2000 Ice Hockey Team

Front Row (L-R): Asst. Coach Billy Powers, Josh Blackburn, Krikor Arman, Sean Peach, Head Coach Red Berenson, Andrew Merrick, Kevin Magnuson, Kevin O'Malley, Associate Head Coach Mel Pearson

Second Row (L-R): L.J. Scarpace, Andy Hilbert, Bob Gassoff, Bill Trainor, Scott Matzka, Mark Kosick, Mike Comrie, John Shouneyia, Mike Cammalleri, J.J. Swistak

Third Row (L-R): Mark Mink, Craig Murray, Jay Vancik, Jeff Jillson, Dave Huntzicker, Josh Langfeld, Geoff Koch, Jed Ortmeyer

Fourth Row (L-R): Athletic Trainer Rick Bancroft, Student Equipment Manager Eric Sikkenga, Equipment Manager Ian Hume, Student Equipment Manager Jeff Conrad, Student Equipment Manager Royce Wilkerson, Video Coordinator Josh Richelew

2000 Ice Hockey Team posed with CCHA Trophy

Front Row (L-R): Asst. Coach Billy Powers, Josh Blackburn, Krikor Arman, Sean Peach, Head Coach Red Berenson, Andrew Merrick, Kevin Magnuson, Kevin O'Malley, Associate Head Coach Mel Pearson

Second Row (L-R): L.J. Scarpace, Andy Hilbert, Bob Gassoff, Bill Trainor, Scott Matzka, Mark Kosick, Mike Comrie, John Shouneyia, Mike Cammalleri, J.J. Swistak

Third Row (L-R): Mark Mink, Craig Murray, Jay Vancik, Jeff Jillson, Dave Huntzicker, Josh Langfeld, Geoff Koch, Jed Ortmeyer

Fourth Row (L-R): Athletic Trainer Rick Bancroft, Student Equipment Manager Eric Sikkenga, Equipment Manager Ian Hume, Student Equipment Manager Jeff Conrad, Student Equipment Manager Royce Wilkerson, Video Coordinator Josh Richelew

Plaidoirie de Me Henry Moreau pour les États-Unis d'Amérique contre MM. Arman et consorts.

Mode of access: Internet.

1999 Ice Hockey Team, posed with CCHA Playoff Trophy

Top Row: student trainer Jarrett Mason, student equip. mngr. Pat Fisher, equip. mngr. Ian Hume, student equip. mngr. Jeff Krzeszak, video coordinator Josh Richelow

Third Row: Robbie Kohen, Jeff Jillson, Jay Vancik, Geoff Koch, Scott Crawford, Kevin Magnuson, Josh Langfeld, Dave Huntzicker

Second Row: Kevin O'Malley, Scott Matzka, Bill Trainor, Sean Peach, Andrew Merrick, Mike Comrie, Bob Gassoff, Mark Kosick, Krikor Arman, Craig Murray, Josh Blackburn

Front Row: asst. coach Billy Powers, Greg Daddario, Greg Crozier, Bobby Hayes, head coach Red Berenson, Bubba Berenzweig, Dale Rominski, Justin Clark, Sean Ritchlin, asst. coach Mel Pearson

1999 Ice Hockey Team

Top Row: trainer Rick Bancroft, student trainer Jarrett Mason, student equip. mngr. Pat Fisher, student equip. mngr. Jeff Krzeszak, video coordinator Josh Richelew, student equip. mngr. David Brooks, equip. mngr. Ian Hume

Third Row: Jay Vancik, Jeff Jillson, Geoff Koch, Krikor Arman, Andrew Merrick, Dave Huntzicker, Mike Van Ryn, Josh Langfeld

Second Row: Kevin O'Malley, Scott Matzka, Bill Trainor, Sean Peach, Scott Crawford,Mike Comrie, Mark Kosick, Bob Gassoff, Craig Murray, Kevin Magnuson Josh Blackburn

Front Row: asst. coach Billy Powers, Greg Daddario, Greg Crozier, Bobby Hayes, head coach Red Berenson, Bubba Berenzweig, Dale Rominski, Justin Clark, Sean Ritchlin, asst. coach Mel Pearson

@titmeister Twitterissä. Henkilöbrändin rakentuminen Arman Alizadin Twitter-profiilissa.

Tutkielmassa perehdytään esiintyjänä ja tuottajana tunnetun Arman Alizadin henkilöbrändiin ja sen rakentumiseen hänen Twitter-profiilinsa kautta. Henkilöbrändäys voidaan tässä käsittää itsensä esilletuonnin strategiaksi, joka tähtää esimerkiksi näkyvyyden ja taloudellisen hyödyn saavuttamiseen. Tarkoitukseni on selvittää millaisena Alizadin henkilöbrändi Twitterissä näyttäytyy ja millaisia keinoja hän käyttää henkilöbrändinsä rakentamiseksi ja ylläpitämiseksi. Tarkastelen myös sitä, miten Alizadin henkilöbrändi suhteutuu henkilöbrändäykseen liitettyihin vaatimuksiin ja ominaisuuksiin. Lisäksi käsittelen henkilöbrändäyksen suhdetta työhön ja mediatyön murrokseen. Pohdin Alizadin ja hänen Twitter-seuraajiensa välistä vuorovaikutusta ja sen vaikutusta Alizadin henkilöbrändiin. Tutkimusaihettani kehystää mediakonvergenssin käsite, joka voidaan ymmärtää medioiden, tuottajien ja vastaanottajien lähentymisenä ja yhdentymisenä. Tutkielman aineisto koostuu Alizadin twiiteistä ja uudelleentwiittauksista kolmen kuukauden ajalta keväältä 2015. Aineisto on käyty läpi ja kategorisoitu käyttäen metodina sisällönanalyysia.

Integrated genomic characterization of endometrial carcinoma

We performed an integrated genomic, transcriptomic and proteomic characterization of 373 endometrial carcinomas using array- and sequencing-based technologies. Uterine serous tumours and ∼25% of high-grade endometrioid tumours had extensive copy number alterations, few DNA methylation changes, low oestrogen receptor/progesterone receptor levels, and frequent TP53 mutations. Most endometrioid tumours had few copy number alterations or TP53 mutations, but frequent mutations in PTEN, CTNNB1, PIK3CA, ARID1A and KRAS and novel mutations in the SWI/SNF chromatin remodelling complex gene ARID5B. A subset of endometrioid tumours that we identified had a markedly increased transversion mutation frequency and newly identified hotspot mutations in POLE. Our results classified endometrial cancers into four categories: POLE ultramutated, microsatellite instability hypermutated, copy-number low, and copy-number high. Uterine serous carcinomas share genomic features with ovarian serous and basal-like breast carcinomas. We demonstrated that the genomic features of endometrial carcinomas permit a reclassification that may affect post-surgical adjuvant treatment for women with aggressive tumours.

Analytical Field-Effect Method for Extraction of Subgap States in Thin-Film Transistors

We present an analytical field-effect method to extract the density of subgap states (subgap DOS) in amorphous semiconductor thin-film transistors (TFTs), using a closed-form relationship between surface potential and gate voltage. By accounting the interface states in the subthreshold characteristics, the subgap DOS is retrieved, leading to a reasonably accurate description of field-effect mobility and its gate voltage dependence. The method proposed here is very useful not only in extracting device performance but also in physically based compact TFT modeling for circuit simulation.

Fourier spectrum based extraction of an equivalent trap state density in indium gallium zinc oxide transistors

Segregating the dynamics of gate bias induced threshold voltage shift, and in particular, charge trapping in thin film transistors (TFTs) based on time constants provides insight into the different mechanisms underlying TFTs instability. In this Letter we develop a representation of the time constants and model the magnitude of charge trapped in the form of an equivalent density of created trap states. This representation is extracted from the Fourier spectrum of the dynamics of charge trapping. Using amorphous In-Ga-Zn-O TFTs as an example, the charge trapping was modeled within an energy range of Delta E-t approximate to 0.3 eV and with a density of state distribution as D-t(Et-j) = D-t0 exp(-Delta E-t/kT) with D-t0 = 5.02 x 10(11) cm(-2) eV(-1). Such a model is useful for developing simulation tools for circuit design. (C) 2014 AIP Publishing LLC.

祖国力学事业辛勤的耕耘者——恭贺挚友伟长先生九秩华诞

<正> 今年正值我的老朋友钱伟长先生九十华诞,我愿在此向他表示最诚挚的祝贺,祝愿他健康长寿、老当益壮、诸事顺遂! 我与伟长先生的相识、相知可追溯到半个多世纪之前. 1946年初我赴美留学, 2月间到了加州理工学院的喷气推进研究室(JPL),那时在Th.von Karman教授周围可谓人才济济,特别是集中着几位出类拔萃的中国青年学者:钱学森、钱伟长、郭永怀、林家翘等等,我很快就与他们熟悉了.青年钱伟长给我留下了

Irteerak ikaskuntza baliabide bezala: Armañon Interpretazio Zentroa

[eus] Haur Hezkuntzan zientziaren ikaskuntzarako baliabide aberasgarrienetako bat irteerak dira, hauek beharrezkoak baitira haurraren garapen integralerako. Horretarako, irteerak eskolaren parte izan behar dute eta irakasleek bisitaldiak proposatu behar dituzte. Hainbat toki daude bisitak egiteko HHko haurrekin eta lan honetan Armañongo Interpretazio Zentroaren hezkuntza eskaintza aztertuko da, adin txikiko umeen kasuan bertako baliabideen eragina ikusi ahal izateko. Zentroaren arduradunen iritziak ezagututa eta HHko haurren bisitaldia aztertuta, emaitzak eta ondorioak aterako dira.

mtDNA Data Indicate a Single Origin for Dogs South of Yangtze River, Less Than 16,300 Years Ago, from Numerous Wolves

There is no generally accepted picture of where, when, and how the domestic dog originated. Previous studies of mitochondrial DNA (mtDNA) have failed to establish the time and precise place of origin because of lack of phylogenetic resolution in the so fa