The department has special opportunities for good students at both the lower-division and upper-division levels. Special honors laboratory courses (Physics 13AL, 13BL and 13CL) require unusual creativity and are available for a few students each year. Physics 142L, 143L, 144L, 145L, 198 and 199 are available to qualified seniors. All of the honors courses require the consent of the instructor and qualify for the College of Letters and Sciences Honors Program.
Bachelor's Honors Thesis
The opportunity to pursue a Bachelor's Honors Thesis is available for students who maintain a grade point average in Physics of 3.5 or better. Students must submit a signed Honors Thesis proposal form to the undergraduate faculty advisor for approval three quarters before the Thesis is submitted. It is recommended that students discuss plans to pursue an Honors Thesis with their faculty adviser even earlier (e.g. before the beginning of their junior year). Completion of an Honors Thesis involves developing a research project under the supervision of a faculty member, presenting a public seminar describing the work, and submitting a formal written report to the faculty member and the undergraduate advisory committee for grading and approval. Honors Thesis work is credited via one of the following courses: Physics 142L, 143L, 145L, 194, 198, and 199. While it is not required, it is recommended that the Advanced Lab be taken for experimental experience in a Physics lab setting.
It is also recommended that Physics 127AL, 128AL and 128BL be taken in the junior year so that thesis candidates can concentrate on thesis research in the senior year. While we will substitute PHYS 128AL and 128BL requirements for thesis work based on experimental research, those who are conducting theoretical research are encouraged to complete Physics 128AL and 128BL.
College of Creative Studies
Another program is intended for especially well qualified and highly motivated students. This is a joint program of the College of Creative Studies (CCS) and the Department of Physics. The CCS Physics Program typically enrolls approximately ten freshmen each year. In their freshman and sophomore years the CCS physics majors take a demanding six-quarter introductory course. As part of this course they make frequent trips to the blackboard to explain homework problems to the instructor and to their fellow students. The small class size allows a seminar-like format and close student-faculty interaction. In the sophomore year CCS students start the upper division physics program, taking the same upper-division courses as the L&S students. They also take a laboratory course, taught by a member of the physics faculty, which moves them into various research groups within the Department by the middle of their sophomore year. Both CCS and L&S students who become involved in research as sophomores typically remain involved throughout their undergraduate careers. Many of them go on to write senior theses, and a number of students co-author refereed publications before graduation.
At the end of the year, the Department holds a ceremony and reception in honor or all graduating students (graduate and undergraduate) in Physics and the College of Creative Studies. During this ceremony, students who have been chosen by the faculty to receive awards are formally recognized and presented with a certificate from the Chair of the Department in the presence of guests. Below is a list of undergraduate awards that the Department honors:
- Arnold Nordsieck Award Given in memory of Arnold Nordsieck, who was a theoretical physicist at General Research Corp. of Santa Barbara. It is presented to a graduating senior in Physics who shows research promise.
- Outstanding Senior Award Awarded for excellent academic performance and evidence of future promise in Physics.
- Research Honors Awarded for outstanding effort in laboratory research.
- The Chancellor's Undergraduate Research Award A separate award from the Chancellor is given at a different time, however, the Department recognizes these accomplished students at the Ceremony. It is awarded to outstanding, graduating seniors with distinction as undergraduate researchers. Candidates for this award must be nominated by an academic department or program, or by an organized research unit.
- Boston Area Undergraduate Physics Competition (BAUPC) Please note: this award is not always given. From the BAUPC website: "BAUPC is a physics and (somewhat) math competition that was designed to extend the idea and spirit of high school olympiads to embrace students currently enrolled in undergraduate program. Generously supported by Harvard Physics Department the competition is held once a year usually in April."
- Physics Academic Honors Awarded to graduating physics students who have maintained between a 3.50 - 3.79 academic GPA in UD Physics courses, and who have completed 50 UD Physics units (Physics Department Award only).
- Physics Highest Academic Honors Awarded to graduating physics students who have maintained between a 3.80 - 4.00 academic GPA in UD Physics courses, and who have completed 50 UD Physics units (Physics Department Award only).
Bachelor's Honors Thesis Archive (Partial List)
Sivar Azadi: Offline Data Quality Monitoring for Skin Detector of LUX_ZEPLIN WIMP.
Hirish Chandrasekaran: Staggered Derivative Finite Difference Methods for First Order ODEs
Aidan Hogge: Deep Learning Object Detection for Star Tracking
Chang Jin: Enhancing the sensitivity of NV-based quantum sensors
Natalie LeBaron: Transient Detection with YOLO Darknet
Yuzheng Lin: Physical Constraints on Growth & Dynamics of Syncytia
Nadie Yiluo LiTenn: Utilization of Random Tensor Network in Holographic Duality
Hongyin Liu: Exploring Secluded Annihilation in Light Dark Matter
Ryan Lopez: Active Brownian Particles with Aligning Torques
Pierre Thibodeaux: Adaptive Binning of KCWI Data Cubes
Luca Scharrer: Novel Dynamics of Topological Defects in Active Nematics
Patrick Tran: Understanding the Statistical Mechanics of Error Correcting Codes
Duanyang Wang: Exploring the effect of the number of arms and unpaired junction bases on DNA nanostar
Sarah Webster: Tiling a minimal origami seed for DNA nanotubes
Sean Benevedes: Deep Neural Networks in Long-Lived Particle Searches
Heitor Cardoso Megale: Simulation and analysis of in vitro human neural tube morphogenesis
Kellan Colburn: Machine Learning Approach to Pattern Recognition in the Cosmic Microwave Background
Weiheng Fu: Direct Measurement of the Magnetocaloric Effect
Daniele Offidani: Automatic Neurites Tracing and Neurons Counting
Max Prichard: Localization in Driven Quasicrystals
Luke Sellers: Superradiant Black Holes and the Abelian Higgs Model
Menghang (David) Wang: New approaches for the electroweak hierarchy problem
Jacob Erlikhman: Optical System Designs for Phased Laser Array
Haley Bowden: Determining the Ionizing Source of Green Pea Galaxies
Alex Cicconi-Kasper: 28GHz MM-Wave Outphasing Transmitter for 5G
Jason Corbin: In-situ Oxygen Plasma Clean and High Temperatures Anneal of PtSi Microwave Kinetic Inductance Detectors
Taozhi Guo: Topological scattering invariant in the presence of Quasi-Majorana modes
Vincent Hou: Spin-dynamics and relaxation in Posner Molecules
Yurim Lee: Deep Learning for Physically Based Modeling of Free Boundary Problems
Umut Oktem: Exotic Higgs Production at the LHC
Aaron Peng: Rapid Characterization of Voltage-Based FRET Sensors
Crystal Roybal: Photonic Crystal Membranes
Lynn Tung: Studies with the LUX-ZEPLIN detector
Zipeng Wang: Control of ecological outcomes in the gut microbiome
Jared Abramson: DX-DNA Nanotube Tracks for Autonomous DNA Nanowalkers
Jonathan Guiang: Simulation of MTD Performance and Search for Rare Higgs Decays
Joey Incandela: In-Situ Noise Thermometry for Graphene Capacitance Measurements
Matteo Wilczak: Spatial Effects in Microbial Mats
Deborah Clayton-Warwick: Nunchuck Nanostructures for Dynamic Measurement of dsDNA Bending
Nathaniel Conrad: Dynamics and elasticity of valence-speci?c DNA nanostar gels
Mary Lou Bailey: Improving Electron Paramagnetic Resonance Spectroscopy at 240 GHz
Jacqueline Geler Kremer: Photostability of Silver Nanoclusters Stabilized by DNA
Elizabeth Davison: Graph Theoretical Analysis of Dynamic Brain Functional Networks
Alan Zhan: Characterization of Optical Microcavities
Alexander Kotlerman: Synthesis and Characterization of Stochastically Nanostructured Metallic Films
Kayla Nguyen: Electrostatic Force Microscopy on Organic Photovoltaics
Julian Kelly: Single Qubit Bootstrapping and Gate Calibration
Christine Nielsen: Calibration Through Simulation of a Low-Energy Cherenkov Detector
Elinore Roebber: Parameterization of a Single-Exterior Black Hole in 2+1 Demensions
Matthew Rowley: Thermodynamic Analysis of DNA Nanotubes
Alexander Woolf: Digital Etching in Coupled L3 Photonic Crystal Cavities
James Hynes: The Development of a Prototype High Energy Neutron Multiplicity Detector
Tobias S. Mansuripur: Asymmetric Flows Over Symmetric Surfaces
Elisabeth Newton: Finding and Modelling Gravitational Lenses
Alexander Woolf : Digital Etching in Coupled L3 Photonic Crystal Cavities
Alan Wah Lun Mak: Methods of Searching for Higgs and Supersymmetric Particles at the LHC
Stephen Parham: A New Cavity Defect for Terahertz Photonic Crystal Slabs
Cheyne M. Scoby: Low-Data Investigation of Higgs Boson Discovery at the LHC
Hunter Y. McDaniel: Vortex Dissipation in Type I Superconducting Films
Lea Fredrickson: Spin Dynamics Studies on the Green Fluorescent Protein