The Principles and Applications of Symmetry in Magnetism (PASM) Summer School is supported by the National Science Foundation and brings together leading researchers to provide a pedagogical introduction to modern spin-related physics.

While symmetry remains a unifying theme, the scope of the school spans frontier directions in quantum geometry, magnetism, topological transport, correlated phenomena, quantum sensing, and computational approaches.

The program is designed for students, postdoctoral researchers, and researchers working on spin and magnetic systems in both theory and experiment, with ample opportunity for discussion and interaction.

Confirmed Lecturers and Topics

  • Ran Cheng (UC Riverside)
    • Antiferromagnetic dynamics
  • Chunhui Du (Georgia Tech)
    • Quantum sensing of quantum materials
  • Satoshi Okamoto (ORNL)
    • Electron correlation and Hall effects
  • Yaroslav Tserkovnyak (UCLA)
    • Symmetry-enabled topological transport and entanglement generation
  • Binghai Yan (Penn State)
    • Unconventional magnetism and quantum geometry
  • Qimin Yan (Northeastern University)
    • Symmetry and AI
  • Gen Yin (Georgetown University)
    • Computational quantum geometry

Apply

Application is free and open until May 1, 2026. Apply here.

Location

PASM 2026 lectures will be held in Scott Bioengineering Building, Room 101 on the Colorado State University campus.

BuildingScott Bioengineering Building
RoomRoom 101
FloorFirst floor

The maps below show the location of the Scott Bioengineering Building and the classroom location within the building.

Campus Map

Scott Bioengineering Building is marked on the campus map.

Open the building location in google map

Classroom Map

Room 101 is located on the first floor of Scott Bioengineering Building.

Schedule

Monday, July 13th

9:15am-9:25amWelcome
9:30am-10:20amLecture 1-1 (Ran Cheng)
10:20am-11:00amCoffee break
11:00am-11:50amLecture 2-1 (Satoshi Okamoto)
11:50am-1:30pmLunch break
1:30pm-2:20pmLecture 1-2 (Ran Cheng)
2:30pm-3:20pmLecture 3-1 (Yaroslav Tserkovnyak)
3:30pm-4:30pmPoster Session A
4:30pm-5:00pmDiscussion

Tuesday, July 14th

9:30am-10:20amLecture 4-1 (Chunhui Du)
10:20am-11:00amCoffee break
11:00am-11:50amLecture 4-2 (Chunhui Du)
11:50am-1:30pmLunch break
1:30pm-2:20pmLecture 2-2 (Satoshi Okamoto)
2:30pm-3:20pmLecture 3-2 (Yaroslav Tserkovnyak)
3:30pm-4:30pmPoster Session B
4:30pm-5:00pmDiscussion

Wednesday, July 15th

9:30am-10:20amLecture 4-3 (Chunhui Du)
10:20am-11:00amCoffee break
11:00am-11:50amLecture 1-3 (Ran Cheng)
11:50am-1:30pmLunch break
1:30pm-2:20pmLecture 2-3 (Satoshi Okamoto)
2:30pm-3:20pmLecture 3-3 (Yaroslav Tserkovnyak)
3:30pm-4:30pmPoster Session C
4:30pm-5:00pmDiscussion

Thursday, July 16th

9:30am-10:20amLecture 5-1 (Binghai Yan)
10:20am-11:00amCoffee break
11:00am-11:50amLecture 5-2 (Binghai Yan)
11:50am-1:30pmLunch break
1:30pm-2:20pmLecture 6-1 (Gen Yin)
2:30pm-3:20pmLecture 6-2 (Gen Yin)
3:30pm-4:20pmLecture 6-3 (Gen Yin)
4:20pm-5:00pmDiscussion

Friday, July 17th

9:30am-10:20amLecture 5-3 (Binghai Yan)
10:20am-11:00amCoffee break
11:00am-11:50amLecture 7-1 (Qimin Yan)
11:50am-1:30pmLunch break
1:30pm-2:20pmLecture 7-2 (Qimin Yan)
2:30pm-3:20pmLecture 7-3 (Qimin Yan)
3:30pm-4:20pmLecture 7-4 (Qimin Yan)
4:20pm-5:00pmClosing discussion

Poster Sessions

Poster sessions will take place from 3:30pm to 4:30pm on Monday, Tuesday, and Wednesday.

Poster Session A: Magnetic Textures, Dynamics, Imaging, and Materials

No.PresenterPoster Title
A1Jefferson CarterTitle not specified
A2Joshua Chaparro MataMagnetic Hardening in vdW Magnet (Fe0.64,Ni0.36)5GeTe2 Driven by Annealing-Induced Structural Reorganization
A3Nemat FarhadiFerromagneto-Elastic Resonance in a Low-Damping Polycrystalline Ferromagnetic Alloy
A4Jarred GrantSurface Morphology and Electronic Properties of Cleaved Centrosymmetric EuAl4(001)
A5Colin LangtonInfluence of Curvature and Geometric Chirality on Magnetic Configurations in Möbius Nanostructures
A6Dhan Raj LawatiNanoscale quantum imaging of antiferromagnets Mn3GaN using nitrogen-vacancy center in diamond
A7Achintya MitraExploring Unconventional Domain Walls of Few-Layer van der Waals Magnets
A8Yanyan ZhuGuiding spin waves with hyperbolic magnets

Poster Session B: Spin Transport, Torques, and Devices

No.PresenterPoster Title
B1Ali AlmahmoudSeed Layer Influence on the Anomalous Hall Effect in Polycrystalline Antiferromagnetic FeMn
B2Reaz BhuiyanHigher Order Spin Magnetic Multipole Moments Relevant to Antiferromagnetic Spintronics
B3Elyssa DeVisscherEffect of Neighboring Copper Layers on the Spin Hall Conductivity of a Heavy Metal/Ferromagnet Bilayer
B4Mohammad HamdiTheory of cluster octupole transfer torque in all-antiferromagnetic tunnel junctions
B5Friedrich HanrathDynamic response properties in magnetic materials from All-Electron DFPT
B6Volodymyr ShablenkoElectric excitation of spin resonance in altermagnetic and antiferromagnetic conductors
B7Hamed VakiliSupercurrent-Driven Neel Torque in Superconductor/Altermagnet Hybrids
B8Zihui ZengIonic Tuning of Magneto-Transport in Noncollinear Antiferromagnet Mn3NiN Thin Film

Poster Session C: Altermagnets, Topology, Quantum Geometry, and Materials Design

No.PresenterPoster Title
C1Kamal DasLinear Magnetoresistance as a Probe of the Neel Vector in Altermagnets with Vanishing Anomalous Hall Effect
C2Sparsh Ghimire“Quantum Anomalous Hall Effect in Antiferromagnetic d4 Oxides”
C3Himanshu MavaniTitle not specified
C4Guy MooreTitle not specified
C5Omar TahaTitle not specified
C6Neelam TariqDevelopment of Functional Porous Magnetic Hybrid Metal Halides
C7Bibek TiwariTitle not specified
C8Yufei ZhaoSurface-State-Driven Anomalous Hall Effect in Altermagnetic MnTe Films.

Participant Roster

The roster below lists confirmed PASM 2026 participants by name and affiliation.

NameAffiliationPosition / Title
Bilal AhmedUniversity of South FloridaPhD student
Reem AlharbiApplied physicsPhd student
Moaz AliUniversity of Nebraska-LincolnPh.D.
Ali AlmahmoudVirginia Tech, The Department of PhysicsPhD student
Reaz BhuiyanColorado State UniversityPhD Student
Jefferson CarterUniversity of WyomingGraduate Research Assistant
Joshua Chaparro MataDepartment of Applied Physics – Yale UniversityPhD Student
Timothy CorbettGeorgetown UniversityPhD Student
Noah CowperUniversity of WyomingGraduate student
KAMAL DASWEIZMANN INSTITUTE OF SCIENCE,IsraelPost doc
Prithwiraj DasColorado State UniversityPhD student
Kuangyin DengUniversity of California, RiversidePostdoctoral researcher
Serena DetermanColorado State UniversityPhD Student
Elyssa DeVisscherUniversity of DenverPhD student
Mohamed ElekhtiarUniversity of Nebraska-LincolnPhD student
Nemat FarhadiVirginia TechGraduate Research Assistant
Adam FriedlandColorado State UniversityPhysics PhD Student
Sparsh GhimireColorado State UniversityGraduate Student
Jarred GrantUniversity of WyomingPhD Student
Mohammad HamdiDepartment of Physics and Astronomy, University of California, Los Angeles (UCLA)SNSF Postdoc.Mobility Fellow at Tserkovnyak Group
Friedrich HanrathForschungszentrum Jülich GmbH, RWTH Aachen UniversityPhD Student
Colin LangtonGeorgetown UniversityPhD Student
Dhan Raj LawatiUniversity of nebraska-lincolnPhD student
Dai Nam LeUniversity of South FloridaPostdoctoral researcher
Kyoungpyo LeeUniversity of Texas at AustinPh.D. graduate student
Miao LiGeorgia TechPhD student
Yang LiuUCRPhD student
Ruel MalcolmUniversity of WyomingLab assitant
Himanshu MavaniDepartment of Physics, University of Nebraska-LincolnPhD student
Yulia MaximenkoCSUAssistant Professor
Achintya MitraColorado State UniversityPhD Student
Guy MooreLawrence Berkeley National LaboratoryPostdoctoral researcher
Aishat OjuolapeColorado State UniversityPhD student
Alexander PetrovicUniversity of WyomingAssistant Professor
Paul RutherfordUC RiversidePhD Student
Edward SchwartzUniversity of Nebraska – LincolnPhD Student
Volodymyr ShablenkoUniversity of South CarolinaPhD student
Afsana SharminCSUPhd Student
Benjamin SnitzerUniversity of California-RiversidePhD Student
FNU SwatiUniversity of Tennessee, KnoxvillePhD student
Omar TahaUniversity of Nebraska-LincolnPhD student
Muhammad TahirLumen TechnologiesSenior Data scientist
Neelam Tariquniversity of south floridaPhD Student
Bibek TiwariUniversity of Missouri-ColumbiaPhD student
Sergei UrazhdinEmory UniversityProfessor
Hamed VakiliUniversity of Nebraska-LincolnPostdoc
Kai VyletUC Santa Barbara PhysicsPhD student
Zihui ZengGeorgetown UniversityPhD student
Yufei ZhaoPenn State UniversityPhD student
Yanyan ZhuUniversity of California, Los AngelesPhD student

Lodging Support

Lodging support will be available for a limited number of non-CSU participants. Support will be provided up to an amount aligned with shared on-campus housing rates for the full duration of the summer school (approximately $351 for 6 nights).

Participants are responsible for making their own lodging arrangements. CSU Guest Housing provides a convenient on-campus option, but participants may arrange alternative accommodations if preferred.

Reimbursement is contingent upon attendance and submission of appropriate receipts. Any costs exceeding the awarded support amount are the responsibility of the participant.

Hotels within walking distance of CSU:

Hilton: 425 W Prospect Rd, Fort Collins, CO 80526

Best Western University Inn: 914 S College Avenue, Fort Collins, CO 80524

Additional lodging options are available throughout Fort Collins.

Dining

The Summer School does not provide any meals except coffee and tea during coffee breaks. You are welcome to explore the many restaurants near the CSU campus.

On-campus dining options include:

Lory Student Center (MAP)

The Foundry (Dining Center) (MAP)

Ram’s Horn (Dining Center) (MAP)

Parking and Transportation

Metered parking is available at the Engineering parking lots. More information on visitor parking including daily permits can be found here.

Groome Transportation is typically the most convenient option between Denver International Airport (DEN) and Fort Collins.

For transportation on CSU campus and around Fort Collins, please refer to the links below:

Transfort

MAX

WiFi Access

Look for csu-guest in your WiFi settings. This is an unsecured and open network for guest access only. This provides access to the internet but not to CSU resources. Connections will act the same as coming from off campus. You will need to accept the Campus Acceptable Usage Policy to use this network.

Informal Participant-Led Activities

Fort Collins is great to visit during the summer–Things to do in Fort Collins

PASM 2026 will not organize official excursions or off-site activities. However, participants are welcome to self-organize informal small-group activities, such as dinner outings, campus/downtown walks, or local exploration in Fort Collins. We will provide an online communication channel for participant-led plans. Participation in these informal activities is entirely optional and is not part of the official PASM program.

Sponsors

Organizing Committee

  • Hua Chen (Chair, Colorado State University)
  • Ran Cheng (University of California, Riverside)
  • Qimin Yan (Northeastern University)