Compact Light SourceCompact X-ray Station

THE LYNCEAN COMPACT LIGHT SOURCE (CLS)

A breakthrough in local, on-demand X-ray synchrotron light

Lyncean CLS
The Lyncean CLS assembled at the headquarters of Lyncean Technologies, Inc. in Palo Alto, CA

The Lyncean Compact Light Source (CLS) is a breakthrough technology that addresses the increasing demand for access to high quality X-rays by offering the possibility of a synchrotron beamline for home laboratory applications. The Lyncean CLS X-ray beam shares some favorable features of synchrotron light – a continuously tunable energy spectrum and high spatial coherence – combined with some unique attributes such as intrinsically narrow bandwidth (few %) and a moderate (few milliradian) diverging cone beam. The highly peaked spectrum provides an extremely low-noise background compared to both conventional sources and many synchrotron beamlines. The cone beam divergence is small enough to be efficiently focused with x-ray optics yet large enough to provide a nearly uniform area beam by letting the native beam drift several meters. The Lyncean CLS X-rays provide powerful probes to reveal a range of physical structure down to the atomic scale. The Lyncean CLS is useful across many disciplines of X-ray science, including materials, nanotechnology, structural biology, medical sciences, semiconductor metrology, pharmaceutical development, and other chemical and physical sciences. The Lyncean CLS provides scientists with access to local, on-demand synchrotron light, allowing for an unprecedented new level of productivity.

The Lyncean CLS miniature synchrotron source allows for energy and scale reduction by a factor of 200

size-comparison-cls-vs-synchrotron

The Lyncean CLS development builds on the U.S. investment in large synchrotrons, but with a new technology that allows the source to be very compact. Conventional synchrotron light sources employ multi-GeV electron beams that are stored in large rings of magnets to generate intense, bright, 1 Å wavelength radiation. The Lyncean CLS employs an electron beam and laser beam to accomplish the same effect. The shift from periodic magnets used in a typical synchrotron light source, to the laser beam used in the Lyncean CLS, allows a reduction of energy and scale by a factor 200 – a stadium size machine becomes a room size machine!

Enabling the future of laboratory X-ray diffraction, phase contrast CT imaging, spectroscopy and fluorescence analysis

The Lyncean CLS is a small tunable X-ray source that can fit into a typical experimenter’s laboratory and can be used in much the same way as an X-ray beamline at a large synchrotron facility. X-ray scientists at synchrotron laboratories around the world have developed a vast array of applications over several decades, many of which cannot be exploited using conventional sources, but can be performed by the Lyncean CLS. By opening access to these powerful x-ray applications, the Lyncean CLS enables new avenues of discovery to a broad range of researchers.

THE COMPACT X-RAY STATION (CXS)

Enabling local laboratory protein crystallography, micro-tomography, dark field microscopy, CD-SAXS and more

The CXS assembled at the headquarters of Lyncean Technologies, Inc. in Palo Alto, CA

The Compact X-Ray Station (CXS) is a crystallography endstation and X-ray optics developed for use with the Lyncean Compact Light Source.

The X-ray optics consists of a K-B system of multilayer optics specifically designed by Lyncean to re-image the X-ray source size (crystallography applications, powder diffraction, small angle scattering, or other focused beam applications.

The endstation is a mini-hutch that may be configured for different applications.  For diffraction experiments, a commercial diffractometer and X-ray detector may be installed (shown is a marresearch dtb). For imaging research applications or other scientific use, the endstation may be configured with a general purpose optical breadboard. The endstation itself has kinematic mounts and motorized alignment to quickly change configurations over a wide range of use.