Infinity 1 Infinity Tomas Did Not Realize at the Time That Metaphors Are
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TOKYO IDOLS - a film by KYOKO MIYAKE
TOKYO IDOLS - A film by KYOKO MIYAKE Distributed in Canada by Films We Like Bookings and General Inquries: mike@filmswelike.com Publicity and Media: mallory@filmswelike.com Press kit and high rez images: http://www.filmswelike.com/films/tokyo-idols LOGLINE Girl bands and their pop music permeate every moment of Japanese life. Following an aspiring pop singer and her fans, Tokyo Idols explores a cultural phenomenon driven by an obsession with young female sexuality, and the growing disconnect between men and women in hyper-modern societies SYNOPSIS “IDOLS” has fast become a phenomenon in Japan as girl bands and pop music permeate Japanese life. TOKYO IDOLS - an eye-opening film gets at the heart of a cultural phenomenon driven by an obsession with young female sexuality and internet popularity. This ever growing phenom is told through Rio, a bona fide "Tokyo Idol" who takes us on her journey toward fame. Now meet her “brothers”: a group of adult middle aged male super fans (ages 35 - 50) who devote their lives to following her—in the virtual world and in real life. Once considered to be on the fringes of society, the "brothers" who gave up salaried jobs to pursue an interest in female idol culture have since blown up and have now become mainstream via the internet, illuminating the growing disconnect between men and women in hypermodern societies. With her provocative look into the Japanese pop music industry and its focus on traditional beauty ideals, filmmaker Kyoko Miyake confronts the nature of gender power dynamics at work. As the female idols become younger and younger, Miyake offers a critique on the veil of internet fame and the new terms of engagement that are now playing out IRL around the globe. -
Notes for Frek and the Elixir by Rudy Rucker Copyright (C) Rudy Rucker, 2004
Frek and the Elixir Notes, Rudy Rucker, 1/22/04 Notes for Frek and the Elixir by Rudy Rucker Copyright (C) Rudy Rucker, 2004. Started preliminary notes on December 15, 2000. Made this formal notes document on May 1, 2001. Started the novel on June 12, 2001. Finish dates as follows. First draft on March 2, 2003. Second draft on April 29, 2003. Third draft on August 10, 2003. Copy edits on November 1, 2003. Page proofs on December 15, 2003. Closed out notes on January 22, 2004. Notes word count 75,500 Notes last revised for posting on January 22, 2004. Word Count.......................................................................................................................7 Progress Table...............................................................................................................7 Estimates and Calculations of Length and Chapter Count............................................8 Lengths of recent novels...........................................................................................8 July 5, 2001. Chap 1 nearly Done. ..........................................................................8 September 7, 2001. Rolling on Chap 3....................................................................8 May 13, 2002. Longer Chapters. .............................................................................8 June 19, 2002. 15, not 17 chapters. .........................................................................8 July 6, 2002. Maybe 16 Chaps. ...............................................................................8 -
Grade 7/8 Math Circles the Scale of Numbers Introduction
Faculty of Mathematics Centre for Education in Waterloo, Ontario N2L 3G1 Mathematics and Computing Grade 7/8 Math Circles November 21/22/23, 2017 The Scale of Numbers Introduction Last week we quickly took a look at scientific notation, which is one way we can write down really big numbers. We can also use scientific notation to write very small numbers. 1 × 103 = 1; 000 1 × 102 = 100 1 × 101 = 10 1 × 100 = 1 1 × 10−1 = 0:1 1 × 10−2 = 0:01 1 × 10−3 = 0:001 As you can see above, every time the value of the exponent decreases, the number gets smaller by a factor of 10. This pattern continues even into negative exponent values! Another way of picturing negative exponents is as a division by a positive exponent. 1 10−6 = = 0:000001 106 In this lesson we will be looking at some famous, interesting, or important small numbers, and begin slowly working our way up to the biggest numbers ever used in mathematics! Obviously we can come up with any arbitrary number that is either extremely small or extremely large, but the purpose of this lesson is to only look at numbers with some kind of mathematical or scientific significance. 1 Extremely Small Numbers 1. Zero • Zero or `0' is the number that represents nothingness. It is the number with the smallest magnitude. • Zero only began being used as a number around the year 500. Before this, ancient mathematicians struggled with the concept of `nothing' being `something'. 2. Planck's Constant This is the smallest number that we will be looking at today other than zero. -
A Child Thinking About Infinity
A Child Thinking About Infinity David Tall Mathematics Education Research Centre University of Warwick COVENTRY CV4 7AL Young children’s thinking about infinity can be fascinating stories of extrapolation and imagination. To capture the development of an individual’s thinking requires being in the right place at the right time. When my youngest son Nic (then aged seven) spoke to me for the first time about infinity, I was fortunate to be able to tape-record the conversation for later reflection on what was happening. It proved to be a fascinating document in which he first treated infinity as a very large number and used his intuitions to think about various arithmetic operations on infinity. He also happened to know about “minus numbers” from earlier experiences with temperatures in centigrade. It was thus possible to ask him not only about arithmetic with infinity, but also about “minus infinity”. The responses were thought-provoking and amazing in their coherent relationships to his other knowledge. My research in studying infinite concepts in older students showed me that their ideas were influenced by their prior experiences. Almost always the notion of “limit” in some dynamic sense was met before the notion of one to one correspondences between infinite sets. Thus notions of “variable size” had become part of their intuition that clashed with the notion of infinite cardinals. For instance, Tall (1980) reported a student who considered that the limit of n2/n! was zero because the top is a “smaller infinity” than the bottom. It suddenly occurred to me that perhaps I could introduce Nic to the concept of cardinal infinity to see what this did to his intuitions. -
A Thesis Entitled Yoshimoto Taka'aki, Communal Illusion, and The
A Thesis entitled Yoshimoto Taka’aki, Communal Illusion, and the Japanese New Left by Manuel Yang Submitted as partial fulfillment for requirements for The Master of Arts Degree in History ________________________ Adviser: Dr. William D. Hoover ________________________ Adviser: Dr. Peter Linebaugh ________________________ Dr. Alfred Cave ________________________ Graduate School The University of Toledo (July 2005) ACKNOWLEDGMENTS It is customary in a note of acknowledgments to make the usual mea culpa concerning the impossibility of enumerating all the people to whom the author has incurred a debt in writing his or her work, but, in my case, this is far truer than I can ever say. This note is, therefore, a necessarily abbreviated one and I ask for a small jubilee, cancellation of all debts, from those that I fail to mention here due to lack of space and invidiously ungrateful forgetfulness. Prof. Peter Linebaugh, sage of the trans-Atlantic commons, who, as peerless mentor and comrade, kept me on the straight and narrow with infinite "grandmotherly kindness" when my temptation was always to break the keisaku and wander off into apostate digressions; conversations with him never failed to recharge the fiery voltage of necessity and desire of historical imagination in my thinking. The generously patient and supportive free rein that Prof. William D. Hoover, the co-chair of my thesis committee, gave me in exploring subjects and interests of my liking at my own preferred pace were nothing short of an ideal that all academic apprentices would find exceedingly enviable; his meticulous comments have time and again mercifully saved me from committing a number of elementary factual and stylistic errors. -
Simple Statements, Large Numbers
University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln MAT Exam Expository Papers Math in the Middle Institute Partnership 7-2007 Simple Statements, Large Numbers Shana Streeks University of Nebraska-Lincoln Follow this and additional works at: https://digitalcommons.unl.edu/mathmidexppap Part of the Science and Mathematics Education Commons Streeks, Shana, "Simple Statements, Large Numbers" (2007). MAT Exam Expository Papers. 41. https://digitalcommons.unl.edu/mathmidexppap/41 This Article is brought to you for free and open access by the Math in the Middle Institute Partnership at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in MAT Exam Expository Papers by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. Master of Arts in Teaching (MAT) Masters Exam Shana Streeks In partial fulfillment of the requirements for the Master of Arts in Teaching with a Specialization in the Teaching of Middle Level Mathematics in the Department of Mathematics. Gordon Woodward, Advisor July 2007 Simple Statements, Large Numbers Shana Streeks July 2007 Page 1 Streeks Simple Statements, Large Numbers Large numbers are numbers that are significantly larger than those ordinarily used in everyday life, as defined by Wikipedia (2007). Large numbers typically refer to large positive integers, or more generally, large positive real numbers, but may also be used in other contexts. Very large numbers often occur in fields such as mathematics, cosmology, and cryptography. Sometimes people refer to numbers as being “astronomically large”. However, it is easy to mathematically define numbers that are much larger than those even in astronomy. We are familiar with the large magnitudes, such as million or billion. -
Feb 18 Customer Order Form
#365 | FEB19 PREVIEWS world.com Name: ORDERS DUE FEB 18 THE COMIC SHOP’S CATALOG PREVIEWSPREVIEWS CUSTOMER ORDER FORM CUSTOMER 601 7 Feb19 Cover ROF and COF.indd 1 1/10/2019 11:11:39 AM SAVE THE DATE! FREE COMICS FOR EVERYONE! Details @ www.freecomicbookday.com /freecomicbook @freecomicbook @freecomicbookday FCBD19_STD_comic size.indd 1 12/6/2018 12:40:26 PM ASCENDER #1 IMAGE COMICS LITTLE GIRLS OGN TP IMAGE COMICS AMERICAN GODS: THE MOMENT OF THE STORM #1 DARK HORSE COMICS SHE COULD FLY: THE LOST PILOT #1 DARK HORSE COMICS SIX DAYS HC DC COMICS/VERTIGO TEEN TITANS: RAVEN TP DC COMICS/DC INK TEENAGE MUTANT NINJA ASCENDER #1 TURTLES #93 STAR TREK: YEAR FIVE #1 IMAGE COMICS IDW PUBLISHING IDW PUBLISHING TEENAGE MUTANT NINJA TURTLES #93 IDW PUBLISHING THE WAR OF THE REALMS: JOURNEY INTO MYSTERY #1 MARVEL COMICS XENA: WARRIOR PRINCESS #1 DYNAMITE ENTERTAINMENT FAITHLESS #1 BOOM! STUDIOS SIX DAYS HC DC COMICS/VERTIGO THE WAR OF LITTLE GIRLS THE REALMS: OGN TP JOURNEY INTO IMAGE COMICS MYSTERY #1 MARVEL COMICS TEEN TITANS: RAVEN TP DC COMICS/DC INK AMERICAN GODS: THE MOMENT OF XENA: THE STORM #1 WARRIOR DARK HORSE COMICS PRINCESS #1 DYNAMITE ENTERTAINMENT STAR TREK: YEAR FIVE #1 IDW PUBLISHING SHE COULD FLY: FAITHLESS #1 THE LOST PILOT #1 BOOM! STUDIOS DARK HORSE COMICS Feb19 Gem Page ROF COF.indd 1 1/10/2019 3:02:07 PM FEATURED ITEMS COMIC BOOKS & GRAPHIC NOVELS Strangers In Paradise XXV Omnibus SC/HC l ABSTRACT STUDIOS The Replacer GN l AFTERSHOCK COMICS Mary Shelley: Monster Hunter #1 l AFTERSHOCK COMICS Bronze Age Boogie #1 l AHOY COMICS Laurel & Hardy #1 l AMERICAN MYTHOLOGY PRODUCTIONS Jughead the Hunger vs. -
Based Enrichment and Immunomagnetic Isolation of Circulating Tumour Cells
Development of a Microfluidic Platform for Size- Based Enrichment and Immunomagnetic Isolation of Circulating Tumour Cells by Hadi Esmaeilsabzali M.A.Sc., Electrical Engineering, Iran University of Science and Technology, 2006 B. Eng., Biomedical Engineering, Shahid Beheshti University of Medical Sciences, 2003 Thesis Submitted in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy in the School of Mechatronic Systems Engineering Faculty of Applied Sciences © Hadi Esmaeilsabzali SIMON FRASER UNIVERSITY Summer 2017 Copyright in this work rests with the author. Please ensure that any reproduction or re-use is done in accordance with the relevant national copyright legislation. Approval Name: Hadi Esmaeilsabzali Degree: Doctor of Philosophy Title: Development of a Microfluidic Platform for Size- Based Enrichment and Immunomagnetic Isolation of Circulating Tumour Cells Examining Committee: Chair: Dr. Behraad Bahreyni Associate Professor Dr. Edward J. Park Senior Supervisor Professor Dr. Timothy V. Beischlag Senior Co-Supervisor Professor Dr. Ash Parameswaran Supervisor Professor Dr. Bonnie L. Gray Internal Examiner Professor School of Engineering Science Dr. Yu Sun External Examiner Professor Department of Mechanical & Industrial Engineering University of Toronto Date Defended/Approved: August 16, 2017 ii Ethics Statement iii Abstract Cancer is a leading cause of death worldwide. Efforts to improve the longevity and quality of life of cancer patients are hindered by delays in diagnosis of tumours and treatment deficiency, as well as inaccurate prognosis that leads to unnecessary or inefficient treatments. More accurate biomarkers may address these issues and could facilitate the selection of effective treatment courses and development of new therapeutic regimens. Circulating tumour cells (CTCs), which are cancer cells that are shed from tumours and enter the vasculature, hold such a promise. -
Using Suffix Arrays to Compute Term Frequency and Document Frequency for All Substrings in a Corpus
Using Suffix Arrays to Compute Term Frequency and Document Frequency for All Substrings in a Corpus Mikio Yamamoto∗ Kenneth W. Church† University of Tsukuba AT&T Labs - Research Bigrams and trigrams are commonly used in statistical natural language processing; this paper will describe techniques for working with much longer ngrams. Suffix arrays were first introduced to compute the frequency and location of a substring (ngram) in a sequence (corpus) of length N. To compute frequencies over all N(N +1)/2 substrings in a corpus, the substrings are grouped into a manageable number of equivalence classes. In this way, a prohibitive computation over substrings is reduced to a manageable computation over classes. This paper presents both the algorithms and the code that were used to compute term frequency (tf) and document frequency (df) for all ngrams in two large corpora, an English corpus of 50 million words of Wall Street Journal and a Japanese corpus of 216 million characters of Mainichi Shimbun. The second half of the paper uses these frequencies to find “interesting” substrings. Lexicographers have been interested in ngrams with high Mutual Information (MI) where the joint term frequency is higher than what would be expected by chance (composition- ality). Residual Inverse Document Frequency (RIDF) compares document frequency to a different notion of chance, highlighting technical terminology, names and good keywords for information retrieval. The combination of both MI and RIDF is better than either by itself in a Japanese word identification task. 1 Introduction Suffix arrays will be used to compute a number of statistics of interest, including term fre- quency and document frequency, for all ngrams in large corpora. -
Ever Heard of a Prillionaire? by Carol Castellon Do You Watch the TV Show
Ever Heard of a Prillionaire? by Carol Castellon Do you watch the TV show “Who Wants to Be a Millionaire?” hosted by Regis Philbin? Have you ever wished for a million dollars? "In today’s economy, even the millionaire doesn’t receive as much attention as the billionaire. Winners of a one-million dollar lottery find that it may not mean getting to retire, since the million is spread over 20 years (less than $3000 per month after taxes)."1 "If you count to a trillion dollars one by one at a dollar a second, you will need 31,710 years. Our government spends over three billion per day. At that rate, Washington is going through a trillion dollars in a less than one year. or about 31,708 years faster than you can count all that money!"1 I’ve heard people use names such as “zillion,” “gazillion,” “prillion,” for large numbers, and more recently I hear “Mega-Million.” It is fairly obvious that most people don’t know the correct names for large numbers. But where do we go from million? After a billion, of course, is trillion. Then comes quadrillion, quintrillion, sextillion, septillion, octillion, nonillion, and decillion. One of my favorite challenges is to have my math class continue to count by "illions" as far as they can. 6 million = 1x10 9 billion = 1x10 12 trillion = 1x10 15 quadrillion = 1x10 18 quintillion = 1x10 21 sextillion = 1x10 24 septillion = 1x10 27 octillion = 1x10 30 nonillion = 1x10 33 decillion = 1x10 36 undecillion = 1x10 39 duodecillion = 1x10 42 tredecillion = 1x10 45 quattuordecillion = 1x10 48 quindecillion = 1x10 51 -
Functional Role of the Homeobox Transcription Factor Six1 in Neoplastic Transformation of Human Keratinocytes Maria Hosseinipour University of South Carolina
University of South Carolina Scholar Commons Theses and Dissertations 2017 Functional Role of the Homeobox Transcription Factor Six1 in Neoplastic Transformation of Human Keratinocytes Maria Hosseinipour University of South Carolina Follow this and additional works at: https://scholarcommons.sc.edu/etd Part of the Biomedical and Dental Materials Commons Recommended Citation Hosseinipour, M.(2017). Functional Role of the Homeobox Transcription Factor Six1 in Neoplastic Transformation of Human Keratinocytes. (Doctoral dissertation). Retrieved from https://scholarcommons.sc.edu/etd/4290 This Open Access Dissertation is brought to you by Scholar Commons. It has been accepted for inclusion in Theses and Dissertations by an authorized administrator of Scholar Commons. For more information, please contact [email protected]. FUNCTIONAL ROLE OF THE HOMEOBOX TRANSCRIPTION FACTOR SIX1 IN NEOPLASTIC TRANSFORMATION OF HUMAN KERATINOCYTES By Maria Hosseinipour Bachelor of Science University of Florida, 2009 Submitted in Partial Fulfillment of the Requirements For the Degree of Doctor of Philosophy in Biomedical Science School of Medicine University of South Carolina 2017 Accepted by: Lucia A. Pirisi, Major Professor Udai Singh, Chair, Examining Committee Kim E. Creek, Committee Member Wayne Carver, Committee Member Maria Marjorette Peña, Committee Member Cheryl L. Addy, Vice Provost and Dean of the Graduate School © Copyright by Maria Hosseinipour, 2017 All Rights Reserved. ii DEDICATION To my Mom and Dad: Yesterday I was clever, so I wanted to change the world. Today I am wise, so I am changing myself… I ran from what was comfortable, and forgot safety. I lived where I feared to live, and destroyed my reputation. In the end, I became notorious. -
August Troubadour
FREE SAN DIEGO ROUBADOUR Alternative country, Americana, roots, folk, Tblues, gospel, jazz, and bluegrass music news March 2007 www.sandiegotroubadour.com Vol. 6, No. 6 what’s inside Welcome Mat ………3 Contributors San Diego Folk Song Society Full Circle.. …………4 Kenny Newberry Recordially, Lou Curtiss Front Porch... ………6 Harp Guitars Steph Johnson Parlor Showcase …8 Sven-Erik Seaholm Ramblin’... …………10 Bluegrass Corner Zen of Recording Hosing Down Radio Daze Highway’s Song. …12 Leo Kottke & David Lindley Of Note. ……………13 Gaskins ‘n’ Gunner Chad Farran Alex Esther Manisha Shahane Kevin Jones ‘Round About ....... …14 March Music Calendar The Local Seen ……15 Photo Page MARCH 2007 SAN DIEGO TROUBADOUR welcome mat Sam Hinton’s Folk Song Society Turns 50 RSAN ODUIEGBO ADOUR Alternative country, Americana, roots, folk, by Allen Singer country blues, and Tblues, gospel, jazz, and bluegrass music news original material. am Hinton Members play many S has worn different instru - many hats ments at all skill MISSION CONTRIBUTORS in his life. He’s an levels and we original — a folk encourage everyone To promote, encourage, and provide an n FOUNDERS a g alternative voice for the great local music that singer, a songwriter, a scientist, an artist, i from amateur to professional to be a part Ellen and Lyle Duplessie F is generally overlooked by the mass media; a father, and a great diatonic harmonica r of the group each time we meet. We e Liz Abbott t namely the genres of alternative country, e player. On March 31, when Hinton cele - P leave nobody behind in the musical dust.