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Partant du constat que les interactions entre théorie, expérience et pratique constituent un angle d'étude capital et encore trop peu exploité pour l'histoire de la mécanique des fluides, nous approfondirons le sujet de la résistance des fluides sur la période qui s'étend de la fin du 17e siècle jusqu'à nos jours, à l'occasion d'un colloque à l'UPMC les 29 et 30 octobre 2010.

La Résistance des fluides de Newton à nos jours - Fluid Resistance from Newton to the Present

Antoine Georges, né en 1961 à Paris, a été élève de l'École Polytechnique (1980-1983), puis a rejoint en 1984 le Laboratoire de Physique Théorique de l'École Normale Supérieure, où il a soutenu sa thèse en 1988. Il a été chercheur dans ce laboratoire jusqu'en 2003, en tant que chargé, puis directeur de recherche au CNRS. En 2003, il a crée, au Centre de Physique Théorique de l'École Polytechnique, une équipe de recherche sur la physique des matériaux à fortes corrélations quantiques. Il est professeur à l'École Polytechnique, et y a présidé le Département de Physique de 2006 à 2009. Antoine Georges a été nommé professeur au Collège de France en 2009 (chaire de Physique de la Matière Condensée). Il a effectué de nombreux séjours à l'étranger, de 1989 à 1991 comme postdoctorant à l'Université de Princeton (USA), puis comme chercheur et professeur invité (en particulier aux USA – Kavli Institute for Theoretical Physics, University of California, Santa Barbara ; Rutgers University – et en Suisse – EPFL ; Université de Genève).
Recherche – Intérêts scientifiques

Après un très bref passage par la physique des hautes énergies, les recherches d'Antoine Georges ont porté jusqu'en 1990 sur la physique statistique des systèmes désordonnés. Il a en particulier étudié les processus de diffusion non-Browniens dans les milieux fortement inhomogènes. Depuis 1990, il s'intéresse à la physique des systèmes quantiques fortement corrélés. Ce domaine de recherche concerne une vaste gamme de matériaux : oxydes de métaux de transition (comme les oxydes de cuivre supraconducteurs à « haute température critique » par exemple), composés de terres rares et d'actinides, conducteurs organiques, matériaux nano-structurés comme les points quantiques ou les heterostructures d'oxydes. De plus, ce domaine s'est récemment rapproché de celui de l'optique quantique avec l'étude des atomes ultra-froids, en particulier lorsqu'ils sont piégés dans des réseaux optiques. Antoine Georges est l'un des co-inventeurs de l'approche théorique du « champ moyen dynamique »(Dynamical Mean-Field Theory) qui a permis des avancées dans la compréhension de ces matériaux à fortes corrélations. Il a collaboré avec de nombreuses équipes expérimentales, en France et à l'étranger (en particulier au Laboratoire de Physique d'Orsay, au Laboratoire Matériaux et Phénomènes Quantiques de l'Université Paris 7 et au Laboratoire Kastler-Brossel de l'ENS). Pour plus d'informations, on pourra consulter le site web de l'équipe de recherche.
Distinctions

– Prix Louis Armand, 1983
– Prix Anatole et Suzanne Abragam (Académie des Sciences), 1990
– Prix Dargelos, 2004
– Condensed Matter Europhysics Prize, 2006 (avec G. Kotliar, W. Metzner et D. Vollhardt)
– Médaille d'argent du CNRS, 2007

Antoine Georges, né en 1961 à Paris, a été élève de l'École Polytechnique (1980-1983), puis a rejoint en 1984 le Laboratoire de Physique Théorique de l'École Normale Supérieure, où il a soutenu sa thèse en 1988. Il a été chercheur dans ce laboratoire jusqu'en 2003, en tant que chargé, puis directeur de recherche au CNRS. En 2003, il a crée, au Centre de Physique Théorique de l'École Polytechnique, une équipe de recherche sur la physique des matériaux à fortes corrélations quantiques. Il est professeur à l'École Polytechnique, et y a présidé le Département de Physique de 2006 à 2009. Antoine Georges a été nommé professeur au Collège de France en 2009 (chaire de Physique de la Matière Condensée). Il a effectué de nombreux séjours à l'étranger, de 1989 à 1991 comme postdoctorant à l'Université de Princeton (USA), puis comme chercheur et professeur invité (en particulier aux USA – Kavli Institute for Theoretical Physics, University of California, Santa Barbara ; Rutgers University – et en Suisse – EPFL ; Université de Genève). Recherche – Intérêts scientifiques Après un très bref passage par la physique des hautes énergies, les recherches d'Antoine Georges ont porté jusqu'en 1990 sur la physique statistique des systèmes désordonnés. Il a en particulier étudié les processus de diffusion non-Browniens dans les milieux fortement inhomogènes. Depuis 1990, il s'intéresse à la physique des systèmes quantiques fortement corrélés. Ce domaine de recherche concerne une vaste gamme de matériaux : oxydes de métaux de transition (comme les oxydes de cuivre supraconducteurs à « haute température critique » par exemple), composés de terres rares et d'actinides, conducteurs organiques, matériaux nano-structurés comme les points quantiques ou les heterostructures d'oxydes. De plus, ce domaine s'est récemment rapproché de celui de l'optique quantique avec l'étude des atomes ultra-froids, en particulier lorsqu'ils sont piégés dans des réseaux optiques. Antoine Georges est l'un des co-inventeurs de l'approche théorique du « champ moyen dynamique »(Dynamical Mean-Field Theory) qui a permis des avancées dans la compréhension de ces matériaux à fortes corrélations. Il a collaboré avec de nombreuses équipes expérimentales, en France et à l'étranger (en particulier au Laboratoire de Physique d'Orsay, au Laboratoire Matériaux et Phénomènes Quantiques de l'Université Paris 7 et au Laboratoire Kastler-Brossel de l'ENS). Pour plus d'informations, on pourra consulter le site web de l'équipe de recherche. Distinctions – Prix Louis Armand, 1983 – Prix Anatole et Suzanne Abragam (Académie des Sciences), 1990 – Prix Dargelos, 2004 – Condensed Matter Europhysics Prize, 2006 (avec G. Kotliar, W. Metzner et D. Vollhardt) – Médaille d'argent du CNRS, 2007

Physique de la matière condensée

Hosted by the IoT Community, meet the movers and shakers of tech that are transforming the IoT landscape.

IoT Masterminds™ Podcast

Official Podcast of Fredric Chia. I'm Indigo, Psychic Reader, Motivational Speaker, Adviser.

Fredric Chia Podcast

Mi nombre es Héctor, y me gusta la ingeniería y el desarrollo de mi país, creo firmemente que debemos cambiar de raíz la forma en la que todos vemos nuestro mundo para ver oportunidades de mejorarlo.

Un Ingeniero Diferente

I have a question. How did the couples that fought and didn’t resolve it and said let’s have a break Cos we are not listening to each other. When they started talking again the problem they were fighting over never gets brought up again like it never happened. How did they fare in marriage?

Six principles For making marriage work

Learning by William is a podcast that explores the wonders in astronomy, physics, history, and the arts. New episodes post every Saturday at 11 AM EST, 10 AM CST.

Subscriptions to listen to exclusive episodes are 49 cents per month. With your subscription, you gain access to all forthcoming "subscriber-only" episodes and prior exclusive episodes. Become a Paid Subscriber: <a href="https://anchor.fm/william-gottemoller/subscribe" rel="ugc noopener noreferrer" target="_blank">https://anchor.fm/william-gottemoller/subscribe</a>

Learning by William is a podcast that explores the wonders in astronomy, physics, history, and the arts. New episodes post every Saturday at 11 AM EST, 10 AM CST. Subscriptions to listen to exclusive episodes are 49 cents per month. With your subscription, you gain access to all forthcoming "subscriber-only" episodes and prior exclusive episodes. Become a Paid Subscriber: https://anchor.fm/william-gottemoller/subscribe

Learning by William is a podcast that explores the wonders in astronomy, physics, history, and the arts. New episodes post every Saturday at 11 AM EST, 10 AM CST.

Subscriptions to listen to exclusive episodes are 49 cents per month. With your subscription, you gain access to all forthcoming "subscriber-only" episodes and prior exclusive episodes. Become a Paid Subscriber: <a href="https://anchor.fm/william-gottemoller/subscribe" rel="noopener noreferrer">https://anchor.fm/william-gottemoller/subscribe</a>

Learning by William

巨大貨物船の設計者が、船の話を解説します。
僕らの生活に必要な物資の99.6%を運ぶ船のことを、少しでも知ってもらうことを目的としています。
なお、所属企業の内部事情については一切お話しせず、業界の常識を基に解説します。

巨大貨物船の設計者が、船の話を解説します。 僕らの生活に必要な物資の99.6%を運ぶ船のことを、少しでも知ってもらうことを目的としています。 なお、所属企業の内部事情については一切お話しせず、業界の常識を基に解説します。

誰かに話したくなる船の秘密

What if a Quantum Computing aficionado with expertise in Artificial Intelligence and Machine Learning talked to a security expert interested in how Quantum Computing already impacts the world?

Entangled Things

Um canal para aprender Física para a compreensão.

Física com Douglas

Als mama van een zoontje geboren met 24 weken en 680 gram praat ik met andere ouders van prematuren, medisch specialisten en anderen. Het ene verhaal is heftiger dan het andere. Maar alle verhalen moeten verteld worden, hoe moeilijk ook. 'Podcast Prematuur gaat over de helden van het eerste uur'.

Podcast Prematuur

Every week we take a different topic and discuss the craziest facts and stories we could find - asking questions along the way.We are three friends with interests in particles, plants and patients.

Every week we take a different topic and discuss the craziest facts and stories we could find - asking questions along the way. We are three friends with interests in particles, plants and patients.

Particles, Plants & Patients

Um podcast de Física gostoso e descontraído como uma bossa nova.

Criação, Roteiro e Produção:
Tiago Duarte Pereira
Henrique Ferreira
Matheus Pessôa
Lucas Tonetto
Raquel Malta

Um podcast de Física gostoso e descontraído como uma bossa nova. Criação, Roteiro e Produção: Tiago Duarte Pereira Henrique Ferreira Matheus Pessôa Lucas Tonetto Raquel Malta

Física Popular Brasileira

songz

Casual conversations on physics—from the world around us to the edge of the visible universe.

Physics Capsule

Concepto torque

Acompáñanos a descubrir y platicar sobre diversos temas de carácter científico, de la mano de tres acérrimos amantes de la ciencia.

Un podcast de estudiantes para estudiantes y curiosos.

Producido por Jesús Sáenz Villela

Acompáñanos a descubrir y platicar sobre diversos temas de carácter científico, de la mano de tres acérrimos amantes de la ciencia. Un podcast de estudiantes para estudiantes y curiosos. Producido por Jesús Sáenz Villela

¡Hijos de su Big Bang!

Jean-François Joanny a commencé sa carrière au CNRS où il a occupé un poste de chargé de recherche au sein du laboratoire de physique de la matière condensée du Collège de France à Paris, puis à Lyon. Il a été nommé professeur de physique à l'université Louis-Pasteur à Strasbourg en 1989, puis professeur à l'université Pierre-et-Marie-Curie (UPMC) en 2003. Physicien, c'est avant tout un théoricien qui a travaillé sur divers aspects de la physique de la matière molle, puis de la physique pour la biologie.

Jean-François Joanny a commencé sa carrière au CNRS où il a occupé un poste de chargé de recherche au sein du laboratoire de physique de la matière condensée du Collège de France à Paris, puis à Lyon. Il a été nommé professeur de physique à l'université Louis-Pasteur à Strasbourg en 1989, puis professeur à l'université Pierre-et-Marie-Curie (UPMC) en 2003. Physicien, c'est avant tout un théoricien qui a travaillé sur divers aspects de la physique de la matière molle, puis de la physique pour la biologie.

Matière molle et biophysique - Jean-François Joanny

Unofficial audiobook reading of "Softwar: A Novel Theory on Power Projection and the National Strategic Significance of Bitcoin" by Jason P. Lowery

SOFTWAR Audiobook

Podcasts from the Extraterrestrial Communications Habitat and Orbiter. Crewed by two British astronauts on a mission to learn more about the cosmos.But not really.

Podcasts from the Extraterrestrial Communications Habitat and Orbiter. Crewed by two British astronauts on a mission to learn more about the cosmos. But not really.

ECHO 9

Join host Amara Rozgus as she speaks with experts in the mechanical, electrical, plumbing and fire protection engineering fields.

Consulting-Specifying Engineer Podcast

Debunking myths and answering questions about the science of everyday life. That's what Dr. Joe Schwarcz has been doing for 30+ years.&nbsp;

Debunking myths and answering questions about the science of everyday life. That's what Dr. Joe Schwarcz has been doing for 30+ years. 

The Dr. Joe Show

داستان فیل در تاریکی مولوی را احتمالا شنیده باشید. داستان فیلی که توی یه اتاق تاریک ایستاده و مردمی که به عمرشون فیل رو ندیدن با دست زدن به بخشی از بدنش، یه نظر متفاوت درباره ماهیتش می‌ده. یکی دست به گوش فیل می‌کشه و می‌گه این یه بادبزنه، یکی دست به پاهاش می‌زنه و میگه دارم به یه ستون عظیم دست می‌زنم. ماهیت واقعی فیل رو هیچ‌کس نمی‌دونه، چون نوری توی اتاق وجود نداره که تمام بدن فیل رو نشون بده.

شبیه این اتفاق توی زندگی روزمره ما هم می‌افته. مردم یک پدیده عجیب رو می‌بینن که ماهیتش رو نمی‌شناسن و شروع می‌کنن به نظر دادن درباره ماهیت اون پدیده. گاهی این نظر گسترش پیدا می‌کنه و اون‌قدر بزرگ می‌شه که تعداد زیادی از مردم بهش باور پیدا می‌کنن، بدون این که تلاش کنن اتاق رو روشن کنن و واقعیت فیل رو ببینن.

کاری که توی فیل‌کست قراره انجام بدیم انداختن نور روی فیل و نشون دادن ماهیت اون براساس شواهد و فکت‌های علمیه. فیل‌کست حاصل چندین ماه ماه بحث و تبادل نظر چندتا دوسته که تصمیم گرفتن بعد از مدت‌ها دوباره برگردن به کاری که بی‌اندازه دوستش دارن، یعنی نقد شبه‌علم.

توی فیل‌کست قراره در اتاق‌های تاریک رو یک به یک باز کنیم و نظرهای مختلف رو درباره موجودی که داخل اتاق ایستاده بشنویم. بعد چراغی رو روشن کنیم که ماهیت اون موجود رو بهمون نشون بده. چراغی به اسم فکت و شواهد علمی که سایه‌های اسرارآمیز رو کنار می‌زنه و موجود داخل اتاق رو اونجوری که واقعا هست بهمون نشون میده...

https://hamibash.com/fillcast

داستان فیل در تاریکی مولوی را احتمالا شنیده باشید. داستان فیلی که توی یه اتاق تاریک ایستاده و مردمی که به عمرشون فیل رو ندیدن با دست زدن به بخشی از بدنش، یه نظر متفاوت درباره ماهیتش می‌ده. یکی دست به گوش فیل می‌کشه و می‌گه این یه بادبزنه، یکی دست به پاهاش می‌زنه و میگه دارم به یه ستون عظیم دست می‌زنم. ماهیت واقعی فیل رو هیچ‌کس نمی‌دونه، چون نوری توی اتاق وجود نداره که تمام بدن فیل رو نشون بده. شبیه این اتفاق توی زندگی روزمره ما هم می‌افته. مردم یک پدیده عجیب رو می‌بینن که ماهیتش رو نمی‌شناسن و شروع می‌کنن به نظر دادن درباره ماهیت اون پدیده. گاهی این نظر گسترش پیدا می‌کنه و اون‌قدر بزرگ می‌شه که تعداد زیادی از مردم بهش باور پیدا می‌کنن، بدون این که تلاش کنن اتاق رو روشن کنن و واقعیت فیل رو ببینن. کاری که توی فیل‌کست قراره انجام بدیم انداختن نور روی فیل و نشون دادن ماهیت اون براساس شواهد و فکت‌های علمیه. فیل‌کست حاصل چندین ماه ماه بحث و تبادل نظر چندتا دوسته که تصمیم گرفتن بعد از مدت‌ها دوباره برگردن به کاری که بی‌اندازه دوستش دارن، یعنی نقد شبه‌علم. توی فیل‌کست قراره در اتاق‌های تاریک رو یک به یک باز کنیم و نظرهای مختلف رو درباره موجودی که داخل اتاق ایستاده بشنویم. بعد چراغی رو روشن کنیم که ماهیت اون موجود رو بهمون نشون بده. چراغی به اسم فکت و شواهد علمی که سایه‌های اسرارآمیز رو کنار می‌زنه و موجود داخل اتاق رو اونجوری که واقعا هست بهمون نشون میده... https://hamibash.com/fillcast

FillCast | فیل کست

Spotlighting Materials &amp; Nanoscience – Dive into groundbreaking research, cutting-edge innovations, and the inspiring stories of scientists shaping the future. This podcast brings the brilliance and passion of materials and nanoscience experts to center stage, connecting their insights with the world.

If you like Materialism, StrugglingScientist Podcast then you will love Under the Microscope!

Created by The Science Talk.
Hosted by Dr. Pranoti Kshirsagar

Spotlighting Materials & Nanoscience – Dive into groundbreaking research, cutting-edge innovations, and the inspiring stories of scientists shaping the future. This podcast brings the brilliance and passion of materials and nanoscience experts to center stage, connecting their insights with the world. If you like Materialism, StrugglingScientist Podcast then you will love Under the Microscope! Created by The Science Talk. Hosted by Dr. Pranoti Kshirsagar

Under the Microscope

Un podcast que te atrapara, basado en temas de la psicólogia en general.

Las Tías Psicólogas

Tutta Una Questione Di Luce

Are you a usa based radio operator? First responder or Student wanting to learn about microwave coms. You have come to the right place. Hi my name is Ben KO4UXC and I'm here to teach you about microwave communication, if you are a usa based ham then this podcast series is right for you.

Are you a usa based radio operator? First responder or Student wanting to learn about microwave coms. You have come to the right place. Hi my name is Ben KO4UXC and I'm here to teach you about microwave communication, if you are a usa based ham then this podcast series is right for you.

High on Microwave

Where 0s and 1s waltz, quantum quirks breakdance, and neural networks spill the tea—welcome to TechTalk, where AI dreams in binary!

Where 0s and 1s waltz, quantum quirks breakdance, and neural networks spill the tea—welcome to TechTalk, where AI dreams in binary!

Where 0s and 1s waltz, quantum quirks breakdance, and neural networks spill the tea—welcome to&nbsp;TechTalk, where AI dreams in binary!

TechTalk- The Pros and Cons Of AI

A podcast that will fill you in on the what's, how's, and if's of this rapidly evolving technology.

A podcast that will fill you in on the what's, how's, and if's of this rapidly evolving technology.

Quantum Computing and our future using it

Journey into your soul.&nbsp; Přijměte pozvánku do světa dění uvnitř sebe.&nbsp; V klidu spočinout, nevnímat chvilku vnější svět.&nbsp; Napojit se na pramen své duše, odkud vyvěrá naděje, radost, soucit, láska a propojit se tak s tím, co nás přesahuje na své autentické cestě životem. ... self-knowledge ... meditation ... relaxation ... inspiring interview magic.machig@gmail.com

Journey into your soul.  Přijměte pozvánku do světa dění uvnitř sebe.  V klidu spočinout, nevnímat chvilku vnější svět.  Napojit se na pramen své duše, odkud vyvěrá naděje, radost, soucit, láska a propojit se tak s tím, co nás přesahuje na své autentické cestě životem. ... self-knowledge ... meditation ... relaxation ... inspiring interview magic.machig@gmail.com

UVNITŘdění

Electrical updates, news and tips for residents of Gainesville, Cumming and Dawsonville Georgia

Argo Electrical Services

This podcast is designed to provide insights to students on the in their careers in a research-based profession.

This podcast is designed to provide insights to students on the in their careers in a research-based profession.

Podcast - AstroX Astronomy Club

Hey there stardust! Welcome to StarGuide: Your Map to the Universe! Ok, let's get this straight. We have SO many questions. Yet answers are limited, and so are resources. Chemistry, physics, and biology are the standard go-to science subjects taught extensively in schools, yet delving into astronomy is uncommon and restrained. But in an age dominated by space science, it is imperative that people have an understanding of it, and why not start this experience with some conversation? This podcast hopes to inspire everyone to never stop thinking about what lies there when you look up! We'll be delving into astronomy research, internship opportunities, interviews with professionals, and more! Stay tuned for more!

Hey there stardust! Welcome to StarGuide: Your Map to the Universe! Ok, let's get this straight. We have SO many questions. Yet answers are limited, and so are resources. Chemistry, physics, and biology are the standard go-to science subjects taught extensively in schools, yet delving into astronomy is uncommon and restrained. But in an age dominated by space science, it is imperative that people have an understanding of it, and why not start this experience with some conversation? This podcast hopes to inspire everyone to never stop thinking about what lies there when you look up! We'll be delving into astronomy research, internship opportunities, interviews with professionals, and more! Stay tuned for more!

StarGuide: Your Map to the Universe

LK99 is a room temperature superconductor, or so the authors of the paper that was released abruptly on July 23 claim. The internet picked up on this news way before mass media, and I was fortunate enough to find myself in the middle of this, talking to scientists from all fields, befriending the "Russian anime catgirl" who replicated that paper first in her kitchen with 350 followers on her account, chatting with the space cowboy from Varda space and egging him on, and had the great luck to open a groupchat with all these amazing folks to collaborate on replication and understanding of this incredibly exciting new material.

I will continue to do this, here, on floaty rocks podcast, every week and as breaking news happen!

LK99 is a room temperature superconductor, or so the authors of the paper that was released abruptly on July 23 claim. The internet picked up on this news way before mass media, and I was fortunate enough to find myself in the middle of this, talking to scientists from all fields, befriending the "Russian anime catgirl" who replicated that paper first in her kitchen with 350 followers on her account, chatting with the space cowboy from Varda space and egging him on, and had the great luck to open a groupchat with all these amazing folks to collaborate on replication and understanding of this incredibly exciting new material. I will continue to do this, here, on floaty rocks podcast, every week and as breaking news happen!

Floaty Rocks - your weekly LK99 supeconductor news

Welcome to Lufthansa Technik’s KEEP YOU FLYING podcast, where we make expert content from LinkedIn audible. Here, our colleagues share their unique insights and knowledge regarding aircraft MRO and talk about their personal field of competence or projects. If you want to hear about the current trends and repair methods in aircraft MRO, new predictive maintenance approaches, or the latest technologies in outfitting the latest-generation VIP aircraft, then stay tuned and follow us. That way, you’ll never miss an upcoming episode. For more expert content, visit our LinkedIn channel. If you have any questions or want to share your feedback, please tag us with #keepyouflying on LinkedIn, Instagram, Facebook, Twitter or YouTube.

#keepyouflying

Exploración a Marte

Podcast criado pelos alunos do PET- Física da Fundação Universidade Federal de Rondônia.

Universo Curioso

SEYA砥礪琢磨長期深耕研磨工藝，30年經驗，通過對研磨實務的深入觀察，思考磨拋技術未來的趨勢，提供客製化研磨解決方案。 產品服務涵蓋各類磨拋加工的全方位需求，探索在各類材料應用的可能性，並在各類應用中都有豐富的成功案例。定期舉辦產業研討會與講堂，出版產業期刊─《磨報》與其他相關刊物，代理國際產業知識書籍。經營自媒體頻道，提供產業多元趨勢整合。 目標是為研磨產業提供最專業合適的技術支持與最優質產品，在藍海中取得最佳的成功優勢！ Powered by <a href="https://firstory.me">Firstory Hosting</a>

SEYA砥礪琢磨長期深耕研磨工藝，30年經驗，通過對研磨實務的深入觀察，思考磨拋技術未來的趨勢，提供客製化研磨解決方案。 產品服務涵蓋各類磨拋加工的全方位需求，探索在各類材料應用的可能性，並在各類應用中都有豐富的成功案例。定期舉辦產業研討會與講堂，出版產業期刊─《磨報》與其他相關刊物，代理國際產業知識書籍。經營自媒體頻道，提供產業多元趨勢整合。 目標是為研磨產業提供最專業合適的技術支持與最優質產品，在藍海中取得最佳的成功優勢！ Powered by Firstory Hosting

SEYA砥礪琢磨長期深耕研磨工藝，30年經驗，通過對研磨實務的深入觀察，思考磨拋技術未來的趨勢，提供客製化研磨解決方案。 產品服務涵蓋各類磨拋加工的全方位需求，探索在各類材料應用的可能性，並在各類應用中都有豐富的成功案例。定期舉辦產業研討會與講堂，出版產業期刊─《磨報》與其他相關刊物，代理國際產業知識書籍。經營自媒體頻道，提供產業多元趨勢整合。 目標是為研磨產業提供最專業合適的技術支持與最優質產品，在藍海中取得最佳的成功優勢！ Powered by <a href="https://firstory.me" rel="noopener noreferrer">Firstory Hosting</a>

Physics Podcasts / Page 17

La Résistance des fluides de Newton à nos jours - Fluid Resistance from Newton t...