Tunable phase shift – between 0 and 360° Negligible electron … [Read more...] about Use of Optical Polarization States to Control a Ponderomotive Phase Plate 2019-118
Optical-Cavity Phase Plate for Controllable, Stable Phase Shift in TEM and Cryo-EM Applications 2017-080
APPLICATIONS OF TECHNOLOGY: Biological research using high resolution cryogenic electron microscopy (cryo-EM) Hard-matter material characterization Other forms of research using transmission electron microscopy (TEM) ADVANTAGES: Ensures data of equally high quality for entire data collection period Equally useful for radiation-tolerant and … [Read more...] about Optical-Cavity Phase Plate for Controllable, Stable Phase Shift in TEM and Cryo-EM Applications 2017-080