Kevin Yager - Revision history

KevinYager at 11:51, 9 August 2020

2020-08-09T11:51:20Z

KevinYager: /* Scientific Interests */

2016-11-08T02:21:34Z

‎Scientific Interests

KevinYager: /* Scattering Expertise */

2016-11-08T02:20:54Z

‎Scattering Expertise

KevinYager: /* Scattering Expertise */

2016-11-08T02:20:35Z

‎Scattering Expertise

KevinYager: /* Scattering Expertise */

2016-11-08T02:19:58Z

‎Scattering Expertise

KevinYager at 02:11, 8 November 2016

2016-11-08T02:11:21Z

KevinYager: /* Scientific Interests */

2014-10-14T15:54:35Z

‎Scientific Interests

KevinYager at 14:00, 30 September 2014

2014-09-30T14:00:47Z

KevinYager: /* See Also */

2014-06-03T15:41:05Z

‎See Also

KevinYager at 15:23, 3 June 2014

2014-06-03T15:23:07Z

@@ Line 1: / Line 1: @@
-[[Image:KevinYager-photo.jpg|right]]
+[[Image:yager02.jpg|right]]
-'''Kevin Yager''' is a staff scientist at [[Brookhaven National Laboratory]], working in the [[Center for Functional Nanomaterials]] (CFN). He participated in the conception, design, and construction of next-generation beamlines at [[NSLS-II]]; specifically the Complex Materials Scattering ([[CMS]]) and Soft Matter Interfaces ([[SMI]]) beamlines.
+'''Kevin Yager''' is a materials scientist and group leader at [[Brookhaven National Laboratory]], working in the [[Center for Functional Nanomaterials]] (CFN). He participated in the conception, design, and construction of next-generation beamlines at [[NSLS-II]]; specifically the Complex Materials Scattering ([[CMS]]) and Soft Matter Interfaces ([[SMI]]) beamlines.
 Kevin is active on this site ([[User:KevinYager]]), and is happy to answer questions about x-ray scattering experiments or data analysis.
@@ Line 7: / Line 7: @@
 Kevin has worked as a beamline scientist on the [[X9]] beamline at [[NSLS]], where he helped users perform a wide variety of x-ray scattering experiments ([[SAXS]], [[WAXS]], [[GISAXS]], [[GIWAXS]]). Kevin has also used neutron techniques, including neutron scattering ([[SANS]], [[GISANS]], [[RSANS]]) and neutron reflectivity ([[NR]]). He was involved in the development of the [[GTSAXS]] technique.
-He is actively involved in developing new models for analyzing and fitting x-ray scattering data; e.g. he recently developed a formalism for handling data from [[lattices of nano-objects]] (c.f. [[Paper:Periodic lattices of arbitrary nano-objects: modeling and applications for self-assembled systems|summary of paper]].).
+He is actively involved in developing new models for analyzing and fitting x-ray scattering data; e.g. he recently developed a formalism for handling data from [[lattices of nano-objects]] (c.f. [[Paper:Periodic lattices of arbitrary nano-objects: modeling and applications for self-assembled systems|summary of paper]].). He is also interested in the application of Artificial Intelligence and Machine-Learning (AI/ML) methods to synchrotron beamlines; in particular working with a team that is deploying [[Autonomous Experimentation]] at beamlines.
 ==Scientific Interests==

@@ Line 10: / Line 10: @@
 ==Scientific Interests==
-Kevin is interested in soft materials and self-assembly. In particular, he has worked on problems in [[block-copolymers]] (fundamental physics, directed assembly, solvent annealing, etc.), organic photo-voltaics, and nanoparticle [[superlattices]].
+Kevin is interested in soft materials and self-assembly. In particular, he has worked on problems in [[block-copolymers]] (fundamental physics, directed assembly, nonequilibrium ordering, etc.), organic photo-voltaics, and nanoparticle [[superlattices]].
 ==See Also==
 * [http://yager-research.ca/ Research site] (including publication list).
 * [http://www.bnl.gov/cfn/people/staff.php?q=150 CFN staff site].

@@ Line 7: / Line 7: @@
 Kevin has worked as a beamline scientist on the [[X9]] beamline at [[NSLS]], where he helped users perform a wide variety of x-ray scattering experiments ([[SAXS]], [[WAXS]], [[GISAXS]], [[GIWAXS]]). Kevin has also used neutron techniques, including neutron scattering ([[SANS]], [[GISANS]], [[RSANS]]) and neutron reflectivity ([[NR]]). He was involved in the development of the [[GTSAXS]] technique.
-He is actively involved in developing new models for analyzing and fitting x-ray scattering data; e.g. he recently developed a formalism for handling data from [[lattices of nano-objects]] (c.f. [[Paper:Periodic_lattices_of_arbitrary_nano-objects:_modeling_and_applications_for_self-assembled_systems summary of paper]]).
+He is actively involved in developing new models for analyzing and fitting x-ray scattering data; e.g. he recently developed a formalism for handling data from [[lattices of nano-objects]] (c.f. [[Paper:Periodic lattices of arbitrary nano-objects: modeling and applications for self-assembled systems|summary of paper]].).
 ==Scientific Interests==

@@ Line 7: / Line 7: @@
 Kevin has worked as a beamline scientist on the [[X9]] beamline at [[NSLS]], where he helped users perform a wide variety of x-ray scattering experiments ([[SAXS]], [[WAXS]], [[GISAXS]], [[GIWAXS]]). Kevin has also used neutron techniques, including neutron scattering ([[SANS]], [[GISANS]], [[RSANS]]) and neutron reflectivity ([[NR]]). He was involved in the development of the [[GTSAXS]] technique.
-He is actively involved in developing new models for analyzing and fitting x-ray scattering data; e.g. he recently developed a formalism for handling data from [[lattices of nano-objects]] (c.f. [[Paper:Periodic_lattices_of_arbitrary_nano-objects:_modeling_and_applications_for_self-assembled_systems summary of paper).
+He is actively involved in developing new models for analyzing and fitting x-ray scattering data; e.g. he recently developed a formalism for handling data from [[lattices of nano-objects]] (c.f. [[Paper:Periodic_lattices_of_arbitrary_nano-objects:_modeling_and_applications_for_self-assembled_systems summary of paper]]).
 ==Scientific Interests==

@@ Line 5: / Line 5: @@
 ==Scattering Expertise==
-Kevin has worked as a beamline scientist on the [[X9]] beamline at [[NSLS]], where he helped users perform a wide variety of x-ray scattering experiments ([[SAXS]], [[WAXS]], [[GISAXS]], [[GIWAXS]]). Kevin has also used neutron techniques, including neutron scattering ([[SANS]], [[GISANS]], [[RSANS]]) and neutron reflectivity ([[NR]]).
+Kevin has worked as a beamline scientist on the [[X9]] beamline at [[NSLS]], where he helped users perform a wide variety of x-ray scattering experiments ([[SAXS]], [[WAXS]], [[GISAXS]], [[GIWAXS]]). Kevin has also used neutron techniques, including neutron scattering ([[SANS]], [[GISANS]], [[RSANS]]) and neutron reflectivity ([[NR]]). He was involved in the development of the [[GTSAXS]] technique.
 ==Scientific Interests==

← Older revision		Revision as of 15:41, 3 June 2014
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	==See Also==		==See Also==
	* [http://yager-research.ca/ Research site] (including publication list).		* [http://yager-research.ca/ Research site] (including publication list).
		+	* [http://www.bnl.gov/cfn/people/staff.php?q=150 CFN staff site].

@@ Line 2: / Line 2: @@
 '''Kevin Yager''' is a staff scientist at [[Brookhaven National Laboratory]], working in the [[Center for Functional Nanomaterials]] (CFN), as well as the National Synchrotron Light Source ([[NSLS]]). He is currently participating in the design and construction of next-generation beamlines at [[NSLS-II]]; specifically the Complex Materials Scattering ([[CMS]]) and Soft Matter Interfaces ([[SMI]]) beamlines.
-Kevin is active on this site (user:
+Kevin is active on this site ([[User:KevinYager]]), and is happy to answer questions about x-ray scattering experiments or data analysis.
 ==Scattering Expertise==