On the Limits of Physical Knowledge. Vortrag an der Shanghai Akademie der Sozial-wissenschaften, Shanghai, Emmetten Schweiz , Incommensurability and Opaque Ignorance. Eingeladener Vortrag an der Konferenz "Agnotology: Philosophical Problems of Ignorance. Wie weit reicht die physikalische Erkenntnis? Prospects and problems of careers between philosophy and science. What is Uncontroversial about Kuhn?
Thomas Kuhns Entwicklung vor und nach der Struktur wissenschaftlicher Revolutionen. Der Sackgasseneinwand gegen verschiedene Formen des Realismus: Should Science be Revolutionary?
Thomas Kuhn and the Structure of Science. On the Development of the Incommensurability Concept. Teilnahme an einer live gesendeten Podiumsdiskussion in der Sendung Scobel, 3sat, Mainz, Muller Rotterdam , Part II: On Science and its Development. The ultimate Argument against convergent Realism and structural Realism: On the limits of physical knowledge.
Philosophy of Science in the 20th Century: Karl Popper and Thomas Kuhn. Commentary zu Holger Lyre: What are Natural Kinds? Akademie der Wissenschaften in Hamburg, 4.
Zur Verantwortung von Ingenieuren. The Miracle Argument and transient underdetermination. Interdisciplinary Symposium on Un conceived Alternatives.
Revolutionen oder Evolution in der Entwicklung der Naturwissenschaften? Zur Natur der Wissenschaft. Theorie und Praxis des innerjuristischen Diskurses. Kuhn, Feyerabend, and Incommensurability. Department of Physics, National Taiwan University. Wissenschaft als epistemisches Unternehmen. Transient Underdetermination and the Miracle Argument. Workshop on Theoretical Frameworks and Empirical Underdetermination. Transiente Unterdeterminiertheit und das Wunder-Argument. Madrid, 15 — 18 Nov Was ist und was leistet die Wissenschaftsphilosophie?
Wissenschaft — theoretische und ethische Aspekte. News on Feyerabend zus.
Amazon Rapids Fun stories for kids on the go. Philosophical Elements in Kuhn's Historiography. Low to High Price: Emergence, Supervenience and Realization in the Philosophy of mind]. He holds several international patents for BMW Group.
Tsinghua University, Beijing, China, August , Daten und Belege in den Wissenschaften. Thomas Kuhn — neo-Kantianism or naturalization? On the Nature of Science. Philosophische Gesellschaft Lund, Schweden. On the Nature of Science: Systematicity as the Key Concept. A Closer Look at the Nature of Science. Response [zu Simon Schaffer: Making Discoveries in Thomas Kuhn]. What is science and does it have intrinsic limits?
Boston Colloquium for the Philosophy of Science, Commentary by Professor Richard Boyd. Vortrag am Kolloquium zum Multi-, Inter-, or Transdisciplinarity? Department of Philosophy, University of Helsinki, Multi-, inter-, or transdisciplinarity? Commentary [on Alexander Bird: Eingeladener Vortrag am Internationalen Symposium: Paul Feyerabend — — Ein Philosoph aus Wien. Aus Anlass der Wiederkehr seines Institut Wiener Kreis, Wien, Amazon Music Stream millions of songs.
Amazon Advertising Find, attract, and engage customers. Amazon Drive Cloud storage from Amazon. Alexa Actionable Analytics for the Web. AmazonGlobal Ship Orders Internationally. Amazon Inspire Digital Educational Resources.
Amazon Rapids Fun stories for kids on the go. Amazon Restaurants Food delivery from local restaurants. ComiXology Thousands of Digital Comics. East Dane Designer Men's Fashion. We will be looking for technical responses to these challenges, domestic and international legal frameworks for law enforcement, establishment of norms for online Internet protections.
Das Internetdesign stammt aus dem Jahr Seither haben wir in 35 Jahren Betrieb und Weiterentwicklung viel gelernt. Trotzdem bleibt noch viel zu tun. In diesem Vortrag werde ich einen weiten Themenbogen spannen: Part of his responsibilities are Research and Pre-Development with focus on future vehicle architectures, Enabler- and Software Technologies in an early stage of the development process.
Martin Arend started his career as Business Development Manager in a medium-sized enterprise with introducing Bluetooth Technology. He holds several international patents for BMW Group.
Automated Driving, Artificial Intelligence, Drivetrain Electrification, Connected Systems, Sharing and Services are powerful trends in automotive — and they are driving increasing system complexity and innovation alike, drawing from a wide range of technological fields such as AI and IoT, among others. Intelligent algorithms not only help automated vehicles drive safely, but artificial intelligence will be making its way into quite every aspect of functional vehicle design with the advent of intelligent personal assistants, affective multi-modal natural user interaction, situational awareness and augmented reality.
Electrical drivetrains are competing with compute hungry algorithms for the mileage out of a battery pack. Besides, next-generation wireless communication as well as questions of information security and privacy are among technological drivers dominating automotive discussions. They are part of the foundation to deliver services and help people maintain and organize their highly mobile lives. Elektrische Antriebe konkurrieren mit rechenintensiven Algorithmen um die Laufleistung eines Akkupacks. Sie sind Teil der Stiftung, um Dienstleistungen zu erbringen und Menschen dabei zu helfen, ihr hochmobiles Leben zu erhalten und zu organisieren.
Katharine Jarmul is a data scientist and co-founder of KIProtect, a data security and privacy company for data science workflows in Berlin, Germany. She is an adjunct lecturer at the University of Florida and has developed curriculum, courses and books for O'Reilly, DataCamp and more. Katharine has worked at large and small companies as a developer, data scientist and technical manager since first using Python in An avid supporter of diversity in technology, she helped found the first PyLadies chapter in Los Angeles, California in Her current research and work interests include ethical machine learning, data privacy and automation of data workflows and information security.
Artificial Intelligence AI has been called everything from a god to the new electricity, but is there merit to these evaluations? AI and machine learning are actively used in many systems we value today, but these models and algorithms are not infallible. AI security, adversarial learning, data privacy and security in an era of big data and machine learning are hot topics of research and debate within the data science community.
What type of future can we see where privacy, security and the benefits of AI can coexist? Or are there more dangers and harms ahead? Aber Modelle und Algorithmen sind nicht unfehlbar. Oder kommen nur weitere Gefahren und weiteres Unheil auf uns zu? Martin Hellman is best known for his role in inventing public key cryptography, the technology that enables secure Internet transactions.
He has authored over seventy technical papers, twelve US patents and a number of foreign equivalents. His many honors include election to the National Academy of Engineering and receiving jointly with his colleague Whit Diffie the million dollar ACM Turing Award, the top prize in computer science. His most recent project is a book, jointly written with his wife Dorothie, A New Map for Relationships: His keynote talk on the importance and the difficulty of making ethical decisions is based on personal experiences related in the book and in which his wife plays a key role.
A free PDF is available at http: You can read the interview with Martin on our blog here. As computers and computing become more pervasive in our lives, ethical decision making is becoming ever more important in computer science.
This talk hopes to help computer scientists rise to that challenge. It does so first by demonstrating how easily we fool ourselves, using a personal example where I did that when confronted with the inadequate bit key size of the Data Encryption Standard DES. The resolution of my dilemma demonstrates the value of getting input from outside parties and of lowering the bar for what constitutes unethical behavior. Watch the interview with Peter Weibel here on our blog.
Our civilization is, from writing to music, built on a two-dimensional notation. Digital techniques allow us for the first time a three-dimensional notation.