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CAS PY 100 Physics of the Twentieth Century and Beyond

4 credits. Either sem. one year of high school physics.

A historical survey of modern physics, focusing on quantum mechanics and relativity as applied to the microworld (subatomic physics) and the macroworld (the early universe). Covers exotic phenomena from quarks to quasars, from neutrinos to neutron stars. For non-science majors. Carries natural science divisional credit (without lab) in CAS.

CAS PY 101 Topics in Physics

4 credits.

Topic for Fall 2015: Physics of Health Sciences. Particularly recommended for students majoring in athletic training, physical therapy, or speech, language & hearing sciences. A one-semester, terminal physics course for students who do not require a two-semester sequence. Cannot be taken for credit in addition to CAS PY 105 or PY106. Students considering application to medical, dental, or veterinary schools should take PY 105/106 (or PY 211/212, or PY 241/242, or PY 251/252) instead of PY 101.

CAS PY 103 Cinema Physica

4 credits.

Conceptual introduction to physical law as portrayed in film. Quantitative understanding using simple estimates, elementary physics, and dimensional analysis. Kinematics; forces; conservation laws; heat and temperature; atoms, molecules and materials. Sample films: Speed; Armageddon; Independence Day; X-Men; The Sixth Sense; Contact. Carries natural science divisional credit (with lab) in CAS.

CAS PY 104 Physics of Health Sciences

4 credits. some knowledge of algebra and trigonometry.

BU Hub Learn More
  • Scientific Inquiry I
  • Quantitative Reasoning I
  • Critical Thinking

PY104 is a one semester introduction to the basic physics concepts that relate to the health sciences. Material covered is selected from a range of topics, such as include Kinematics and Dynamics, Newton's Laws, Statics, Momentum, Work and Energy, Mechanical Waves, Electric Charge and Force, Capacitance and Resistance, Electric Circuits, and Properties of Electromagnetic Waves, Atomic and Nuclear Physics, and Medical Imaging. Effective Fall 2019, this course fulfills a single unit in each of the following BU Hub areas: Scientific Inquiry I, Quantitative Reasoning I, Critical Thinking.

Section S1, FALL 2021 Sep 2nd to Dec 9th
Instructor Type Days Times Location
Willig-Onwua Lecture TR 08:00:00 AM–10:45:00 AM SCI B23

CAS PY 105 Physics 1

4 credits.

BU Hub Learn More
  • Scientific Inquiry I
  • Quantitative Reasoning I
  • Critical Thinking

The CAS PY 105/106 sequence satisfies premedical requirements. PY105 covers some of the basic principles underlying the physics of everyday life, including forces and motion, momentum and energy, harmonic motion, rotation, and heat and thermodynamics. Carries natural science divisional credit (with lab) in CAS. Effective Fall 2018, this course fulfills a single unit in each of the following BU Hub areas: Scientific Inquiry I, Quantitative Reasoning I, Critical Thinking.

Section S1, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Miller Lecture MWF 08:00:00 AM–09:45:00 AM SCI B23
Miller T 06:30:00 PM–08:15:00 PM ROOM
Section S2, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Duffy Lecture MWF 10:10:00 AM–11:55:00 AM SCI B23
Duffy T 06:30:00 PM–08:15:00 PM ROOM
Section S3, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Trunfio Lecture MWF 12:20:00 PM–02:05:00 PM SCI B23
Trunfio T 06:30:00 PM–08:15:00 PM ROOM
Section S4, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Sperka Lecture MWF 02:30:00 PM–04:15:00 PM SCI B23
Sperka T 06:30:00 PM–08:15:00 PM ROOM
Section S5, FALL 2021 Sep 7th to Dec 8th
Instructor Type Days Times Location
Mohanty Lecture MW 06:30:00 PM–09:15:00 PM SCI B23
Mohanty T 06:30:00 PM–08:15:00 PM ROOM

CAS PY 106 Physics 2

4 credits. CAS PY 105; or equivalent.

BU Hub Learn More
  • Scientific Inquiry II
  • Quantitative Reasoning II
  • Critical Thinking

The CAS PY 105/106 sequence satisfies premedical requirements. PY106 covers some of the basic principles underlying the physics of everyday life, including electricity and magnetism, direct-current circuits, waves, optics, and modern physics. Carries natural science divisional credit (with lab) in CAS. Effective Fall 2018, this course fulfills a single unit in each of the following BU Hub areas: Scientific Inquiry II, Quantitative Reasoning II, Critical Thinking.

Section A1, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Grant Lecture MWF 02:30:00 PM–03:20:00 PM SCI 113
Grant W 06:30:00 PM–08:15:00 PM ROOM
Section D1, FALL 2021 Sep 2nd to Dec 9th
Instructor Type Days Times Location
Grant Discussion R 03:35:00 PM–04:25:00 PM PRB 148
Section D2, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Grant Discussion F 10:10:00 AM–11:00:00 AM CAS 204B
Section D3, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Grant Discussion F 12:20:00 PM–01:10:00 PM CAS 220
Section D4, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Grant Discussion F 01:25:00 PM–02:15:00 PM CAS 220
Section D5, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Grant Discussion F 02:30:00 PM–03:20:00 PM PRB 150
Section DX, FALL 2021 Sep 2nd to Dec 10th
Instructor Type Days Times Location
Grant Discussion ARR TBD–TBD
Section L1, FALL 2021 Sep 7th to Dec 7th
Instructor Type Days Times Location
Grant Lab T 08:00:00 AM–10:45:00 AM SCI B09
Section L2, FALL 2021 Sep 13th to Dec 6th
Instructor Type Days Times Location
Grant Lab M 06:30:00 PM–09:15:00 PM SCI B09
Section L3, FALL 2021 Sep 7th to Dec 7th
Instructor Type Days Times Location
Grant Lab T 12:30:00 PM–03:15:00 PM SCI B09
Section L4, FALL 2021 Sep 7th to Dec 7th
Instructor Type Days Times Location
Grant Lab T 06:30:00 PM–09:15:00 PM SCI B09
Section L5, FALL 2021 Sep 8th to Dec 8th
Instructor Type Days Times Location
Grant Lab W 08:00:00 AM–10:45:00 AM SCI B09
Section LX, FALL 2021 Sep 2nd to Dec 10th
Instructor Type Days Times Location
Grant Lab ARR TBD–TBD

CAS PY 107 Physics of Food and Cooking

4 credits. Either sem.

BU Hub Learn More
  • Scientific Inquiry I
  • Quantitative Reasoning I
  • Critical Thinking

Physical science concepts of thermal / soft matter physics and molecular biophysics such as phase transitions and gelation, viscosity, elasticity illustrated via cooking. Labs and demos using molecular gastronomy methods of sous-vide cooking, pressure cooking, making desserts, cheese, emulsions, foams, gels, ice creams. Carries natural science divisional credit (with lab) in CAS. Effective Fall 2018, this course fulfills a single unit in each of the following BU Hub areas: Scientific Inquiry I, Quantitative Reasoning I, Critical Thinking.

Section A1, FALL 2021 Sep 8th to Dec 8th
Instructor Type Days Times Location
Ludwig Lecture MW 04:30:00 PM–06:15:00 PM SCI 117
Section L1, FALL 2021 Sep 7th to Dec 7th
Instructor Type Days Times Location
Ludwig Lab T 06:30:00 PM–09:15:00 PM PRB 459
Section L2, FALL 2021 Sep 2nd to Dec 9th
Instructor Type Days Times Location
Ludwig Lab R 12:30:00 PM–03:15:00 PM PRB 459
Section L3, FALL 2021 Sep 3rd to Dec 10th
Instructor Type Days Times Location
Ludwig Lab F 02:30:00 PM–05:15:00 PM PRB 459
Section L4, FALL 2021 Sep 8th to Dec 8th
Instructor Type Days Times Location
Ludwig Lab W 06:30:00 PM–09:15:00 PM PRB 459

CAS PY 111 Energy

4 credits.

Explores and discusses issues related to energy production and consumption: the rise of our energy-intensive society, climate change, and carbon dioxide; the pros and cons of nuclear power; the search for alternative energy sources, etc.

CAS PY 132 The Physics of Motion: How Far, How Fast, How Big

4 credits. 1st sem.

A noncalculus, conceptual physics course that examines the physical principles underlying different mechanisms of motion. Topics of discussion include: "Why are there no birds as big as elephants?" and "If a T Rex were chasing you, could you outrun it?"

CAS PY 138 The Physics of Chance and Necessity

4 credits. Either sem.

A conceptual survey of physics based on the role played by chance in nature. Topics include: Newtonian mechanics; heat and entropy; chaos theory; wave-particle duality; and the evolution of order out of randomness, as exemplified by galaxies, crystals, and life itself.

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