[UConn Storrs]

Obesity is considered a national epidemic and possibly a pandemic as it affects many developed countries around the world. This interdisciplinary course explores the biology of obesity, including genetic predispositions and behaviors that increase obesity risk (dietary, physical activity, social, and psychological); the obesigenic environment, including how communities are physically built as well as the economic relationship to obesity risk; and the policy and ethical implications for obesity prevention and promotion of healthy behaviors and environments for all body sizes. Multi-level obesity prevention approaches that involve the individual, family, organization, community, and policy will be considered. The format will consist of common lectures, weekly discussions, hands-on activities, team projects, and synthesis of material presented.

Note This class is defined in the catalog as open to freshmen and sophomores in the Honors Program. If you are an Honors student who will have 54 or more credits when this course is offered, you may request enrollment by emailing honors@uconn.edu and including (1) your name; (2) your 7-digit Student Admin number; (3) your registration “pick time”; (4) the course number and section; (5) the class number from Student Admin; and (6) confirmation that there are seats available in the course.

[UConn Storrs]

This course uses archaeobotany as a tool to provide instruction on the research process. Each student develops and executes an independent research project using the various microscopes and equipment within the Archaeobotany Laboratory. Archaeobotany, the study of plant use in antiquity, is an inherently interdisciplinary sub-field of archaeology that integrates botany, ecology, archaeology, and social theory to explore a wide range of topics including: 1) the nature, timing, and cause of plant domestication events around the world; 2) the social and environmental dynamics and causes of the transition from hunting-and-gathering to early agriculture; 3) the role that plant-based agriculture, viticulture, or irrigation played in the emergence and collapse of early social complexity, social hierarchies, and the development of the first cities; 4) the ways in which farmers modified plant-based agriculture to suit prevailing environmental conditions and social and economic needs; and 5) the choices that people made in the past to select and procure fuel in order to sustain everyday household activities and emerging craft specializations and industries.

This course integrates lectures on current and emerging trends in archaeobotanical research with hands-on instruction in the use of a range of lab equipment, microscopy, and digital imaging tools commonly found in many labs to address the topics listed above. These tools include: 1) botanical reference material; 2) analytical balances; 3) a muffle furnace; 4) student binocular microscopes; 5) an upright materials microscope with transmitted, incident, and polarized light; and 6) a confocal microscope with NIS Elements imaging software. Hands-on instruction is also provided in the use of a Jeol NeoScope JCM 6000Plus benchtop scanning electron microscope with Energy Dispersive X-Ray Spectroscopy capabilities for elemental mapping. Throughout the course, students actively engage in the research process by using the tools learned in class to design and conduct an individualized research project. Come ready to explore!

[UConn Stamford – Distance Learning]

One semester introduction in game theory. Game theory is a modeling tool that is used to understand and predict strategic behavior in a wide variety of settings, including economic, social, political, and biological. For example, an algorithm is used to match medical school students with residency programs across the U.S. and around the world. Medical school students rank hospitals from their most desired to least desired and hospitals rank the students from their most desired to their least desired. Then an algorithm uses these rankings to match students to hospitals. Medical students sometimes behave strategically by altering their rankings in an attempt to obtain a better match.

In this course students will learn that strategic behavior is ubiquitous. For example, we will study games involving predator and prey settings in the natural world, elections, warfare, and auctions ranging from a Christie’s auction of an antique Greek vase to electromagnetic spectrum rights auctions.

Note This course will be offered online, and registration is open to Honors students at any UConn regional campus. If you are a non-Honors student interested in this course and the Honors Program, please email the instructor (vicki.knoblauch@uconn.edu) and Kaitlin Heenehan (kaitlin.heenehan@uconn.edu) to request a permission number.

[UConn Storrs]

This course offers an introduction to game theory. Game theory develops analytical tools to study strategic interactions between individuals, to better understand and predict behavior, conflicts and cooperation. Game theory is widely used in many disciplines (e.g., economics, political science, law, computer science, biology). The course introduces basic concepts and tools for solving games (e.g., simultaneous games and a Nash equilibrium, sequential games, repeated games, asymmetric information models) as well as a variety of applications (e.g., auctions, evolutionary biology and voting).  Through simple examples, students can develop their ability to think strategically.

[UConn Storrs]

This course will expose students to a conceptual framework at the intersection of law, economics, and philosophy – what we can call the paradigm of rights and harms.  Working within this framework, you will analyze and debate a large set of controversial social issues.  The goal of the course is to encourage you to think critically and rigorously about such issues and to hone your skills in argument and persuasion.  Students from all majors and backgrounds welcome.

Consider a famous legal case analyzed by the Nobel Laureate Ronald Coase.  A physician sets up an examination room with a wall that is shared by a candy factory.  Noise from the candy machinery makes it impossible for the doctor to examine patients with a stethoscope.  If the candy factory has the right to make noise, the doctor is harmed; if the doctor has a right to quiet, the factory is harmed.  Economists and philosophers have developed ways of thinking about who should get the right – and thus who should bear the harm – in cases like these.  Most if not all controversial social issues take exactly this form: who has the right?  Who is harmed, and in what way?  As we will see, in many of these cases, the harms are immaterial: there is no tangible emission like noise.  I may harm you (make you angry or unhappy) by giving a speech in favor of Marxism or by selling my kidney to the highest bidder – even if you are nowhere in the vicinity and learn of my behavior only through a third party.  Should I have the right to engage in these behaviors?  Or should you have the right to stop me?

Recent syllabus

Note This class has a catalog-level pre- or co-requisite of any 1000-level economics course. We can override this requirement. If you are an Honors student, you may request enrollment by emailing honors@uconn.edu and including (1) your name; (2) your 7-digit Student Admin number; (3) your registration “pick time”; (4) the course number and section; (5) the class number from Student Admin; and (6) confirmation that there are seats available in the course.

[UConn Storrs]

The planetary potency of humankind requires the naming of a new epoch on Earth’s calendar, the Anthropocene. This tipping point is forcing a paradigm shift in our environmental consciousness, one that embraces the Earth system more holistically and which refutes the false binary separating humans from nature. Ironically, this brave new world is one without wilderness, yet with more wildness than ever before.

Learning how the earth works and what its history has been will reframe the way you think about critical environmental issues: climate change, ecosystem collapse, pollution, natural resources, urban infrastructure, and much more. Earth is not fragile. That designation is reserved for species and communities like ours. The fate of humanity has always been in the hands of geothermal, meteorological, cosmic, and evolutionary processes.

Limited to 19 students, this experiential, interdisciplinary, investigative, and collaborative course provides an opportunity for you to engage with the Honors core goals of exploration, creativity, and leadership.

ERTH 1000E also meets the general education requirement for a CA 3 (science) non-lab course.

[UConn Storrs]

We normally take ourselves to be in a privileged position to tell what state of mind we are at any given moment – whether we feel tired, have a headache, want a cup of tea, are nervous about tonight’s date, or are thinking about tomorrow’s exam; and so on. This kind of basic self-knowledge seems effortless by comparison to the knowledge we have of others’ mental states. It also seems much easier by comparison to the ‘lofty’ self-knowledge we may aspire to achieve through deep self-examination, or therapy. In our own case, we don’t appear to have any need to consult evidence, observe our own behavior, or engage in interpretation or analysis. At the same time, basic self-knowledge seems more secure than knowledge of others’ minds. When you say how you feel or what you’re thinking, you seem to be both more certain and much less open to challenge or correction than when you pronounce on the mental states of others. But why is that?

The effortless yet secure character of basic self-knowledge seems especially puzzling if we embrace the contemporary scientific perspective on ourselves. According to that perspective, human minds are an integral part of the natural world, nothing more than brains and central nervous systems, which appears to imply that the commonsense idea that we have privileged knowledge of our own states of mind is due to some kind of an illusion. After all, we are not presumed to be in a special position to know things about chemical processes in our stomachs; why should we be in such a position with respect to neural processes in our brains? Our aim in this course will be to understand the character of basic self-knowledge and the source of its privileged status from both a philosophical and a scientific point of view. We will first consider philosophical problems associated with self-knowledge, and then examine some answers proposed by both philosophers and scientists, assessing their merits and weaknesses.

Note This class has a catalog-level pre-requisite of PHIL 1101/1102/1103/1104/1105/1106/1107. We can override this pre-requisite. If you are an Honors student, you may request enrollment by emailing honors@uconn.edu and including (1) your name; (2) your 7-digit Student Admin number; (3) your registration “pick time”; (4) the course number and section; (5) the class number from Student Admin; and (6) confirmation that there are seats available in the course.