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Margaux Macdonald, Economist (Research Department) and Davide Malacrino, Economist (Research Department) speak at Analytical corner on the topic of “Boosting Productivity in the Aftermath of COVID-19”.
IMF Photo/Kim Haughton
28 September 2021
Washington, DC, United States
Photo ref: KH210928128.jpg
Roofing Analytics has had much success in helping to appraise roofs that were repaired, which in fact should have been replaced.
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After a storm, many people may not be aware of their roofing needs, as the damage is either non-visible or not immediate. Roofing Analytics offers and encourages inspections by our certified storm damage assessment team.
According to Google Analytics, both Ryan Tubridy and Christian Payne pull the same interest from casual viewers. And quotation marks intrigue people too. This heatmap comes from an analysis of my blog.
for wendyhome.com
These are failry typical weekly statistics with the exception that Thursday (tea drinking posts) is looking more popular than Wednesday (why I'm single posts)
Summary:
30% of visits are from returning visitors (same IP address, inactive for 30mins between activity on the Wendyhome), approximately 12 computers/people one of whom is me.
Approximately 40 visits and 60 page-views per day
Most my traffic comes from Goggle (google.com and images). A separate content analysis shows the 18% google images searchers are all looking for my picture of an everclear alcohol bottle (see image in comment below)
12% of my traffic is 'direct' (from bookmarks/favourites, my email signature etc)
10% of my traffic is from msdn.com (Raymond's blog)
Sébastien Leduc and Carolina Osorio-Buitron present during the Analytical Corner titled “Tax Policy for Inclusive Growth Post Pandemic” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
28 September 2021
Washington, DC, United States
Photo ref: CH210928028.arw
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解析天文学应用模板∶天体演化解析模板
周坚/2013年12月10日
解析天文学（Analytic Astronomy），又称为坐标天文学（Coordinate Astronomy），是使用代数方法进行研究的天文学，2008年6月29日发现的周坚定律就是它的理论基础，2009年3月8日创立的解析宇宙学（著作权登记证号是：2009-A-020687）的解析观点促成了它的提出。那么，解析天文学能够为我们带来什么呢？就让我们通过具体的实际应用来回答这个问题吧。
天体演化是指宇宙中的天体有它的产生、发展和衰亡的过程，它是天文学研究领域必须面对的最基础性的自然科学之一，因此，由家住广西柳州市柳北区柳长路611号的中国人周坚，基于1998年发现宇宙正在加速膨胀的超新星哈勃图的进一步深入研究，于2008年6月29日发现周坚定律【周坚，来自超新星哈勃图的观测证明一个周坚红移定律，中国科技财富，2011，24：274】，并基于周坚定律的直接应用，于2009年3月8日独立创立了不可思议的解析宇宙学【著作权登记证号是：2009-A-020687】理论，于2013年6月29日毫不犹豫的提出解析天文学理论，虽然能够让我们应用解析法（代数）来解读我们所观测到的那迷团般的天空，但作为天文学的一门崭新的分支理论——解析天文学，也必须能够对天体演化进行解析。当然了，天体演化是一个相当复杂的过程，为了让我们能够更清晰的认识天体演化过程，这里特制作出这个解析天文学应用模板，即天体演化解析模板，现在呈现给大家，希望能够帮助我们更加深入地理解和认识天体演化过程。
由于解析天文学应用模板：天体演化解析模板实在太大，图片无法清晰上传，只能按附件上传，下载后观看欣赏我们所观测到的天体演化过程。
可以肯定，通过仔细阅读天体演化解析模板后，我们一定能够理解宇宙为什么就是我们观测到的现在这种模样。
解析天文学解析模板，包含星系和星系团等天体的解析模板、恒星和星云等天体的解析模板和天体演化解析模板三个部分，现在已经全部完成，至此，笔者的义务已经完成，敬请大家欣赏，正确与否就由后人研究鉴别好了，笔者完全相信人类的智慧。
Analytic Astronomy, also known coordinate astronomy, is to use algebraic methods to study astronomy, June 29, 2008 discovered ZHOU Jian's law is its theoretical foundation, March 8, 2009 founded the analytic cosmology (copyright registration number is :2009-A-020687) contributed to the analytical point of view it's made.So, it brought us what? Let us through specific practical application to answer this question now.
International Monetary Fund's Jan Brockmeijer (R), Deputy Director, Monetary and Capital Markets Department (MCM);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 and Tao Sun (L),Lead Author of Chapter 4, MCM 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
Mint web analytics dashboard. View our post on the subject: www.swellpath.com/2009/05/alternatives-to-google-analytic...
Karla Vasquez and Alex-Okoh Kikachukwu present on Public Debt Transparency—Aligning the Law with the Public Good during an Analytical Corner recording at the International Monetary Fund.
IMF Photo/Cory Hancock
5 April 2022
Washington, DC, United States
Photo ref: CH220405027.arw
Laura has sent in this nice picture all the way from Lake Como, Italy.
I'm thrilled that Web Analytics 2.0 is proving to be of value in her thesis on Competitive Intelligence 2.0.
解析天文学求解恒星距离的思考
周坚/2014年4月28日
解析天文学（Analytic Astronomy），又称为坐标天文学（Coordinate Astronomy），是使用代数方法进行研究的天文学，2008年6月29日发现的周坚定律就是它的理论基础，2009年3月8日创立的解析宇宙学（著作权登记证号是：2009-A-020687）的解析观点促成了它的提出。那么，解析天文学能够为我们带来什么呢？就让我们通过具体的实际应用来回答这个问题吧。
在日常生活中，观测者在观测发光强度恒定并相同的发光物体的时候，发光强度恒定并相同的特征始终不会随着观测距离的不同而改变。比如以不同的距离去观测发光强度为100瓦的恒定发光电灯泡，其发光强度不可能因为观测者观测它的距离不同而不同。
在日常生活中，观测者在观测发光强度恒定并相同的发光物体的时候，这种发光强度恒定并相同的特征不随观测距离的不同而改变的这一线索，在天文观测中是否也是如此呢？比如我们对太阳的观测，太阳恒定的发光特征至始至终都不可能因为观测者以不同的距离去观测它而改变。
在观测太阳过程中，太阳恒定的发光特征至始至终都不可能因为观测者以不同的距离去观测它而改变的这一线索，对恒星距离的求解是一条重要的线索，因为恒星恒定的发光特征至始至终也都是不可能因为观测者以不同的距离去观测它而改变。
在天文观测中，我们发现：
1、恒星在一般情况下的发光强度是恒定的。
2、光谱类型相同的恒星，其它们的发光强度（光度）也相同。
3、依据赫罗图的研究，恒星的光谱类型与恒星的绝对星等存在唯一相关性。
如此一来，由于恒星的视亮度，即视星等是我们能够通过直接观测来精确确定的参数，同时恒星的光谱类型也是我们能够通过直接观测来精确确定的，再通过赫罗图的光谱类型与绝对星等的对应关系，就能够获得恒星的精确绝对亮度，即恒星的绝对星等，因此，最后我们就能够依据距离模数定义式求解出恒星的精确距离，这就是解析天文学求解恒星距离的思考。
反观目前的天文现状，虽然我们观测到恒星的光谱类型完全一致，但由于观测距离难以精确确定，以至于通过距离模数定义式计算所获得它们的绝对亮度五花八门，即它们的绝对星等值竟然不一致。比如光谱类型为A1V型的主序星，依据SIMBAD天文数据库查询，编号为 HD 3、HD 53、HD 235和HD319，这四颗恒星的光谱类型都是A1V型，属于主序星，视星等分别是6.710等、7.410等、8.660等和5.942等，按道理，它们的绝对亮度，即绝对星等应该是一致的，但依据三角视差法进行观测，它们的视差分别是7.220毫角秒、8.840毫角秒、5.350毫角秒和12.760毫角秒，对应的估计距离分别是452光年、369光年、610光年和256光年，依据距离模数定义式计算，它们的绝对星等竟然分别显示为1.003等、2.142等、2.302等和1.471等，绝对星等值完全不一致，最大值与最小值竟然相差1.299等。
哈哈，这种恒星光谱类型所对应的绝对亮度不一致的观测现象就好比：
1、我们以不同的距离去观测我们赖以生存的太阳竟然获得它的绝对亮度是不一致的观测结果，但太阳恒定的发光特征是千真万确的。
2、在日常生活中，我们以不同的距离去观测一个发光强度恒定的发光物体（比如发光强度为100瓦的恒定发光电灯泡），所获得该发光物体的发光强度恒定的特征竟然随观测者对它进行观测的距离不同而不同，但只要同一个发光强度恒定的发光物体的发光条件不变，它的恒定发光特征是不可能因为观测者对它进行观测的距离不同而不同。
目前，在日常生活中的发光强度恒定并相同的特征始终不会因为观测者对它进行观测的距离不同而不同这样简单的道理，在天文观测中或许被天文学家们给忽略了，这幅编号为ZHOU-Jian-2014008的解析天文学求解恒星距离的思考示意图，不知是否能够提醒我们注意这个即简单又明了的天文道理。
Face to Face with Google Analytics Program Manager Deepak Aujla at Idea Center, Wolfson campus on June 9, 2016
Google advanced segmentation tip
Image credit: www.kaushik.net/avinash/2008/10/google-analytics-releases...
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Higinio O. Maycotte, Nicholas White, Todd Cunningham, and Melody Kramer at the 2014 ISOJ on the University of Texas-Austin campus, Apr. 5, 2014. Gabriel Cristóver PérezKnight Center
Much as I'd love to do the life drawing course that's being offered by LoveLifeDrawing as a follow-up to Figuary, the course fee is slightly outside my range. Still, I decided to make use of the free sample lesson video they were offering.
This was a guided drawing session spending most of 30 minutes working on a relatively analytical drawing from a single photo. I think my actual drawing time was about 20 minutes (or perhaps a bit less).
The model, Artistic Physique, is one I recognise from the Croquis Café videos, and I suspect this photo may be from their reference library.
Analytic Astronomy：Celebrates ZHOU Jian's Law discovered 5st Anniversary
ZHOU Jian / June 29, 2013
[Core tips] June 29, 2008 On this day, a discovery will change our view of the universe: the human finally supernova Hubble diagram based on the further study found a relevant light (electromagnetic radiation) in the dissemination process of the natural propagation, in order to facilitate the application, its discoverer, has used his name to call it law firm for the week. Prior to this, the scientists distant supernovae Hubble diagram based study discovered that the universe is accelerating expansion, and in the moment, who lives in southern China's Guangxi Liuzhou Liu Long Road 611 Liubei people - ZHOU Jian, he also based on Hubble diagram of distant supernovae studies have found that about light (electromagnetic radiation) in the dissemination process of the natural propagation - ZHOU Jian's law, was a miracle ah, the Chinese miracle. Five years, due to the persistent pursuit discoverer, now, ZHOU Jian's law has nothing to do with astronomy and algebra these two disciplines together tightly. Today is the ZHOU Jian's Law discovered 5st Anniversary, to celebrate birthdays, its discoverer, formally proposed a combination of astronomy and algebra analytic astronomy to be reporting to you in the form of series of pictures to show the application of analytical results of astronomy, anyway, this is unprecedented, and no person of the historic discovery, this is our earth people in the natural sciences in a major discovery.
Analytic Astronomy: (1) Basic Concepts
Analytic astronomy, also known coordinate Astronomy, is to use algebraic methods to study astronomy. Cartesian coordinate system commonly used to study the distribution of celestial bodies, motion, position, status, structure, composition, nature and the origin and evolution, with equations or equations to express the many features of celestial bodies.
Analytic astronomy can be simply explained as: the use of numerical methods to define the static characteristics of celestial bodies, dynamic characteristics and evolution, and extract observational data, and this observation is based on data output equations or equations of the form .
Analytic astronomy is a combination of astronomy and algebra basis of a new discipline, it inherits the mantle of astronomy to observe the experimental method, by observing celestial bodies to collect a variety of information, such information will eventually be converted into equations or equations, thus reflecting the celestial state of existence in space, while the combination of astronomy and algebra based theory is the ZHOU Jian's law, at this moment is a proposed resolution analytic astronomy of ZHOU Jian's law discovered 5st anniversary is the best birthday anniversary celebration.
Analytic Astronomy: (2) Basic Methods
The basic method of analysis astronomy, the first is the astronomical phenomenon as "point" to study, and this "point" is defined as the phenomenon of astronomical observation points, followed by a Cartesian coordinate system, the establishment of astronomical phenomena between the point and the real number one relationship, and astronomical phenomena observed one correspondence between equations, and this one to one relationship building is the ZHOU Jian's law, and finally the use of algebraic methods to study astronomy questions or problems to study astronomy algebra problems.
Analytic astronomy to algebra and analytical methods used to study astronomical systems, digital - Sky combines the ideas and methods of our communication bridge algebra and astronomy, observational astronomy from the bridge over to analytic astronomy.
Thus, this use of algebraic methods to study astronomy's basic approach is a real analytic method, and is the basic analytical method involving astronomy, we have every reason to call this analytical method astronomical analytical method. Today is the ZHOU Jian's law discovered 5st anniversary, to celebrate the birthday, we wish this astronomical analytical method will be used as the discoverer named ZHOU Jian analytical method. ZHOU Jian analytical method is the basic method of the analytic astronomy.
Analytic Astronomy: (3) Scientific significance
Analytic Astronomy scientific significance mainly in that it provides the number - Sky combines ideologically. In this thought under the guidance of an astronomical object is the number (coordinates) are fully characterized, astronomical phenomena can be expressed as algebraic form, all the characteristics of celestial bodies can be expressed through algebraic methods; conversely, it makes algebraic language to get astronomical explanation, so that algebraic language with intuitive astronomical significance, we can get out and get inspired by new conclusion. In short, the idea of making analytic algebra and astronomy astronomical harmony, complement each other, which will promote the development by leaps and bounds both for human progress inject positive energy. Of course, here we should also point out that this idea reflected in the view, with methodological significance, not only for the study of mathematics, but also to deal with the problem and the universe astronomy issues are very important scientific significance.
Emergence of the analytic astronomy, so astronomy into mathematics, astronomy which is provide a much-needed tool. Coordinate the application of the phenomenon of astronomical observations into equation into the celestial characteristic equation, the equation of evolution of celestial bodies into the extremely complex astronomical research object into a very familiar mathematical research object, this whole concept of change, will revolutionize astronomy current chaotic situation, and directly contributed to this change is a native Chinese scientist ZHOU Jian, he knew he discovered the importance of law firm of weeks, the necessity of creation of analytical cosmology, analytical astronomy proposed usefulness.
Let us resolve astronomy made to realize the combination of astronomy and algebra, the planetarium and the number unify, which undoubtedly we really paved the way for a correct understanding of the universe.
Analytic Astronomy: (4) History
1929 American astronomer Hubble first discovered planets growing larger distance between the phenomenon and proposed expansion of the universe theory, this discovery led directly to the Russian-born American astrophysicist George Gamow's "The Big Bang Theory," he says our universe was born about 13.7 ± 0.2 billion years of a big bang, galaxies receding celestial reason it was this big bang momentum caused.
Since then, astrophysics sector has always believed that the universe was expanding at a constant speed until the University of California, Berkeley astrophysicist Saar • Matt Ball, American / Australian physicist Brian Schmidt and • U.S. scientist Adam Reese • the three scientists in 1998 and made public: the expansion rate is not constant but not accelerate more slowly but constantly being faster.
Henceforth, astrophysics sector has always believed that the universe is accelerating expansion, until June 29, 2008, Chinese scientists ZHOU Jian in-depth study in 1998 found that the universe is accelerating expansion of the supernova Hubble diagram of the process, accidentally discovered supernova distribution best fit the piece of cosmological model parameters ΩM = 0.28, ΩΛ = 0.72 theoretical curve, even able to use a very simple magnitude - redshift relation to completely replace, which discovered the light (electromagnetic radiation) in the dissemination of during the propagation distance propagation and transmission wavelength with increasing distance from a regular shift to the red end of the natural amount of relative displacement - ZHOU Jian redshift proportional to the ZHOU Jian redshift plus 1 and inversely proportional to a new law of nature, and named for the ZHOU Jian’s law.
March 8, 2009, Chinese scientists ZHOU Jian in the "Analytical Cosmology" [ZHOU Jian, Analytical Cosmology. China,2009-A-020687] proposed a basic method of parsing the universe. Written opinion to resolve this exploratory work as a ZHOU Jian's law discovered 5st anniversary on the occasion of the celebration today resolved to provide a solid foundation for the analytical astronomy. Really unthinkable ah, ZHOU Jian's Law over five birthday today, analytical astronomy was born, let his ZHOU Jian's Law discovered loudly shouted Come: Analytical astronomy was born! Analytical astronomy was born! ! Analytical astronomy was born! ! ! Let him excited solemnly announced to the world at this moment: ZHOU Jian's Law consistency characteristics explain the universe is feasible!
Analytic Astronomy: (5) Basic Content
In the analytic astronomy, the primary basic content is the conversion,is to convert Sky "points", the "point" we define it as a astronomical phenomena point, the next the basic content is to establish, is to create space (or plane) Cartesian coordinate system , using the Cartesian coordinate system of the astronomical phenomena point and real number (x, y, z) to establish one to one relationship, which is the basis of one to one relationship is established based on the ZHOU Jian's law of direct application, the basic content of the final is output, the output is an equation or equations, and these equations or equations on the expression of celestial objects in space in the presence of features, even if the whole universe exists feature as well.
Thus, the Cartesian coordinates of the corresponding point of the astronomical phenomena and sum, astronomy relations and function close links between functions, we will be able to start from the astronomical observations, through the application of a Cartesian coordinate system, access astronomical phenomena features equations or equations, since achieve a very complex and very sophisticated astronomical research interconversion algebra, let us study astronomical number of studies on the same relationship as exceptionally easy, even cosmogonic problem, too, and even the whole universe eigenvalue problem is no exception.
Analytic Astronomy: (6) Basic Theory
We know that our eyes have seen the light is visible, we are very familiar with a number of light, then how far does it spread? We can see in the night sky distant stars, which indicates that it can spread very far away, of course, if capable of transmitting visible light infinity, then the earth we live is no day or night, this is the Olbers paradox comes from.
Why is this so? We may assume that there are countless reasons to explain such celestial regression, spatial expansion, etc., but why not from the light (electromagnetic radiation) in the propagation characteristics of the communication process to think about it?
Through experiments, we only know that light (electromagnetic radiation) propagation speed limit is 30 million meters per second, which is the speed of light, if there are other features too? Such as its propagation distance problem, which in the end can spread far? I do not know, maybe we think it can spread infinity (which is the current mainstream understanding), but it will bring Olbers paradox problem, so let us into another with a hypothesis to explain the cycle of hypothetical assumptions , for example, with inflation theory to explain the Big Bang theory of the universe can not explain the flatness problem, and now have to use the multiverse "cosmic bubble" theory to explain the theory of inflation left in the cosmic microwave background radiation pattern in the presence of a very large "cold point" (Planck observations).
No, we have to try new theory anyway, to find a breakthrough. We know that our observable universe is based on all the information light (electromagnetic radiation) in the dissemination process spread before us is the result of our observations, so we certainly observable universe with light (electromagnetic radiation) in the communication process the propagation characteristics relevant.
Look! When we Ia supernovae in the Hubble diagram drawn constitutes a supernova Hubble diagram, when we called in accordance with the standard Big Bang cosmology theory to study it, we discovered that the universe is accelerating expansion, which is won the 2011 Nobel Prize in Physics Saarland • Matt Ball, Brian Schmidt and Adam • Reece • the three scientists in 1998 findings. However, when we follow the simple fitting method to study painting supernova Hubble diagram, we discovered that light (electromagnetic radiation) exists in the communication process with the propagation distance transmission wavelength increases to the red end of the regular natural displacement phenomenon, which is the Chinese ZHOU Jian scientist at June 29, 2008 findings, this phenomenon is named after the discoverer with it is called ZHOU Jian effect, which will use the natural variation of the discoverer named after the ZHOU Jian ‘s law.
ZHOU Jian's law tells us that light (electromagnetic radiation) in the dissemination process exists transmission wavelength propagation distance increases to the red end of the regular natural displacement phenomenon, which is called ZHOU Jian effect, which is similar to the Doppler effect, but does not have any relationship with the Doppler effect.
ZHOU Jian's law also told us that light (electromagnetic radiation) in the dissemination process exists transmission wavelength propagation distance increases to the red end of the regular amount of relative displacement displacement naturally called redshift, in order to distinguish it from the Doppler redshift and other redshift, but also in order to facilitate future studies, we will use the discoverer named, thus it will be defined as the ZHOU Jian redshift this redshift, and used in the "z" behind the footnote of "z" form, ie"zz" to represent.
ZHOU Jian's law and then tell us that light (electromagnetic radiation) in the dissemination process of propagation distance and ZHOU Jian redshift proportional, and ZHOU Jian redshift plus 1 and inversely proportional to the constant of proportionality which it is called ZHOU Jian constants and used in "Z" is followed by a footnote "0" in the form, namely "Z0" to indicate that the Z0 = 13,771,980,862. 5685 light years (ly).
ZHOU Jian's law further tells us that light (electromagnetic radiation) in the communication process there is a limit propagation distance, this limit propagation distance with "Rmax" to indicate that Rmax = 13,771,980,862. 5685 light years (ly), while light (electromagnetic radiation) to complete this limit transmission time interval elapsed from the call light propagation time limits, we use "T max" to indicate that Tmax = 13,771,980,862. 5685 years (ya). Thus, we do not have to explain, people will understand our planet all the studies so far given why the age of the universe at 13.82 billion years to finalize (Planck satellite observations), this is because the light (electromagnetic radiation) completed its limit propagation distance interval is the time elapsed 13.772 billion years.
ZHOU Jian's law further tells us ........ ZHOU Jian's law to tell us something is too much, today is the ZHOU Jian's law found 5ts anniversary, to celebrate birthdays, we will use this piece of the ZHOU Jian's law with light (electromagnetic radiation) the whole process of propagation the basic theory of analytic astronomy picture gallery, to show ZHOU Jian's law tells us everything right, from which we can see not only the ZHOU Jian's law discovered observational basis, but also to be able to see the light (electromagnetic radiation) in the dissemination of the whole process the propagation characteristics at all times, including ZHOU Jian redshift, light propagation distance modulus, light propagation time and other parameters of the process of change.