Courses

What is the relation between magic and science? Is religion compatible with the scientific method? Are there patterns in the stars? What is a metaphor? This course will read key moments in Greek and Islamic science and philosophy and investigate the philosophy of language, mathematical diagrams, manuscripts, the madrasa, free will, predestination, and semantic logic. We will read selections from Ibn Taymiya, Ibn Haytham, Omar Khayyam, Baha al-Din al-Amili, and others.

What is the relation between magic and science? Is religion compatible with the scientific method? Are there patterns in the stars? What is a metaphor? This course will read key moments in Greek and Islamic science and philosophy and investigate the philosophy of language, mathematical diagrams, manuscripts, the madrasa, free will, predestination, and semantic logic. We will read selections from Ibn Taymiya, Ibn Haytham, Omar Khayyam, Baha al-Din al-Amili, and others.

May be repeated for credit.

May be repeated for credit.

May be repeated for credit.

What is the relation between magic and science? Is religion compatible with the scientific method? Are there patterns in the stars? What is a metaphor? This course will read key moments in Greek and Islamic science and philosophy and investigate the philosophy of language, mathematical diagrams, manuscripts, the madrasa, free will, predestination, and semantic logic. We will read selections from Ibn Taymiya, Ibn Haytham, Omar Khayyam, Baha al-Din al-Amili, and others.

Study of the literature of any special topic. Preparation, presentation of reports. If taken under the supervision of a faculty member outside the department, approval of the Physics chair required. Prerequisites: 25 units of college physics, consent of instructor.

The history of science has often been at the crux of key debates in the larger field of history, including debates over objectivity and bias, relativism and the problem of "present-ism." This course explores key questions, methods and debates in the history of science and examines how historians of science have addressed these organizing problems of the historical discipline. This course forms part of the "Doing History" series: rigorous undergraduate colloquia that introduce the practice of history within a particular field or thematic area.

Cigarettes are the world's leading cause of death--but how did we come into this world, where 6 trillion cigarettes are smoked every year? Here we explore the political, cultural, and technological origins of the cigarette and cigarette epidemic, using the tobacco industry's 80 million pages of secret documents. Topics include the history of cigarette advertising and cigarette design, the role of the tobacco industry in fomenting climate change denial, and questions raised by the testimony of experts in court.

For first-year History and Classics Ph.D. students. This course explores ideas and debates that have animated historical discourse and shaped historiographical practice over the past half-century or so. The works we will be discussing raise fundamental questions about how historians imagine the past as they try to write about it, how they constitute it as a domain of study, how they can claim to know it, and how (and why) they argue about it.

Science is phenomenally successful at predicting and explaining the world we live in including our own biology. Without the technological advances brought about by science, our lives would be radically different: no electricity, no cars, no smart phones, no plastics, no arthroscopic surgery, no antibiotics, no GPS, and on and on. Science tells us what the fundamental structure of reality is like: space and time, the soup of fundamental particles occupying it and composing us, and the fundamental forces that govern their behavior.

May be repeated for credit.

Science is phenomenally successful at predicting and explaining the world we live in including our own biology. Without the technological advances brought about by science, our lives would be radically different: no electricity, no cars, no smart phones, no plastics, no arthroscopic surgery, no antibiotics, no GPS, and on and on. Science tells us what the fundamental structure of reality is like: space and time, the soup of fundamental particles occupying it and composing us, and the fundamental forces that govern their behavior.

(Same as History 140A. 40A is 3 units; 140A is 5 units.) The modern sciences trace their origins to the 16th and 17th centuries, when natural knowledge took on dramatically new shapes at the hands of people such as Nicolaus Copernicus, Johannes Kepler, Galileo Galilei, Francis Bacon, René Descartes, and Isaac Newton.

Poop. Knock-off face cream. Lysol. What do these things tell us about Chinese modernity? The history of Chinese modernity has often been told as a story of Westernization of technology and everyday life. "Traditional" Chinese life was "modernized" as the market flooded with Western technological objects; sewers enabled hygienic living, electricity lengthened working hours, railways and cars shortened walks. Between 1911 and 1949, a kind of Chinese "modernity" started to emerge through the consumption of these "modern" things. But is there more?

(History 140A is 5 units; History 40A is 3 units.) The modern sciences trace their origins to the 16th and 17th centuries, when natural knowledge took on dramatically new shapes at the hands of people such as Nicolaus Copernicus, Johannes Kepler, Galileo Galilei, Francis Bacon, René Descartes, and Isaac Newton.

May be repeated for credit.

(Graduate students register for 225.) The founding work of Kant's critical philosophy emphasizing his contributions to metaphysics and epistemology. His attempts to limit metaphysics to the objects of experience. Prerequisite: course dealing with systematic issues in metaphysics or epistemology, or with the history of modern philosophy.

Graduate students register for 265. The topic for 2024-25 is "Space, Time, and Motion: Foundations of Relativity."PREREQUISITES: previous course in philosophy of science or natural science or CS or engineering.

(Graduate students register for 225.) The founding work of Kant's critical philosophy emphasizing his contributions to metaphysics and epistemology. His attempts to limit metaphysics to the objects of experience. Prerequisite: course dealing with systematic issues in metaphysics or epistemology, or with the history of modern philosophy.

Graduate students register for 265. The topic for 2024-25 is "Space, Time, and Motion: Foundations of Relativity."PREREQUISITES: previous course in philosophy of science or natural science or CS or engineering.

2 unit option for PhD students only.

Study of the literature of any special topic. Preparation, presentation of reports. If taken under the supervision of a faculty member outside the department, approval of the Physics chair required. Prerequisites: 25 units of college physics, consent of instructor.

This course examines the history of evolutionary biology from its emergence around the middle of the eighteenth century. We will consider the continual engagement of evolutionary theories of life with a larger, transforming context: philosophical, political, social, economic, institutional, aesthetic, artistic, literary. Our goal will be to achieve a historically rich and nuanced understanding of how evolutionary thinking about life has developed to its current form.

Explores the global circulation of plants, peoples, disease, medicines, technologies, and knowledge. Considers primarily Africans, Amerindians, and Europeans in the eighteenth-century Atlantic World and focuses on their exchanges in the Caribbean, in particular within the French and British empires. We also take examples from other knowledge traditions, where relevant. Readings treat science and medicine in relation to voyaging, the natural history of plants, environmental exchange, racism, and slavery in colonial contexts.

This course examines the history of evolutionary biology from its emergence around the middle of the eighteenth century. We will consider the continual engagement of evolutionary theories of life with a larger, transforming context: philosophical, political, social, economic, institutional, aesthetic, artistic, literary. Our goal will be to achieve a historically rich and nuanced understanding of how evolutionary thinking about life has developed to its current form.

Explores the global circulation of plants, peoples, disease, medicines, technologies, and knowledge. Considers primarily Africans, Amerindians, and Europeans in the eighteenth-century Atlantic World and focuses on their exchanges in the Caribbean, in particular within the French and British empires. We also take examples from other knowledge traditions, where relevant. Readings treat science and medicine in relation to voyaging, the natural history of plants, environmental exchange, racism, and slavery in colonial contexts.

May be repeated for credit.

Study of the literature of any special topic. Preparation, presentation of reports. If taken under the supervision of a faculty member outside the department, approval of the Physics chair required. Prerequisites: 25 units of college physics, consent of instructor.

May be repeated for credit.