Overview:
Established in 1975, Quantum Fluids and Solids (QFS) has been a flagship conference on macroscopic quantum phenomena in low-temperature quantum matter for half a century. It brings together leading scientists from around the world. QFS2026 is expected to welcome nearly 200 attendees, representing major universities, national laboratories, and industry partners.
This year’s program will extend from traditional areas, such as superfluidity, superconductivity, and Bose-Einstein condensation, to modern topics, including quantum spin liquids, topological / flat-band superconductors, 2D electron fluids & solids, as well as emerging directions like QFS-based quantum computing, networking, and sensing.
Conference Venue:
QFS2026 will be held in Jordan Hall of Science on the University of Notre Dame campus.
_JPG.jpg)
QFS2026 will follow the tradition of holding all talks in a single auditorium without running parallel sessions.
.jpg)
Breakfast, Lunch, Poster sessions, and Sponsor Booths will be in the Exhibition Hall of the same building.
_JPG.jpg)
Important Locations:
• Conference Sessions and Public Lectures: Jordan Hall of Science Room 105
• Breakfast, Lunch, Poster Sessions, Sponsor Booths: Jordan Hall of Science Hallway
• Welcome Reception and Keynote Talk: McKenna Hall 215/216
• Conference Banquet: Downes Ballroom, 7th floor of the Corbett Family Hall, east side of the Notre Dame Football Stadium
• Excursion Pick-up Location: Stadium Flagpole
• On-Campus Lodging: Morris Inn
• Physics Lab Tours: Nieuwland Science Hall
• Guest Parking: Joyce Lot in front of Purcell Pavilion at the Joyce Center, 113 Joyce Center, Notre Dame, IN 46556
Session Topics:
0. Public Lectures and Keynote Talk: Quantum Matter, Information, Complexity
1. Superfluid Helium-3 - topological superfluid
2. Superfluid Helium-4 (including two-fluid hydrodynamics)
3. Quantum Solids: Hydrogen, Helium, Neon
4. Quantum Gases: Atomic and Molecular Bose-Einstein Condensation
5. Quantum Gases: Polaritonic and Excitonic Bose-Einstein Condensation (including quantum wells and 2D materials)
6. Confined QFS Systems (thin films, clusters, droplets, aerogels, and engineered cavities)
7. Defected QFS Systems (electrons, atoms, ions, pinned vortices by surface defects and impurities)
8. Hybrid QFS Systems (superfluid/superconductor hybrid systems, superfluid optomechanics)
9. Nonequilibrium QFS Systems (quantum turbulence, nonlinear excitations, nonequilibrium phase transitions)
10. Topological / Unconventional Superconductors (including super-semi hybrid systems)
11. General Superconductors (conventional superconductors, vortices, TLS/quasiparticles, high-Q cavities, etc.)
12. Quantum Spin Liquids
13. Quantum Hall liquids
14. 2D Electron Fluids and Solids (electron hydrodynamics in graphene, Wigner crystals in TMDC, etc.)
15. QFS-based Quantum Information (eHe/eNe qubits, atom/ion qubits, etc.)
16. QFS-based Simulation and Detection (simulation of black holes, phase transitions in the early universe, dark matter detection)
17. Cryogenic Technologies
Agenda by Sessions:
Agenda by Speakers:
Session Chairs:
Hyoungsoon Choi (KAIST)
John P. Davis (University of Alberta / Zero Point Cryogenics)
Christian Enss (Heidelberg University)
Wei Guo (Florida State University)
Richard P. Haley (Lancaster University)
William P. Halperin (Northwestern University)
Boldizsar Janko (University of Notre Dame)
Eunseong Kim (KAIST)
Kimitoshi Kono (National Yang Ming Chiao Tung University)
W. Vincent Liu (University of Pittsburgh)
Stephen A. Lyon (Princeton University)
Vidya Madhavan (University of Illinois Urbana-Champaign)
Takeshi Mizushima (Osaka Metropolitan University)
Ryuji Nomura (Hokkaido University)
Keith Schwab (California Institute of Technology)
Yong-il Shin (Seoul National University)
Keiya Shirahama (Keio University)
Ladislav Skrbek (Charles University)
Sergey Vasiliev (University of Turku)
Poster Session Schedule:
Abstract Book:
Lecture and Keynote Speakers:
Steven M. Girvin (Yale University)
Circuit QED: building quantum computers with artificial atoms
Philip Kim (Harvard University)
Flat universe and emergent quantum phenomena
Charles M. Marcus (University of Washington)
Quantum meets complexity
Invited Plenary Speakers:
Sankar Das Sarma (University of Maryland)
2D quantum liquid, crystal, and solid
Michael J. Manfra (Purdue University)
Universal anyon tunneling in a chiral Luttinger liquid
Feng Wang (University of California, Berkeley)
Two-component exciton Bose-Einstein condensate
Ali Yazdani (Princeton University)
Visualizing two-dimensional correlated & topological quantum solids & liquids
Invited Semiplenary Speakers:
Cui-Zu Chang (Pennsylvania State University)
Stoichiometric FeTe is a superconductor
Pengcheng Dai (Rice University)
Emergent photons and fractionalized excitations in a quantum spin liquid
Hiroshi Fukuyama (University of Tokyo / KEK)
Novel superfluidity in two-dimensional helium-4
Jack Harris (Yale University)
Thermal-limited motion and optomechanical control of a levitated superfluid drop
Vidya Madhavan (University of Illinois Urbana-Champaign)
Topology and order parameter of UTe2 measured by STM
Daniel McKinsey (University of California, Berkeley)
Development of a superfluid helium-based dark matter detector for the TESSERACT experiment
Michael R. Norman (Argonne National Laboratory)
Herbertsmithite and the role of disorder in quantum spin liquids
James A. Sauls (Louisiana State University)
Nonequilibrium phase transitions in quantum fluids
John Saunders (Royal Holloway University of London)
Topological superfluid 3He under confinement in engineered nanofabricated geometries
Keith Schwab (California Institute of Technology)
Probing the Planck time with superfluid helium-4
Andrey Vilesov (University of Southern California)
Superfluid helium nanodroplets
Invited Session Speakers:
Samuli Autti (Lancaster University)
Superfluid 3He in aerogels as a laboratory neutron star analogue
Maja Cassidy (UNSW Sydney)
Reducing TLS losses in superconducting circuits using solid neon
John P. Davis (University of Alberta / Zero Point Cryogenics)
Sub-Kelvin cryogenics
Vladimir Eltsov (Aalto University)
Vortex dynamics in triplet superfluids with pinning
Andrew Fefferman (Institut Néel / CNRS)
Development of continuous sub-mK refrigeration with aluminum refrigerant
Ambarish Ghosh (Indian Institute of Science Bangalore)
Electron phase dependent instability pathway of multi-electron bubbles in liquid helium 3
Wei Guo (Florida State University)
Wall-bounded and wall-free quantum-fluid dynamics in superfluid helium-4
Petri Heikkinen (Royal Holloway University of London)
Cosmological Kibble-Zurek-driven phase transitions in superfluid helium-3
Vladimir Khmelenko (Texas A&M University)
Recombination and quantum diffusion of hydrogen atom isotopes in solid molecular hydrogens
Kimitoshi Kono (National Yang Ming Chiao Tung University)
Ions trapped at the free surface of superfluid helium
Angela Kou (University of Illinois Urbana-Champaign)
Defects in superconducting quantum devices
Shaowei Li (University of California, San Diego)
An economical and efficient helium recovery system for vibration-sensitive applications
W. Vincent Liu (University of Pittsburgh)
Orbital atomic gases: from topological chiral condensates to enhanced gravitational sensing
Rostislav Mikhaylovskiy (Lancaster University)
Ultrafast spectroscopy of superfluid helium
Valery Milner (University of British Columbia)
Ultrafast coherent control of collective excitations in superfluid helium
Nir Navon (Yale University)
Core-bound waves on a Gross-Pitaevskii vortex
Colin Parker (Georgia Institute of Technology)
Thulium-doped noble gases: a new playground for quantum information and sensing
Elena Redchenko (TU Wien)
Impurities in cryogenic solids for quantum sciences
David Rees (EeroQ Quantum Hardware)
Towards scalable quantum computing with electrons on liquid helium
Yong-il Shin (Seoul National University)
Spin turbulence in quantum fluids: from chaotic spin dynamics to turbulent transport
Keiya Shirahama (Keio University)
Freezing of surface electric dipole moments by physical adsorption of helium and hydrogen
Tomoyuki Tani (Hokkaido University)
Quantum dripping of superfluid helium-4: a platform for exploring time-crystalline order
Makoto Tsubota (Osaka Metropolitan University)
Fully coupled dynamics of superfluid and normal fluid
Zoe Yan (University of Chicago)
New opportunities in quantum simulation with ultrapolar molecules and metastable atoms
Xianjing Zhou (Florida State University)
Progress on electron-on-solid-neon qubit platform
Rena J. Zieve (University of California, Davis)
Glitch studies in superfluid helium
Contributed Session Speakers:
Hyunjin Choi (KAIST)
Rotating-frame relaxation as a probe of dissipation in superfluid helium
Adrian Del Maestro (University of Tennessee, Knoxville)
Berezinskii-Kosterlitz-Thouless renormalization group flow at a quantum phase transition
Shengwang Du (Purdue University)
Distributed quantum computing and networking with atoms and photons
Christian Enss (Heidelberg University)
DELight: a direct search experiment for light dark matter using superfluid 4He as target material
Ilya Esterlis (University of Wisconsin – Madison)
Quantum magnetism in electron solids
Maxwell Freeman (California Institute of Technology)
Progress towards a low-temperature superfluid 4He Josephson junction using 2D nanoporous materials
Chris Goodwin (University of Nottingham)
Digital holographic imaging of superfluid helium free surfaces
Asier Lopez-Eiguren (University of the Basque Country)
Numerical simulations of the superfluid 3He order parameter using dyGiLa
Saba Mehsar Khan (Aalto University)
Confinement-induced dissipation in superfluid 3He-B revealed by coupled nanomechanical resonators
Tomoki Minoguchi (Tokyo University of Science)
Metastable density kinks at the solid-superfluid interface of He-4
Yosuke Minowa (Kyoto University)
Optically driven rotation of nanoparticles in superfluid helium
Takeshi Mizushima (Osaka Metropolitan University)
Anomalous proximity effect and giant Majorana Ising spin signal in the topological superconductor UTe2
Satoshi Murakawa (University of Tokyo)
Andreev reflection rate with various incident angles at the surface of superfluid helium-3 B phase
Filip Novotny (Charles University)
Kosterlitz-Thouless transition in uniformly confined 4He
Austin Schleusner (Michigan State University)
Coupling of an electron-on-helium plasmon mode to a cQED architecture
Matthew Schulz (Princeton University)
Measurement of 2DEG transport on a thin film of superfluid liquid helium
John Scott (Northwestern University)
Phase and textural stability and transitions in superfluid 3He
Ladislav Skrbek (Charles University)
Rotating axial and spherical thermal counterflow of He II
Rahul Soni (Indiana University Bloomington)
Helium confinement in argon-preplated MCM-41 nanopores
Hiromitsu Takeuchi (Osaka Metropolitan University)
Superfluid turbulent wake in three dimensions
Sergey Vasiliev (University of Turku)
Magnetic trapping of atomic hydrogen and its isotopes
Jun Wang (RIKEN)
Coupling electrons on solid neon to a superconducting resonator
Akira Yamaguchi (University of Hyogo)
Quantum phase transition between two domain-wall phases in He-3 on graphite
Mehdi Zarea (Louisiana State University)
Microwave response of superconductors with paramagnetic impurities
Kaiwen Zheng (Washington University in St. Louis)
Two-level-system-like behavior of single electrons on solid neon
Dmitry Zmeev (Lancaster University)
A superconducting levitating oscillator with sub-microhertz resonance linewidth as a probe of superfluidity in 4He
Contributed Poster Presenters:
Institutional Sponsors:
Industrial Partners:
Emerald Level
Quantum Machines (QM) is the leading global provider of hybrid quantum-classical control solutions. The company’s flagship Orchestration Platform harmonizes quantum and classical operations to eliminate friction and optimize performance across the entire stack. By providing a unified hardware and software infrastructure that supports any qubit modality, QM empowers researchers and builders to iterate at speed, resolve setbacks, and scale systems previously thought impossible.
Learn more at: https://www.quantum-machines.co/
Ruby Level
Sapphire Level
Quantum Design provides researchers with access to world-class technologies for advanced materials characterization, quantum science, cryogenics, sample synthesis, microscopy, spectroscopy and nanotechnology. Our tools support research to the atomic scale through creation of high performance, cryogen free, low temperature, and magnetic environments.
Visit qdusa.com to learn more.
Building the computers of tomorrow with the technology of today.
Gold Level
Flying:
South Bend International Airport (SBN) is one of the busiest airports in Indiana. It is serviced by four airlines with direct flights to 13 destinations. By flying SBN, you are one connection from anywhere. Further, South Bend is within close proximity to many other international airports, including Chicago, Detroit, and Indianapolis.
Train:
The South Shore is an electric train line that connects South Bend International Airport to downtown Chicago with stops throughout Northwest Indiana. Amtrak also connects South Bend to major cities like Chicago, Toledo, Cleveland, Pittsburgh, New York City, Boston, and Washington D.C.
Bus:
Greyhound, FlixBus, and Megabus offer direct bus service from several Midwest destinations to South Bend and Notre Dame.
Driving:
South Bend and Mishawaka are in the heart of the Great Lakes region between Chicago, Detroit, Columbus, and Indianapolis. We are just 10 miles south of the Michigan State line and easily accessible from the Indiana Toll Road. U.S. highways 6, 20, and 31, all lead to South Bend. State Roads 2, 4, 23, 104, 331, and 933 do the same.
Guest & Visitor Parking information can be found here. The cost of parking will be the attendee's responsibility. We recommend parking at the Joyce Lot in front of Purcell Pavilion at the Joyce Center, 113 Joyce Center, Notre Dame, IN 46556.
The conference hotels may offer free parking. Most of them are within walking distance of the conference location.
Friendly reminder: Notre Dame and South Bend use US Eastern Time, whereas Chicago uses US Central Time. There is a 1-hour time-zone difference. Please keep this in mind when planning your travels.
Hotel on Notre Dame Campus:
Morris Inn
1399 N Notre Dame Ave, South Bend, IN 46617
A limited number of rooms with discounted rates have been reserved.
King Standard – $199 per night.
Book online here.
Book by phone at (574) 281-9988 and reference “The International Symposium on Quantum Fluids and Solids”.
Hotels next to Notre Dame Campus:
Ivy Court
1404 Ivy Court, South Bend, IN 46637
A limited number of rooms with discounted rates have been reserved.
King Standard – $114.00 per night
Double Standard – $114.00 per night
King Suite – $144.00 per night
Book online here and use the group attendee code CONF-080226 to access discounted rates.
Book by phone at (574)277-8500 and reference the group attendee code CONF-080226.
Fairfield by Marriott
1220 East Angela Blvd, South Bend, IN 46617
Book by phone at 574-234-5510.
Call or click the link above for pricing and availability.
1140 E Angela Blvd, South Bend, IN 46617
Book by phone at (574) 400-2600.
Call or click the link above for pricing and availability.
Hotel within short driving distance:
123 N Doctor M.L.K. Jr Blvd, South Bend, IN 46601
Book by phone at (574) 234-2000.
Call or click the link above for pricing and availability.
Friendly reminder: Notre Dame and South Bend use US Eastern Time, whereas Chicago uses US Central Time. There is a 1-hour time-zone difference. Please keep this in mind when planning your travels.
Explore South Bend:
South Bend, Indiana, (colloquially known as The Bend) offers many of the same amenities of larger cities, but within an affordable environment. South Bend has a small-town feel, but still delivers world-class entertainment: Broadway plays, first-rate musical and performance artists at the Morris Performing Arts Center; exhibitions at the History Museum or the South Bend Museum of Art; outdoor music and arts festivals; the South Bend Farmers’ Market; and watching the South Bend Cubs, a minor league baseball team affiliate of the Chicago Cubs.
Everything from Irish pubs to fine dining are available in South Bend. French Cambodian, Lebanese, Italian, Mexican, Indian, and Vietnamese are just some examples of the international cuisines available for sampling. Craft breweries and distilleries are big in The Bend, and South Bend’s newest dining and entertainment destination, Eddy Street Commons, is just across the street from the University.
Nine miles of riverside walking and cycling trails, woodland parks, whitewater rafting and kayaking on the East Race Waterway, and Potawatomi Zoo, are all available in South Bend. Explore the quaint villages of southwest Michigan just a short drive away. Visit the beach at Indiana Dunes National Park — the only one in Indiana — or at the numerous small lakes that dot the countryside.
For conference participants looking to explore the craft beer trend in America, local breweries are core to the region’s social epicenter. Many local wineries abound, with local wines being served on menus throughout the city. And for those looking for a caffeine fix, they can perk up at the local trendy coffee shops, roasters, and nearby bakeries. Unwind over a pint and get a taste for what’s being brewed locally.
Discover Chicago:
Chicago is a world-class destination, celebrated for its stunning skyline, vibrant lakefront, rich cultural scene, championship sports teams, and renowned food—from deep-dish pizza to fine dining. Located just a short trip from South Bend, it’s the perfect city to explore before or after your conference. Plan your trip today and make the most of your visit.
Travel:
With South Bend being located only 90 miles east of Chicago, there are many transportation methods at your disposal to quickly make your way from and to the city.
Train
The South Shore is an electric train line that connects South Bend International Airport to downtown Chicago with stops throughout Northwest Indiana.
Bus
Several coach companies operate between South Bend and Chicago, including Greyhound and FlixBus, offering affordable rides to downtown Chicago or Union Station.
Driving
Chicago is easy accessible through a short 1.5–2 hour drive via the I-90/I-94. Parking is widely available, from garages near Millennium Park to spots around popular neighborhoods.
Activities and Events:
From world-class attractions to hidden local gems, Chicago offers an incredible range of experiences—ensuring your visit will be both memorable and worthwhile!
Boating and Lakefront
Along the Chicago Riverwalk, you can enjoy scenic strolls, lively cafés, and striking views of the city’s architecture. For a unique perspective, take an architectural boat tour through the Chicago River, often ranked among the best sightseeing experiences in the U.S. End your stay with a lake cruise, sunset sail, or even a kayak outing on Lake Michigan!
Sports and Entertainment
Whether you’re a die-hard fan or just looking for a fun night out, Chicago’s sports scene has something for everyone. Catch the Chicago Cubs at historic Wrigley Field or cheer on the White Sox for a classic night of baseball under the lights. Football fans can head to Soldier Field to watch the Chicago Bears, while hockey enthusiasts won’t want to miss the fast-paced action of the Blackhawks. The city also boasts the Chicago Fire for Major League Soccer and, of course, the legendary Chicago Bulls at the United Center. With so many teams and electrifying atmospheres, Chicago truly is one of America’s great sports hubs.
Museums and Culture
Chicago is home to some of the world’s most renowned museums, each offering unforgettable experiences. Step into the Art Institute of Chicago, famous for its impressionist masterpieces and iconic modern works. Explore hands-on exhibits at the Museum of Science & Industry, one of the largest science museums in the world. For natural wonders, visit the Field Museum, home of the famous T. rex “Sue,” or dive into aquatic life at the Shedd Aquarium. No matter your interest, Chicago’s museums bring art, history, and science to life.
Cultural Landmarks
Chicago’s landmarks are as vibrant as the city itself. Take a stroll through Millennium Park, where the world-famous Cloud Gate sculpture—affectionately known as “The Bean”—reflects the skyline in dazzling fashion. Spend an afternoon at Navy Pier, with its rides, entertainment, and sweeping lakefront views. For an evening out, experience a show at the legendary Chicago Theatre or catch live music at one of the city’s many renowned venues. These cultural icons showcase the spirit and creativity that make Chicago unique.
Food & Famous Restaurants
Few cities can match Chicago’s reputation as a food lover’s paradise. Indulge in a slice of authentic deep-dish pizza from local legends like Giordano’s or Lou Malnati’s. Savor a classic Chicago-style hot dog, piled high with signature toppings. For those seeking an elevated dining experience, the city boasts an impressive collection of Michelin-starred restaurants offering world-class cuisine. From casual bites to fine dining, Chicago’s food scene is reason enough to visit.
Plan Your Visit:
Before you head to Chicago, a few quick tips can help you make the most of your trip. The city is known for its distinct seasons—summers are warm and perfect for lakefront activities, while winters bring festive charm (and snow!). Spring and fall often provide the best balance of pleasant weather and fewer crowds, making them ideal times to explore.Consider purchasing a Chicago CityPASS to enjoy discounted admission to top attractions like the Shedd Aquarium, Field Museum, and Skydeck and head over to the Chicago Office of Tourism webpage to start planning your excursion during your stay in South Bend!
Friendly reminder: Notre Dame and South Bend use US Eastern Time, whereas Chicago uses US Central Time. There is a 1-hour time-zone difference. Please keep this in mind when planning your travels.
Conference Registration:
Early Registration:
Before Monday, June 8, 2026, 11:59 pm US Eastern Time
Standard (Principal Investigators, Postdoctoral Researchers, etc.): $600
Students (Undergraduate Students and Graduate Students): $300
Guests (Accompanying Persons): $200
Late Registration:
After Monday, June 8, 2026, 11:59 pm US Eastern Time
Standard (Principal Investigators, Postdoctoral Researchers, etc.): $650
Students (Undergraduate Students and Graduate Students): $350
Guests (Accompanying Persons): $250
Please register here and use the Confirmation Number for Abstract Submission.
Participants whose visa applications are denied may request a refund of their conference registration fee at any time. Refunds will be issued for the full registration amount minus any applicable processing fees.
To request a refund, please submit a copy of your visa denial notice to qfs2026@nd.edu.
Abstract Submission:
Early Registration is required before Abstract Submission to be considered for Oral or Poster Presentations. Each registered participant is allowed to submit no more than two abstracts as a presenter.
Please submit an abstract here.
QFS2026 Conference Collection:
A collection of papers associated with QFS2026 will be published as a topical collection in the Journal of Low Temperature Physics (JLTP). Registered conference participants can submit papers based on their conference abstracts.
Note that the journal will not consider "traditional" proceedings. Papers submitted to the collection should be full research articles.
All papers submitted to the collection will undergo external peer review to ensure that the journal's high standards are met.
There is no page length limit. The deadline for submissions is December 31, 2026. The Guest Editors for the special collection are Dafei Jin and Karla M. Galdamez.
Submission portal for Journal of Low Temperature Physics.
Submission guidelines.
Papers can be prepared using LaTeX or Microsoft Word templates.
Click “Submit Manuscript” on the submission portal. You will then need to log in to your Springer Nature account or register for a new account. Select article type (e.g., Research). Upload the manuscript and any additional files (e.g., figures) via the files tab.
In the Details tab, in the Collection section, select “Special Issue: Quantum Fluids and Solids (QFS2026)”. Complete the remaining sections in the Details, Authors, and Declarations tabs. Check that all necessary information has been provided via the Review tab, and then click "Submit manuscript".
Authors of accepted papers might be eligible to publish their work in the journal as Open Access without additional costs.
More information here.
Organizing Committee:
Dafei Jin, Organizing Chair
Xiaolong Liu, Organizing Co-Chair
Petr Stepanov, Organizing Co-Chair
Laszlo Forro, Director of the Stavropoulos Center for Complex Quantum Matter
Morten Eskildsen, Chair of the Department of Physics and Astronomy
Local Program Committee:
Dafei Jin (University of Notre Dame, US)
Xiaolong Liu (University of Notre Dame, US)
Petr Stepanov (University of Notre Dame, US)
Boldizsar Janko (University of Notre Dame, US)
Karla M. Galdamez (UC Santa Cruz, US)
Wei Guo (Florida State University, US)
Scott Hertel (UMass Amherst, US)
Nir Navon (Yale University, US)
Johannes Pollanen (Michigan State University, US)
Rena J. Zieve (UC Davis, US)
International Advisory Committee:
Vanderlei S. Bagnato (IFSC, Brazil & TAMU, US)
Natalia G. Berloff (University of Cambridge, UK)
Warwick Bowen (University of Queensland, Australia)
Maya Cassidy (UNSW, Australia)
Moses Chan (Pennsylvania State University, US)
Susan Coppersmith (UNSW, Australia)
Franco Dalfovo (University of Trento, Italy)
John P. Davis (University of Alberta, Canada)
J. C. Séamus Davis (University of Oxford, UK)
Vladimir Eltsov (Aalto University, Finland)
Christian Enss (Heidelberg University, Germany)
Francesca Ferlaino (University of Innsbruck, Austria)
Hiroshi Fukuyama (University of Tokyo and KEK, Japan)
Ambarish Ghosh (Indian Institute of Science, India)
Henri Godfrin (CNRS, France)
Andrei Golov (University of Manchester, UK)
Zoran Hadzibabic (University of Cambridge, UK)
Richard P. Haley (Lancaster University, UK)
William P. Halperin (Northwestern University, US)
Jack Harris (Yale University, US)
Jainendra K. Jain (Pennsylvania State University, US)
Erika Kawakami (RIKEN, Japan)
Wolfgang Ketterle (MIT, US)
Eunseong Kim (KAIST, South Korea)
Kimitoshi Kono (NYCU, Taiwan)
Denis Konstantinov (OIST, Japan)
Paul Leiderer (University of Konstanz, Germany)
Stephen A. Lyon (Princeton University, US)
Li Lu (Chinese Academy of Sciences, China)
Daniel McKinsey (UC Berkeley, US)
Jeevak Parpia (Cornell University, US)
James A. Sauls (Louisiana State University, US)
John Saunders (Royal Holloway University of London, UK)
Keith Schwab (California Institute of Technology, US)
Ladislav Skrbek (Charles University, Czech Republic)
Yong-il Shin (Seoul National University, South Korea)
Keiya Shirahama (Keio University, Japan)
Makoto Tsubota (Osaka Metropolitan University, Japan)
Sergey Vasiliev (University of Turku, Finland)
Grigorii E. Volovik (Landau Institute for Theoretical Physics, Russia)
Silke Weinfurtner (University of Manchester, UK)
Amir Yacoby (Harvard University, US)
Rena J. Zieve (UC Davis, US)
Lake Michigan Boat Tour:
The Lake Michigan boat tour excursion will give everyone the opportunity to relax and enjoy the beautiful scenery of the Indiana Dunes shoreline and the open waters of Lake Michigan. During the cruise, guests will experience breathtaking lake views, fresh air, and a peaceful atmosphere while traveling aboard the Emita II, a spacious double-decker tour boat with both indoor and outdoor seating areas. We will be touring with Harbor Country Adventures, a highly rated boating and adventure company based in Michigan City that specializes in scenic cruises, sightseeing tours, and waterfront experiences on Lake Michigan. The company is known for its professional staff, comfortable boats, and memorable lake excursions that are perfect for groups, families, and visitors looking to experience the shoreline from a unique perspective.
The cost for this excursion will be $40 per person, including the round-trip bus between Notre Dame and Michigan City and the 1.5-hour boat-tour ticket.
Regional Town Museum Visit:
The excursion to The History Museum, the Oliver Mansion, and the Studebaker National Museum in South Bend, Indiana, will offer guests a fascinating look into the region’s rich industrial, cultural, and architectural history. Located at 808 West Washington Street in downtown South Bend, these connected attractions feature extensive exhibits on local history, the legacy of the Studebaker automobile company, and historic artifacts that showcase the development of the area throughout the years. Guests will also explore the beautifully preserved Oliver Mansion, a historic 38-room estate that once belonged to the prominent Oliver family and remains one of the finest historic homes in the Midwest. Both guided and self-guided tours are available, allowing visitors to either enjoy expert historical insight or explore the museums and mansion at their own pace. This experience combines history, innovation, and architecture into an engaging and memorable visit for individuals, families, and groups alike.
The cost for this excursion will be $40 per person, including the round-trip bus and all the museum entry tickets.
On-Campus Activities:
The Notre Dame Campus Tour gives visitors the chance to explore one of the nation’s most recognizable college campuses while learning about its history, traditions, academics, and student life. Guests can visit iconic landmarks such as the Main Building with the Golden Dome, the Grotto of Our Lady of Lourdes, and the Notre Dame Stadium.
The Basilica of the Sacred Heart tour at the University of Notre Dame offers visitors the opportunity to experience one of the most beautiful and historic churches in the United States. Guests can admire the stunning stained-glass windows, detailed murals, intricate architecture, and rich Catholic history that make the Basilica a centerpiece of Notre Dame’s campus. Guided and self-guided visits allow visitors to learn about the church’s historical significance while enjoying its peaceful and inspiring atmosphere.
The Notre Dame Lake Walks provide a relaxing and scenic outdoor experience around the university’s famous St. Mary’s Lake and St. Joseph’s Lake. Guests can enjoy peaceful walking paths, beautiful waterfront views, and the natural beauty of Notre Dame’s campus while exploring one of the most iconic and tranquil areas of the university. The lake paths are perfect for sightseeing, photography, and enjoying the campus environment at a comfortable pace.
There is no cost for this excursion.
