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Sketchnote of a great NIST colloquium by Dean Oliver on using analytics to model basketball performance data.
Hippolyate Balima presents during the Analytical Corner titled “Informality and Development in North Africa” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
29 September 2021
Washington, DC, United States
Photo ref: CH210929001.arw
This picture comes all the way from Madrid via Cristina Villarroya.
To me it is always amazing how far and wide the book reaches, even a while after it has been published.
Gracias Cristina!
Diaa Noureldin and Niels-Jakob Hansen present on A Greener Labor Market: Employment, Policies, and Economic Transformation during an Analytical Corner recording at the International Monetary Fund.
IMF Photo/Cory Hancock
6 April 2022
Washington, DC, United States
Photo ref: CH220406037.arw
The NETL Pittsburgh Analytical Lab performs trace-level elemental analyses on various environmental and geological samples. This lab provides analysis to the research projects conducted at NETL, and also supports the NETL Regional University Alliance. Pittsburgh Analytical Laboratory is the only lab at NETL to utilize inductively coupled plasma optical emission spectroscopy, which is an analytical technique used for the detection of trace metals. It is a type of emission spectroscopy that uses the inductively coupled plasma to produce excited atoms and ions that emit electromagnetic radiation at wavelengths characteristic of a particular element, thus giving the lab the ability to provide element specific analysis.
Another method of analysis is ion chromatography, which is a process that allows the separation of ions and polar molecules based on their charge. It is often used in protein purification, water analysis, and quality control. Multiple other methods of analysis are also employed by the lab, including mercury analysis, thermogravimetric analysis, and proximate analysis.
Our curriculum provides the skills necessary to work in the field of information technology, computer security, networking, data analytics, healthcare informatics, project management, or computer forensics. Our instructors have professional experience and understand the needs of industry and working adults. The instruction is a combination of interactive lecture, hands-on experience, real world case studies, group work, and research.
Analytic Astronomy: (7) Application Examples
Resolution Astronomy really useful for you? I said rumor, we were still practical application examples to prove it. From there it? From now been identified as one of the oldest star HD 140283 begin.
By astronomical observations, we have obtained the star HD 140283 images [HubbleSite / 2013.3.7] and its redshift (observed redshift) zg = -0.000564 [SIMBAD], visual magnitude m = 7.205 ± 0.020 mag. [Casagrande et al.2010], through the HR diagram analysis, we also informed its equivalent in absolute magnitude M = 3.377 ± 0.027mag. [Howard et al.2013]
Now, based on these known astronomical observations, astronomy analytic theory it with mathematical analysis, from which we can learn more about it. Look! Piece of science release Number. ZHOU-Jian-2013002 analytic series star chart astronomy application examples show, the star HD 140283 Zhou Jian redshift zz = 0.00000001380504, the distance r = 190.123395595 light years (ly), radiated out from its own light (electromagnetic radiation) spread to the propagation time in front of us t = 190.123395595 years (ya), its own Doppler redshift zd = -0.00056401380504 (Doppler redshift is negative, indicating that it is the Doppler blue shift), corresponding to the radial velocity υd = -169.039403 km / s (radial velocity is negative, indicating that it is moving toward the observer comes), which coordinates the celestial coordinates of the spatial position is x = -105.025319 light years (ly ), y = -154.325045 light years (ly), z = -36.060622 light years (ly), now, we get star chart shows itself radiated from the light (electromagnetic radiation) light propagating in all directions propagation equations expression.
In fact, we do not believe this is true, including this writer, too, unless you can verify the results of the experiment are given. ZHOU Jian redshift from the point of view, too small to be observed in the laboratory can not be verified, but in any case we are able to give its distance astronomical observations to verify. Haha, thanks to the Hubble Space Telescope has now, through its precise astronomical observations, we have obtained the oldest star HD 140283 most accurate absolute parallax is 17.15 ± 0.14 milli arc seconds (MAS) [Howard et al.2013], the resolution astronomy is 190.123395595 light years distance given (ly), corresponding to the parallax is 17.155307 milli arc seconds (MAS), the theoretical value fully consistent with astronomical observations.
Piece science release Number. ZHOU-Jian-2013002 analytic astronomy application examples let us see the following:
First, the star HD 140283 astronomical phenomenon, including apparent magnitude, absolute magnitude, redshift (observed redshift), video and other data, converted into stars HD 140283 astronomical phenomenon point, the "point" can be used ZHOU Jian redshift zz, light propagation distance modulus dm, the light propagation time t to represent.
Secondly, the establishment of spatial Cartesian coordinate system, according to the week's law and knowledge of celestial coordinates of the star HD 140283 astronomical phenomena point in Cartesian coordinates and space coordinates of real numbers (x, y, z) for one to one treatment, and treatment the result is to get the star HD 140283 itself radiated light (electromagnetic radiation) into space in all directions in the propagation of light propagation equations, referred to as the star HD 140283 light propagation equations.
Finally, this study light propagation equations, which we learned star HD 140283 every moment of existence in the universe of real-time status.
For example, we have found that the star HD 140283 is a known, has a complete record of the age of the oldest stars, old birthday age may up to 14.5±0.8 billion years [Howard et al.2013], based on the star when we HD 140283 light propagation equations further research will be able to know:
(1) It was born out of the light radiated by the initial (electromagnetic radiation) has completed its limit the spread of the propagation distance cease to exist;
(2) It is at a distance of 13.772 billion years ago today radiated light (electromagnetic radiation) have been gradually completed its limit the spread of the propagation distance cease to exist;
(3) It is at a distance of today's 13.772 billion years after the radiated light (electromagnetic radiation) are gradually ground to its limits the propagation distance of this communication objectives spread, in the dissemination process, its propagation characteristics to ZHOU Jian redshift, the light propagation distance modulus, the light propagation time and other parameters to reflect;
(4) it is emitted from a light (electromagnetic radiation) in the entire communication process in the formation of a radiation center of the sphere with its radius Rmax = 13,771,980,862. 5685 light (ly) of the radial ball form, we will hold the ball of light is defined as the spread of radiation spherical bodies, because the ball is the author's body, this can also be directly used his name to name the ball shape, it is called ZHOU Jian spherical bodies.
In short, from the star HD 140283 radiated out of the light (electromagnetic radiation) all on its corresponding Zhou Jian spherical bodies have been completed or are being spread spread its existence 13.82 billion years older than 14.5 billion years to achieve is a normal phenomenon, we really no need to bother to set the big bang cosmological theories of the universe age set against the observed facts, we must prevent the use of a standard called the big Bang cosmology theory cocoon (get enmeshed in a web of one's own spinning) and unable to extricate themselves..
I'm an experienced user of popular Web analytics tools including Webtrends, Google analytics and AWStats.
The Jack Welch College of Business and the Office of Alumni Engagement presented “Careers in Analytics” on April 10, 2019, at the Martire Forum. The alumni panel featured Justin Baigert ’05, vice president, Data & Analytics at GE, Joseph Lucibello ’11, senior manager, data scientist at WWE and Suzanne May ’13, research manager at Purchased. The moderator was Khawaja Mamun, associate professor of economics. Photo by Mark F. Conrad
Technical Meeting on the IAEA 2019 Nuclear Material Round Robin held at the Agency headquarters in Vienna, Austria. 18 June 2019
Photo Credit: Dean Calma / IAEA
IAEA:
Yusuke Kuno, IAEA Director SGAS, Department of Safeguards
Steven Devry Balsley, IAEA Laboratory Head, Office of Safeguards Analytical Laboratory
Urska Repinc, IAEA Analytical Chemist, Office of Safeguards Analytical Laboratory
Dariusz Jozef Wegrzynek, IAEA Quality Assurance Manager, Office of Safeguards Analytical Laboratory
Catherine Mansoux, IAEA Team Leader, Office of Safeguards Analytical Laboratory
Okay, someone is cheating. There are five aces...
I think it's the woman. She is not drinking at all and seems to be taking advantage of the intoxicated patrons in the saloon. She is holding the best possible hand while the man's ace does nothing to help his hand. You can see that he is upset when he finds out that he is being outsmarted by a blonde, especially since she has taken most of his poker chips. Through his expression, you can almost see him saying in a redneck accent , "Hey! What the heck is goin' on here?" The woman seems embarrassed that she has been caught and holds her head down in shame.
This mural was found at a Logan's Roadhouse.
International Monetary Fund's Laura Kodres (2nd R),Assistant Director, MCM; Jennifer Elliott (C),Co-Lead Author of Chapter 3, MCM; Srobona Mitra (2nd L),Co-Lead Author of Chapter 3, MCM; Tao Sun (L),Lead Author of Chapter 4, MCM; Olga Stankova (R),Senior Press Officer, External Relations Department attend the Analytical Chapters of Global Financial Stability Report Press Conference September 25, 2012 at the IMF Headquarters in Washington, DC. IMF Photograph/Stephen Jaffe
With Biscione&Associati S.r.l.: an infographic explaining the commercial offer from INAZ, part of a larger work
The Jack Welch College of Business and the Office of Alumni Engagement presented “Careers in Analytics” on April 10, 2019, at the Martire Forum. The alumni panel featured Justin Baigert ’05, vice president, Data & Analytics at GE, Joseph Lucibello ’11, senior manager, data scientist at WWE and Suzanne May ’13, research manager at Purchased. The moderator was Khawaja Mamun, associate professor of economics. Photo by Mark F. Conrad
The Jack Welch College of Business and the Office of Alumni Engagement presented “Careers in Analytics” on April 10, 2019, at the Martire Forum. The alumni panel featured Justin Baigert ’05, vice president, Data & Analytics at GE, Joseph Lucibello ’11, senior manager, data scientist at WWE and Suzanne May ’13, research manager at Purchased. The moderator was Khawaja Mamun, associate professor of economics. Photo by Mark F. Conrad
Obtaining full referral URL
Image credits: www.reubenyau.com/google-analytics-hack-obtaining-full-re...
With Biscione&Associati S.r.l.: an infographic explaining the commercial offer from INAZ, part of a larger work
Just look at that water, so pretty!
This picture comes courtesy of Nicole who is enjoying some sun, sand and analytics while in Mexico.
In some ways this is particularly apt because a couple of chapters of the book were written while I was sitting on a beach in Hawaii, while my family was swimming and having fun. :)