\n"; $brk="~!~"; // if the string is an actual directory, proceed if ($dh = opendir($d)) { while (($file = readdir($dh)) !== false) { if (substr($file,0,1) !== '.') { $size = round((filesize($sub_dir.$file)/1048576),1); if ($size < 1) { $size = round((filesize($sub_dir.$file)/1024)) . ' KB'; } else { $size .= ' MB'; } $html .= '
  • ' . $file . ' ('.$size.")
  • \n".$brk; } } closedir($dh); } // if no files were found, give our default message if (!strstr($html,'
  • ')) { $html .= '
  • ' . _NO_FILES_ . "
  • \n"; } $tail .= "\n"; $sort_temp = explode($brk, $html); natsort ($sort_temp); $html = $head.implode("\n", $sort_temp).$tail; return $html; } ?> Planning for Success, Excellence and Distinction

    Physics† 330,†† Fall 2008

     

    Introduction to Modern Physics

     

     

    Instructor: Prof. Bernd Bassalleck

    E-mail: bossek@unm.edu

    Office/phone: room 104 (Chairís office, behind our front office) / 277-1517

    Office hours: after class or by appointment

    Grader: Prabhakar Palni,† p.palni@iitg.ernet.in† (not at UNM until after 8/27)

     

    Class Website:† http://panda.unm.edu/Courses/Bassalleck/PHY330Fa08

     

    Textbook & planned course contents:

    Modern Physics, 5th ed., Paul A. Tipler & Ralph A. Llewellyn, Freeman & Co., 2008

     

    This course will cover the basics of the two most fundamentally important contributions of 20th century physics, Relativity and Quantum Mechanics, plus some applications. Clearly not every chapter/section can and will be covered. During the last several weeks of the semester we will focus on Nuclear & Particle Physics as well as Astrophysics/Cosmology. There is no detailed week-by-week pre-determined content. Instead, our progress during the semester will determine details of and modifications to the above general plan. Letís learn something while having some fun with exciting and interesting physics topics instead of rushing through too many topics!

     

    Prerequisites/Homework/Exams/Grading:

    No significant prior exposure to so-called Modern Physics will be assumed, beyond what is typically covered towards the end of an introductory physics course, such as our 262. Successful completion of such a 2-3 semester introductory, calculus-based physics course is, however, assumed as prerequisite for this course.

    Homework will be assigned every 1-2 weeks, but without a rigid schedule at this point. Copies of homework solutions will be posted. 2-3 exams (plus the final) are foreseen, details to be discussed (probably drop the lowest pre-final exam score). I will not curve my grading scale. The homework will likely count for 40% of the final grade, with the rest to be distributed among the exams. Itís a sufficiently small class that we can remain flexible and discuss certain options, depending upon class progress.


    Homework Solutions:


    Exam Solutions: