According to the decision of the University Administrative Board, the minimum course capacity in the Summer School is 20. If the number of registered students for a course is below 20 (except for the courses that must be kept open through the justified decision of the Administrative Board of a Faculty/Graduate School/Technical Vocational School of Higher Education), the course is closed. Thus, a course may be closed upon examination after the end of the registration period.
Due to the limited capacity of the courses offered by the Department of Mathematics, it is not always possible to meet the high demand. For registration provisions set by the Department of Mathematics (priorities, course capacity update hours, etc), students must also follow the announcements on
For courses dropped during interactive registration, capacity information will be updated three times a day at 09.00, 13.00, and 16.00. Among the below-mentioned courses, whose capacity is full, students can add the related courses after the capacity information is updated. This procedure is also valid for group changes.
All dates for interactive registration, advisor approvals, dates for tuition payment, tuition reimbursement upon evidence of a valid excuse, and other similar dates can be found in the summer school academic calendar at the following address:
During the registration for summer school, students will add the courses they want to take and finalize the registration process by clicking the "Request Registration Approval" button so that the request for approval along with the list of the added courses is sent to the Advisor Approval Program. Students who did not click the "Request Registration Approval" button will not be able to receive advisor approval.
As the usernames and passwords on the central servers are required for registrations, students should check the validity of their passwords before interactive registrations start. In case of a problem with their accounts, they should follow the steps on -forgot-my-password-where-can-i-apply.
Registration for courses is made in accordance with the provisions (previous grade obtained in the course, the department offering the course, section, last name , quota, etc.) set by departmental users.
The registration program will run prerequisite checks for applicable courses. As required by regulations, prerequisite checks are run on course basis (as defined in the catalog), not on a department/program basis. If the prerequisite provision is not fulfilled for a course, the system will not allow registration for that course.
Summer School tuition fees are calculated per course credit. In other words, the students pay a total tuition fee equivalent to the sum of the departmental credit fee for each course enrolled in. For non-credit courses (excluding Graduate Seminar, Term Project, and Special/Advanced Studies), the tuition fee is to be paid over two credits.
If students in a non-thesis graduate degree evening program take a course from another non-thesis graduate degree evening program, they pay the tuition fee per credit for the course of the other program.
In order to receive tuition reimbursement, students need to fill out the form in the following link, scan it after signing, and sent it to katk...@metu.edu.tr with the payment document. Students in non-thesis graduate evening programs should have the payment document approved by their departments.
The Tuition Fee Office (Upfloor of the atı Cafe) deals with tuition payments and related issues. Students who request tuition reimbursement with a valid excuse or who have problems with their payments may consult this unit regarding their problems.
I received my Ph.D. in mathematics from Rutgers University in 2016, under the supervision of Simon Thomas. I am currently an assistant professor at Middle East Technical University in Turkey, from which I also received my B.S. degree in mathematics in 2010. My research interests are mainly in mathematical logic, more specifically, in set theory, descriptive set theory and its applications to other fields of mathematics.
This workshop is a forum of mathematicians, computer scientists, engineers and physicists performing research on finite field arithmetic, interested in communicating the advances in the theory, applications, and implementations of finite fields. The workshop will help to bridge the gap between the mathematical theory of finite fields and their hardware/software implementations and technical applications.
We will partially support a limited number of young researchers and students for attending WAIFI 2010. This support will allow them to listen the conference presentations and attend coffee breaks with a significantly reduced registration fee. If they pay extra, they may also buy the conference proceedings and attend the other social activities.
From Ars Mathematica I learned about an article at Ars Technica describing a scandal involving plagiarism of theoretical physics papers by about 20 different people, some of them students at the Middle East Technical University in Ankara. Many of the papers were refereed and published in well-known journals, and one made it into what is now perhaps the most well-known particle theory journal, the Journal of High Energy Physics.
There are also other papers by some of the same authors which the arXiv does not list as plagiarized (published in Nuclear Physics B, here, Classical and Quantum Gravity, here, International Journal of Modern Physics, here and here) .
Besides this, some remarks on the arXiv plagiarism check. Last year or so, I noticed they were fiddling around with something because upon submission of a paper I got a message saying my paper was rejected because it seemed to be a copy of an already existing paper. I had a look at this other paper (turned out I knew the author), and there were about no similarities except that I accidentally had picked the same title (well, it was a proceedings article, how creative does one have to be for that?). So I sent a complaint to the arXiv guys, and they resolved the problem (very promptly and within only a couple of hours I have to say.)
One way or the other, the first some pages of their recent papers still have close resemblance to mine, but they have rearranged the sentences noticeably. I guess this is because they ran into problems with the arXiv filter, and so I really welcome it.
Good work is rare. Plagiarism merely reinforces existing work. One could speak of the stress that belies the academic professions to publish. With Universities and Colleges expanding, the pressure for new works taxes the professions.
Let me say what will happen next. The universities(up to now four) involved in the massive ring of paligiarism will open investigation about the case. They will impute the paligiarism to graduate students. Their advisors will say their names were added on papers without their consent. The graduate students will be discharged from the universities. So the case will be closed.
This year 1st time METU is not in the list of the top 500 universities in the world. It seems that METU is going down in many ways. In this or that department , you see a russian or an azerbaijani writing a paper and putting his name and the names of a few more on it then having it printed. Next you see these people promoted to associate professorship or full professorship. To have a little fun ,I plagiarized the following from a page in the math department in METU :
Robert Phelan Langlands, CC FRS FRSC (/ˈlŋləndz/; born October 6, 1936) is a Canadian mathematician.[1][2] He is best known as the founder of the Langlands program, a vast web of conjectures and results connecting representation theory and automorphic forms to the study of Galois groups in number theory,[3][4] for which he received the 2018 Abel Prize. He was an emeritus professor and occupied Albert Einstein's office at the Institute for Advanced Study in Princeton, until 2020 when he retired.[5]
Langlands was born in New Westminster, British Columbia, Canada, in 1936 to Robert Langlands and Kathleen J Phelan. He has two younger sisters (Mary b 1938; Sally b 1941). In 1945, his family moved to White Rock, near the US border, where his parents had a building supply and construction business.[6][3][1]
He graduated from Semiahmoo Secondary School and started enrolling at the University of British Columbia at the age of 16, receiving his undergraduate degree in Mathematics in 1957;[7] he continued at UBC to receive an M. Sc. in 1958. He then went to Yale University where he received a PhD in 1960.[8]
Langlands' Ph.D. thesis was on the analytical theory of Lie semigroups,[10] but he soon moved into representation theory, adapting the methods of Harish-Chandra to the theory of automorphic forms. His first accomplishment in this field was a formula for the dimension of certain spaces of automorphic forms, in which particular types of Harish-Chandra's discrete series appeared.[11][12]
He next constructed an analytical theory of Eisenstein series for reductive groups of rank greater than one, thus extending work of Hans Maass, Walter Roelcke, and Atle Selberg from the early 1950s for rank one groups such as S L ( 2 ) \displaystyle \mathrm SL (2) . This amounted to describing in general terms the continuous spectra of arithmetic quotients, and showing that all automorphic forms arise in terms of cusp forms and the residues of Eisenstein series induced from cusp forms on smaller subgroups. As a first application, he proved the Weil conjecture on Tamagawa numbers for the large class of arbitrary simply connected Chevalley groups defined over the rational numbers. Previously this had been known only in a few isolated cases and for certain classical groups where it could be shown by induction.[13]
He was elected a Fellow of the Royal Society of Canada in 1972 and a Fellow of the Royal Society in 1981.[23][24] In 2012, he became a fellow of the American Mathematical Society.[25] Langlands was elected as a member of the American Academy of Arts and Sciences in 1990.[26] He was elected as a member of the National Academy of Sciences in 1993[27] and a member of the American Philosophical Society 2004.[28]
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