Podcasts about 0d

Metoda 8D może być robiona dobrze lub byle jak. Ja stawiam na jakość, dlatego wyedukuje Cię w tym aspekcie :). Zapraszam do szczegółowego omówienia punktu 0D: ➡️ skąd biorą się problemy ➡️ jak filtrować informację ➡️ dlaczego ważna jest GEMBA i komunikacja ➡️ jak nie spanikować Metoda 8D - rozwiązywanie problemów - punkt 0 D [podcast #48] przydatne linki: https://www.inzynierjakosci.pl https://www.szkolajakosci.pl

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.10.12.335869v1?rss=1 Authors: Weinman, J., Fatollahkhani, P. A., Zonnino, A., Nikonowicz, R., Sergi, F. Abstract: The centeral nervous system uses feedback processes that occur at multiple time scales to control interactions with the environment. Insight on the neuromechanical mechanisms subserving the faster feedback processes can be gained by applying rapid mechanical perturbations to the limb, and observing the ensuing muscle responses using electromyography (EMG). The long-latency response (LLR) is the fastest process that directly involve cortical areas, with a motorneuron response measurable 50 ms following an imposed limb displacement. Several behavioral factors concerning perturbation mechanics and the active role of muscles prior or during the perturbation can modulate the long-latency response amplitude (LLRa) in the upper limbs, but the interaction between many of these factors had not been systematically studied before. We conducted a behavioral study on thirteen healthy individuals to determine the effect and interaction of four behavioral factors -- background muscle torque, perturbation direction, perturbation velocity, and task instruction -- on the LLRa evoked from the flexor carpi radialis (FCR) and extensor carpi ulnaris (ECU) muscles following the application of wrist displacements. The effects of the four factors listed above were quantified using both a 0D statistical analysis on the average perturbation-evoked EMG signal in the period corresponding to an LLR, and using a timeseries analysis of EMG signals. All factors significantly modulated LLRa, and that their combination nonlinearly contributed to modulating the LLRa. Specifically, all the three-way interaction terms that could be computed without including the interaction between instruction and velocity significantly modulated the LLR. Analysis of the three-way interaction terms of the 0D model indicated that for the ECU muscle, the LLRa evoked when subjects are asked to maintain their muscle activation in response to the perturbations (DNI) was greater than the one observed when subjects yielded (Y) to the perturbations ({Delta}LLRa -- DNI vs. Y: 1.76{+/-}0.16 nu, p

On this week's episode of The Perfectly Imperfect Couple, D and T discuss why America needs to work harder to protect black women and girls. How today is a GREAT day to arrest the murders of Breonna Taylor and what we can do to help. They also answer a listener question and of course, discuss their favorite things!Join them as they talk about being imperfect and why that is perfectly ok - so ok. #SayHerName Campaignhttps://aapf.org/shn-moms-networkhttps://time.com/5871954/wnba-national-anthem-breonna-taylor/http://static1.squarespace.com/static/53f20d90e4b0b80451158d8c/t/560c068ee4b0af26f72741df/1443628686535/AAPF_SMN_Brief_Full_singles-min.pdfT’s Favorite Thing: CursedCheck out “Cursed” on Netflixhttps://www.netflix.com/title/80199393?s=i&trkid=0D's Favorite Thing: Hashtag(#) Dad Swag PodcastFind it on  Podcasthttps://podcasts.apple.com/us/podcast/hashtag-dad-swag/id1519639523#DadSwagPodcast IG:https://instagram.com/dadswagpodcast?igshid=101rmcafzc2s1#DadSwag Podcast Creator Facebook pagehttps://www.facebook.com/therealjaycee#DadSwag Podcast Facebook Community Pagehttps://www.facebook.com/hashtagdadswag/

Journalism is not a crime, by Ian Woolf, Matthew Laplante talks about his book Superlative: The biology of extremes, Part 1. Produced and hosted by Ian Woolf Support Diffusion by making a contribution Matthew Laplante bitcoin: 1AEnJC8r9apyXb2N31P1ScYJZUhqkYWdU2 ether: 0x45d2cd591ff7865af248a09dc908aec261168395

Ich bin ein großer Freund von SUVs und meine Freundschaft zu dieser Fahrzeuggattung wächst mit jedem Jahr. Das hängt zugegebenermaßen damit zusammen, dass man im reiferen Alter da einfach bequemer ein aus austeigen kann. Nebenbei bemerkt haben diese Fahrzeuge auch eine Reihe anderer Qualitäten. So wie der Subaru Forester 2.0D Sport Lineartronic, über den wir heute sprechen. Darum geht es diesmal!Kaum zu glauben, aber der Subaru Forester ist im vergangenen Jahr tatsächlich 20 Jahre alt geworden. Zu diesem Anlass hat man seine Komfort- und Sicherheitsausstattung nochmals erweitert, insbesondere ist nun auch das preisgekrönte Fahrerassistenzsystem Eyesight für alle Versionen mit Lineartronic erhältlich. Wir stellen heute den Subaru Forester 2.0D Sport Lineartronic vor. Power und Drive!    Den Forester gibt es mit 2 l Boxermotoren mit 110 KW/150 PS sowie 177 KW/240 PS und als 2.0D mit einem 108 KW/147 PS starken Dieselmotor. In der Konfiguration 2.0D Lineartronic mit permanentem Allradantrieb (Symmetrical AWD) sprechen wir dann über einen Beschleunigungswert von 9,9 Sekunden für den Spurt von 0-100 km/h und eine Höchstgeschwindigkeit von 188 km/h. Die CO2-Emissionen liegen kombiniert bei 163 g/km. Schon serienmäßig ist der Forester in dieser Version mit einer ganzen Reihe von Fahrerassistenzsystemen ausgestattet. Leider können wir diese nicht mal abschließend aufzählen, aber die Wichtigsten will ich gerne nennen. Das sind:Die elektronisch geregelte Berg-An- und Abfahrhilfe, die elektronische Fahrdynamikregelung, eine Geschwindigkeitsregelanlage mit Lenkradbedientasten und das Gespann-Stabilisierungssystem. Dann gibt es einen Lichtsensor für automatische Abblendlichtschaltung, den Spurwechsel- und den Totwinkelassistenten und nicht zu vergessen, MEIN Lieblingsfeature, den Querverkehrassistenten! Die Innenausstattung!Ausstattungsmäßig kann man über unser Testfahrzeug nicht klagen, die Liste der serienmäßigen Inneneinrichtungsfeatures ist 51 Positionen lang. Selbst wenn man die Selbstverständlichkeiten wegstreicht, bleiben immer noch jede Menge hochwertige und teure Features übrig, die ich hier gar nicht aufzählen kann. Am besten, Sie schauen selbst mal in die entsprechende Liste. Sie werden mir dann sofort rechtgeben. Die Kosten!Wer einen Subaru Forester sein eigen nennen will, kann dies ab 25.900,- € in die Tat umsetzen. Die Preisskala geht dann hoch bis  44.400,- €. Allzu weit waren wir mit unserem Testkandidaten, dem Subaru Forester 2.0D Sport Lineartronic davon nicht entfernt, er kostet ab 42.100,- €, dafür bringt er aber eine ziemlich komplette Ausstattung mit. Und wir sprechen ja gerne vom Preis-Leistungsverhältnis. Und da kann man wirklich nicht meckern. Alle Fotos © Subaru Deutschland GmbH Diesen Beitrag können Sie nachhören oder downloaden unter:

The transition from quantum to classical behavior of complex systems, known as dephasing, has fascinated physicists during the last decades. Disordered systems provide an insightful environment to study the dephasing time tau_varphi, since electron interference leads to quantum corrections to classical quantities, such as the weak- localization correction Delta g to the conductance, whose magnitude is governed by tau_varphi. In this thesis, we study one of the fundamental questions in this field: How does Pauli blocking influence the interaction-induced dephasing time at low temperatures? In general, Pauli blocking limits the energy transfer omega of electron interactions to omega ll T, which leads to an increase of tau_varphi. However, the so-called 0D regime of dephasing, reached at T ll E_{Th}, is practically the only relevant regime, in which Pauli blocking significantly influences the temperature dependence of tau_varphi. Despite of its fundamental physical importance, 0D dephasing has not been observed experimentally in the past. We investigate several possible scenarios for verifying its existence: (1) We analyze the temperature dependence of Delta g in open and confined systems and give detailed instructions on how the crossover to 0D dephasing can be reliably detected. Two concrete examples are studied: an almost isolated ring and a new quantum dot model. However, we conclude that in transport experiments, 0D dephasing unavoidably occurs in the universal regime, in which all quantum corrections to the conductance depend only weakly on tau_varphi, and hence carry only weak signatures of 0D dephasing. (2) We study the quantum corrections to the polarizability Delta alpha of isolated systems, and derive their dependence on tau_varphi and temperature. We show that tZeroD dephasing occurs in a temperature range, in which Delta alpha depends strongly (as a power-law) on tau_varphi, making the quantum corrections to the polarizability an ideal candidate to study dephasing at low temperatures and the influence of Pauli blocking.

The buzz word is REIMAGINATION. The list of new products and technologies launching is endless. Windows 8: Pure Imagination will bring developers, designers, game builders, students and start-ups entrepreneurs together to explore the possibilities of Windows 8. At Windows 8: Pure Imagination you'll be encouraged to look beyond the features... to what can be accomplished when inspiration and technology intersect. Tommy Lee dishes the details about this weekend developer must attend event!About Windows 8: Pure ImaginationWindows 8: Pure Imagination brings developers, designers, game builders, students and start-ups entrepreneurs together to explore the possibilities of Windows 8. You'll be encouraged to look beyond the features... to what can be accomplished when inspiration and technology intersect. In less than 40 hours, you'll get everything you need to make your vision into the next great Canadian app, including on-site presentations, brainstorming sessions, hands-on labs and access to industry experts for guidance and treated to spontaneous moments of fun to keep your energy up.Register for Windows 8: Pure ImaginationRegister for Windows 8: Pure Imagination - The In-Person Experience (Toronto) >>Register for Windows 8: Pure Imagination - The Virtual Experience >>Join the Conversation Will you be attending Windows 8: Pure Imagination in-person or virtually? What would you want to get out of the weekend? Share your thoughts by starting a new conversation in the Canadian Developer Connection group on LinkedIn. Tommy, Jonathan, as well as other fellow Canadian developers are there networking, sharing, and learning. While visiting the group, make sure to join the group and stay connected.This segment was presented and recording LIVE on Wednesday, November 5, 2012.D³: LIVE & INTERACTiVE In case you haven't heard about the show, Developers, Developers, Developers: LIVE & INTERACTIVE (D³) is a monthly show hosted by Jonathan Rozenblit. The show airs live every first Wednesday of the month at 12:00 PM ET and features the latest updates on what's new and exciting in the world of development; featured presentations; and guests. LIVE and INTERACTIVE means that you'll be part of the show – You're invited to interact with us; ask questions and get them answered; and share your thoughts and opinions. Join the Canadian Developer Connection LinkedIn group  Follow @devsdevdevs Like D³ on Facebook Subscribe to podcasts via iTunes, Zune, or RSS  Download the Canadian Developer Connection Windows Store app Download the Canadian Developer Connection Windows Phone appMore D³: LIVE & INTERACTIVE >>

Matt Robinson interviews the Downtown Life Magazine creator Tom Price, Partisan Co-owner and local musician Joey "No Knows" Essig, and El Olio Wolof's accordionist Brian Strong. They discuss the history of The DLM and The Partisan, and the upcoming DLM one-year-anniversary show on Oct. 2; doors open at 8pm, $5 Pre-sale tickets will be available at The Partisan and other downtown Merced locations . Facebook event page: http://www.facebook.com/event.php?eid=113033028754962&ref=tsMusic from bands:Not An Airplane: http://www.myspace.com/notanairplanemusicLe Switch: http://www.myspace.com/leswitchEl Olio Wolof: http://www.myspace.com/eloliowolofDeriva: http://www.myspace.com/derivaDLM: http://www.thedmerced.com/Intro and outro performed by Joey "No Knows" Essig.