PHY 3101: Introduction to Modern Physics Fall 2011         Professor Mark W. Meisel

in vivo schedule (black text: projected and tentative; blue text: past;

red text: projected quizzes and exams and extra credit; green text: fixed final exams)

Note: revisions will be announced in class and subsequently posted online.

 

Week 1            Aug 22             Introduction to the Course and Ch. 1

                                                Homework Problems Ch. 1:  11, 13, 21, 25, 30, 33, 38, 41, 43, 49

                        Aug 24             Continue Ch. 1, H-ITT testing phase

                        Aug 26             Continue Ch. 1, H-ITT testing phase

                                                Extra-Credit 1 (5 pts) due at the start of class.

 

Week 2            Aug 29             Finish Ch. 1.  We will not cover General Relativity, but if you are

                                                interested, there is a recent, accessible summary:

                                                “Gravity Probe B concludes its 50-year quest”, S.K. Blau,

                                                Physics Today, July 2011, p. 14: http://dx.doi.org/10.1063/PT.3.1150

                                                Homework Problems Ch.2:  1, 5, 9, 17, 21, 25, 29, 37, 40

                                                H-ITT points are recorded today and onward: H-ITT 1 done.

                        Aug 31             Start Ch. 2.  H-ITT2 done.

                        Sept 02            Continue Ch. 2, H-ITT3, alpha-electron collision problem, and

                                                Quiz 1 (material to end of Aug 29 and Ch. 1)

 

Week 3            Sept 05            No Class: Labor Day Holiday

                        Sept 07            Review Quiz 1, Continue Ch. 2,

                                                Finish non-relativistic alpha-electron scattering problem.

                                                Start p + p --> p + p + p + p (anti-p) discussion.

                        Sept 09            Finish p + p --> p + p + p + p (anti-p), note similarity to

                                                Problem 2-21.

                                                Quiz 2 (material to end of Sept 02)

 

Week 4            Sept 12            Review Quiz 2.  Review Relativity (Ch. 1 and 2).

Problem 2-21.  Start Ch. 3, Millikan (see below),

Demo of Photoelectric Effect

                                                Homework Problems for Ch. 3: 13, 17, 21, and

                                                Derivation of Compton’s Equation (p138-5th ed, p153-4th ed)

                        Sept 14            Continue Ch. 3

                        Sept 16            Continue Ch. 3, Blackbody temperature of Mars

                                                Quiz 3 (material covered Sept. 07 to end of Sept. 12)

 

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Aside:  Millikan’s Oil Drop Experient – Candy Coated in Textbook?

Assigned Step 1:  Read the text about Millikan’s Experiment and online textbook blurb.

Assigned Step 2:  Feynman?  Try: Cargo Cult Science:

http://calteches.library.caltech.edu/51/2/CargoCult.pdf

“But this long history of learning how to not fool ourselves - of having utter scientific integrity –

is, I’m sorry to say, something that we haven’t specifically included in any particular course that

I know of.  We just hope you’ve caught on by osmosis.”

Optional Step 3:  Ethics?  Try:

            Case Study 2: The Millikan Case - Discrimination Versus Manipulation of Data

            http://www.onlineethics.org/CMS/edu/precol/scienceclass/sectone/cs2.aspx

(Online Ethics Center at The National Academy of Engineering)

Assigned Step 4:  Repeat Step 1?  Your thoughts?

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Week 5            Sept 19            Review for MTE1.  Email questions before 8 am!

                        Sept. 20           Mid-term Exam 1:Tuesday, 20 September, 8:20 pm to 10:10 pm

                                                            (Periods E2-E3), focusing on material up to the end of

                                                            Friday, 16 September.

                                                Last names A-K report to LIT 121.

                                                Last names L-Z report to FLG 0260.

                        Sept 21            Review for MTE1.

                        Sept 23            Compton Effect/Scattering. Finish Ch. 3.

                                                Intro to Ch. 4, and “spectroscopic” HW assignment.

                                                Rutherford Scattering “classic” video of experiment.

                                                Quiz 4 (will be over material that was “fair” for MTE1

                                                            with focus on Ch. 3 material.)

 

Week 6            Sept 26            Review Quiz 4.  Return-Recollect MTE1.

                                                Start Ch. 4.  Homework Problems for Ch. 4:  5, 6, 7, 9, 13, 25, 45.

                                                Rutherford Scattering and Rutherford Scattering “movie”.

                                                Additional assigned reading and viewing:

                                                Rutherford as Alpha-Male” by M. Fowler,

                http://galileo.phys.virginia.edu/classes/252/Rutherford_Scattering/Rutherford_Scattering.html

                                                http://www.youtube.com/watch?v=XBqHkraf8iE

                                                http://www.youtube.com/watch?v=ckzZvzGkr48

                        Sept 28            Ch. 4 continued.  Bohr Model.

                                    Smithsonian Magazine: Madame Curie’s Passion.  Recommended reading.

                        http://www.smithsonianmag.com/history-archaeology/Madame-Curies-Passion.html

                        Sept 30            Ch. 4 continued and finish.

                                                Quiz 5 (focusing on material from Ch. 3)

 

Week 7            Oct 03             Review Quiz 5.  Start Ch. 5.

                        Oct 05             Ch. 5 continued.

                                                Homework Prob. Ch. 5:  9, 17, 29, 33, [41 5th ed = 39 4th ed],

                                                                                                            [50 5th ed = 48 4th ed].

                                                Acoustics and Vibration Animations, Dan Russell, Kettering Univ.

                                                The uncertainty principle, by Mountain Math Software

                                                Wave Packets by Michael Fowler, University of Virginia

                                                Group Velocity vs Phase Velocity by Kyle Forinash, Indiana Univ.

                        Oct 07             Finish Ch. 5.  Start Ch. 6.

                                                Homework Prob. Ch. 6: 5, 7, 9, 16,

                                                [24-25 4th ed = 25-26 5th ed], [28 4th ed = 29 5th ed],

                                                [41-42 4th ed = 43-44 5th ed], [47 4th ed = 49 5th ed]

                                                Quiz 6 (focusing on material in Ch. 4)

 

Week 8            Oct 10             Review Quiz 6.  Continue Ch. 6.  Generate S.E.

                        Oct 12             Continue Ch. 6.  S.E. and Free Particle.

                        Oct 14             Work Problems from Chapter 5.

                                                Extra-Credit Quiz 1 (totally optional)

                                                (add to best of 10 Quiz Score, it does not replace a score)

                                                (focus on material in Ch. 4 or 5)

 

Week 9            Oct 17             Review Quiz EC.  Handout.  Ch. 6 continued.

                                                Continue Ch. 6.  S.E.: 1D Infinite Square Well, Zero Point Motion.

                        Oct 19             Ch. 6 continued.  S.E.: 1D Infinite Square Well, Operators,

                                                            and Expectation Values.

                        Oct 21             Ch. 6 continued.  1D Infinite Square Well and Expectation Values.

                                                Cover sheet, formula, and Problem 1 for MTE 2 distributed.

                                                Quiz 7 (focusing on material from Ch. 5)

 

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LINKS:           Some Links for QM barriers and wells and orbitals

                        IBM Quantum Corrals: http://www.almaden.ibm.com/vis/stm/

                        Paul Falstad: http://www.falstad.com/mathphysics.html

                        PhET: U-CO at Boulder:

http://phet.colorado.edu/new/simulations/sims.php?sim=Quantum_Tunneling_and_Wave_Packets

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Week 10          Oct 24             Review Quiz 7 (opps, forgot to do it!).

                                                Review for MTE2.  Email questions by 8 am!

                        Oct. 25            Mid-term Exam 2: Tuesday, 25 October, 8:20 pm to 10:10 pm

                                                            (Periods E2-E3), focusing on material from MTE1 to

                                                            end of Friday, 21 October.  In other words,

                                                            Compton Scattering of Ch. 3, Ch. 4, Ch. 5, and

                                                            Ch. 6 sections 6.1, 6.2, and 6.4 (NOT 6.3).

                                                All students report to BRY 130.

                        Oct 26             Review Quiz 7.  Review MTE2.

                        Oct 28             Continue Ch. 6 material: Finite Well to Steps.

                                                Quiz 8 (from material covered for MTE2, focus on Ch. 6).

 

Week 11          Oct 31            Review Quiz 8.

                                                Extra Credit 2 (EC2: a “potential” of 10 points): generate a script

                                                or audio file (mp3 file) in the spirit of a 30-45 sec radio spot à la

                                                “Tiny Tech”: http://cnem.chem.ufl.edu/outreach.html.

                                                Your charge is to explain “Modern Physics” to a member of the

                                                general public at any level: K-12, congressional staff, other.

                                                The rubric is:  3 points (each) on creativity, physics message, and

                                                length of presentation, with one point for “professionalism”.

                                                Due at THE START OF CLASS, Wednesday, 30 Nov.

                                                Uncertainty Game: win “valuable” prizes as total winner or loser.

                                                Continue Ch. 6 material: Finite Square Well to Steps.

                        Nov 02            Continue Ch. 6. material.  Finish Ch. 6.

                                                Quiz 9: assign today DUE at START of Class Monday Nov. 7.

                                                (Do-at-Home, Submit at START of Class (Hardcopy, 1 page)!

                                                Run:  PhET: U-CO at Boulder:

http://phet.colorado.edu/new/simulations/sims.php?sim=Quantum_Tunneling_and_Wave_Packets

                                                Do a “screen capture” (Print Screen) and Print or Paste to Document

                                                and Print and Comment on your plot.  Assignments are:

                                                Birth DAY 01-07: Well

                                                Birth DAY 08-14: Barrier

                                                Birth DAY 15-21: into a Step

                                                Birth DAY 22-31: off a Step

                                                Birth Month EVEN: E of particle less than V

                                                Birth Month ODD: E of particle greater than V

                                                If unphysical situation arises, then run one of the other choices.

                                                You should use both wave packet and plane wave options, but only

                                                capture one image.  Your comments need to be limited to

                                                one sheet (room on front and space on back as long as ink does

                                                not bleed through the paper.  Briefly comment on any

                                                “AH HA” moments.  Comment on differences and similarities

                                                between packet and plane waves.  Comment on T and R coefficients.

                        Nov 04                        No Class (UF Homecoming Holiday).

 

Week 12          Nov 07            Take-Home Quiz 9 Due at START of Class.

                                                Start Ch. 7.  Homework Prob. Ch.7: 1, 9, 19, 25

                        Nov 09            Continue Ch. 7.

                        Nov 11            No Class (Veterns’ Day Holiday)

 

Week 13          Nov 14            Return Quiz 9.

                                                Explain “Make-Up” Email that is needed by Friday.

                                                Finish Ch. 7.  Email questions by 8 am on Wednesday.

                        Nov 16            Ch. 8. Statistical Physics, Sections 1-3.

                                                BEC at U CO: http://www.colorado.edu/physics/2000/bec/

                                                Required Reading: Quantum Liquids by A. J. Leggett

                                                Science 29 February 2008: 1203-1205

            Email Meisel if using “Make-Up” Day, Deadline 18 Nov.

                        Nov 18            Continue Ch. 8.  Chemical Potential Handout.

                                                Ch. 11 in 5th ed (Ch. 11-12 in 4th ed) Nuclear Physics and Energy.

                                                ONLINE Nuclear Safety Issues Readings:

                                                “Radiation Risk and Ethics”, by Zbigniew Jaworowski

                                                Physics Today, Sep99, Vol. 52 Issue 9, p24, 6p, (available online, eg:

                                                http://www.riskworld.com/nreports/1999/jaworowski/NR99aa01.htm)

                                                Quiz 10 (focus on Ch. 7)

 

Week 14          Nov 21            Review Quiz 10.

                                                Finish Ch. 8.  Focus on Ch. 11.

                        Nov 23            Reading Day (individual study due to evening exams)

                                                You are required to read one of the following and be prepared

                                                to discuss the topic on a quiz or exam.

                                                Option 1:  “Which way to the Island?, by Daniel Clery, Science,

                                                09 September 2011, Vol. 333, pp 1377-1379, see:

                                                http://www.sciencemag.org/content/333/6048/1377.full.pdf

                                                Option 2:  “Fathoming Matter’s Heart Unbound”, by Adrian Cho

                                                Science, 13 March 2009, Vol. 323, pp 1424-1425, see:

                                                http://www.sciencemag.org/cgi/content/full/323/5920/1424

                                                Option 3:  “Preventing the Next Fukushima”, by Matthew Bunn

                                                and Olli Heinonen, Science, 16 September 2011, Vol. 333,

                                                pp 1580-1581, see:

                                                http://www.sciencemag.org/content/333/6049/1580.full.pdf

                                                Option 4:  “Quarks and the Cosmos”, by Michael S. Turner,

                                                Science, 05 January 2007, Vol. 315, pp 59-61, see:

                                                http://www.sciencemag.org/content/315/5808/59.full.pdf

                                                Option 5:  “Cool Vibrations”, by Pierre Meystre, Science,

                                                12 August 2011, Vol. 333, pp 832-833, see:

                                                http://www.sciencemag.org/content/333/6044/832.full.pdf

                        Nov 25            No Class, Thanksgiving Holiday

 

Week 15          Nov 28            “Make-Up” Day

                                                (only for students requesting make-up for excused absences)

                                                Email Prof. Meisel in advance, by 18 Nov: list the dates that you

                                                missed and the material that you want to make-up.

                        Nov 30                        Finish Ch. 11.  Quantum Cats and Computers: “Food for thought?”

                                                Student Evaluations!  https://evaluations.ufl.edu

                                                Extra Credit 2 (potential of “10 pts”) due at start of class,

                                                as hardcopy or mp3 file.

 

                        Dec 01                        NO OH on Thursday Dec 01.

 

                        Dec 02             Review for MTE3 and Final.  Email questions before 8 AM.

                                                Quiz 11 (focus on material from Ch. 8, Ch. 11, 14 – 23 Nov,

                                                            including “readings”!)

 

Week 16          Dec 05             Review Quiz 11.  Review for MTE3.  Email questions before 8 am!

                                                Mid-term Exam 3:  Monday, 05 December, 8:20 pm to 10:10 pm

                                                            (Periods E2-E3), focusing on material from MTE2 to

                                                            end of Wednesday, 30 Nov.

                                                All students report to WEIM 1064.

                        Dec 07             Review MTE 3. Last Day of Classes

                        Dec 10             No Class, Reading/Review Break

 

Final Exam (Group 14D):  Wednesday, 14 December, 3:00 to 5:00 pm, all material covered.

ROOM NPB 1002 (where our class meets).