Escape room goes quantum physics in Urbana

Siv Schwink
1/17/2017 8:39 AM

The chiral corn-syrup molecules in the beaker twist the backlight's horizontal polarization, and the further the light travels through the syrup, the more it's twisted. This can be viewed through the 3D glasses' polarizing lenses—the blue light has passed through more syrup than the red light.
The chiral corn-syrup molecules in the beaker twist the backlight's horizontal polarization, and the further the light travels through the syrup, the more it's twisted. This can be viewed through the 3D glasses' polarizing lenses—the blue light has passed through more syrup than the red light.
It’s up to you and your team to save the free world from evil forces plotting its destruction, and you have precisely 60 minutes to do it. You must find out what happened to Professor Schrödenberg, a University of Illinois physicist who disappeared after developing a top-secret quantum computer that can crack any digital-security encryption code in the world.  Unfortunately, the previous groups of special agents assigned to the case disappeared while investigating the very room in which you now find yourself locked up, Schrödenberg’s secret lab.

LabEscape is a new science-themed escape room now open at Lincoln Square Mall in Urbana, testing the puzzle-solving skills of groups of up to six participants at a time. Escape rooms, a new form of entertainment cropping up in cities across the U.S. and around the globe, provide in-person mystery-adventure experiences that have been compared to living out a video-game or movie script. A team of participants is presented with a storyline and locked into a room with only one hour to find and decipher a sequence of interactive puzzles that will unlock the door and complete the mission. Two escape room businesses are already in operation in the area, C-U Adventures in Time and Space in Urbana and Brainstorm Escapes in Champaign.

Paul Kwiat, a physics professor at the University of Illinois at Urbana-Champaign, initiated the LabEscape project one year ago as a community outreach effort, with the goal of showing that science is not only fun, it’s useful, relevant, amazing, and accessible to all.

“So many people have a fear of science and technology, because they have this idea that it’s too hard. So they don’t try,” Kwiat comments. “But kids come into the world with the curiosity of scientists. Unfortunately, for many people, that gets lost. That’s why our first goal in creating LabEscape was to make it a fun and memorable experience, and I think we’ve achieved that.”

To get the project off the ground, Kwiat enlisted support from sponsors and the help of physics department colleagues, Professor Tim Stelzer and IT director Rebecca Wiltfong, along with a group of 12 undergraduate physics students, and together they’ve created a unique interactive adventure using puzzles largely based on physical phenomena.

Kwiat emphasizes, no one need fear the science: the scientific knowledge required to solve any given puzzle is provided among the clues in the escape room. So while the storyline is based on quantum physics, no prior understanding of quantum physics is needed to succeed in saving the free world at LabEscape.

“Though most of the more than 200 test players to date have been adults, everything is targeted to a junior-high or high-school level of understanding. We’ve had a number of junior-high students go through and they all had a blast—they had no more trouble with the science puzzles than the physics graduate students!” Kwiat assures.

In his own cutting-edge research, Kwiat manipulates the quantum behaviors of entangled photons to develop techniques for secretive communications with unbreakable encryption, so he is uniquely qualified to write Dr. Schrödenberg’s storyline. Kwiat says he’s grateful to Chris and Anne Lukeman, co-founders of C-U Adventures in Time and Space in Urbana, for volunteering their expertise in developing escape rooms.

“For me, a compelling escape room experience means the storyline needs to make perfect sense. Why there are puzzles and why there is a time limit—it all needs to fit the story. Physics-based puzzles work really well here because they are so interactive—we study and manipulate physical things and physical effects.”

Kwiat plans to add a second storyline, a sequel that will play out in the same room with other clues, before the start of next academic year. For now, two levels of play are available within the one storyline; the advanced mode adds several puzzles beyond those in the novice mode.

Kwiat adds, “Curiosity, communication, and collaboration—the three C’s—are really all that’s needed to solve the LabEscape puzzles. Incidentally, those same three attributes are integral to successful scientific research. The STEM fields—science, technology, engineering, and math—are vital to so many aspects of modern life, and we need more young people to select STEM career paths. So in addition to having fun, we hope young people who go through will achieve a sense that science is amazing, relevant, and useful in an accessible way. That’s something that isn’t always appreciated.”

LabEscape will host its grand opening on January 28; a soft opening this week means eager puzzle enthusiasts don’t have to wait to book an adventure. Tickets are $20 per person, or $15 with a student ID. Reservations must be booked online at LabEscape.org.

Day to day operations at LabEscape are being handled by a team of U of I student employees who have completed several core physics courses. Financial support for this outreach project has been provided by the American Physical Society, and by the Department of Physics and the Academy for Excellence in Engineering Education at the U of I at Urbana-Champaign. Proceeds above the cost of development and operation will support Urbana-Champaign’s STEM-related community outreach efforts.

Recent News

  • Outreach

It’s up to you and your team to save the free world from evil forces plotting its destruction, and you have precisely 60 minutes to do it. You must find out what happened to Professor Schrödenberg, a University of Illinois physicist who disappeared after developing a top-secret quantum computer that can crack any digital-security encryption code in the world.  Unfortunately, the previous groups of special agents assigned to the case disappeared while investigating the very room in which you now find yourself locked up, Schrödenberg’s secret lab.

LabEscape is a new science-themed escape room now open at Lincoln Square Mall in Urbana, testing the puzzle-solving skills of groups of up to six participants at a time. Escape rooms, a new form of entertainment cropping up in cities across the U.S. and around the globe, provide in-person mystery-adventure experiences that have been compared to living out a video-game or movie script. A team of participants is presented with a storyline and locked into a room with only one hour to find and decipher a sequence of interactive puzzles that will unlock the door and complete the mission. Two escape room businesses are already in operation in the area, C-U Adventures in Time and Space in Urbana and Brainstorm Escapes in Champaign.

 

  • Research
  • AMO/Quantum Physics
  • Condensed Matter Physics

Topological insulators, an exciting, relatively new class of materials, are capable of carrying electricity along the edge of the surface, while the bulk of the material acts as an electrical insulator. Practical applications for these materials are still mostly a matter of theory, as scientists probe their microscopic properties to better understand the fundamental physics that govern their peculiar behavior.

Using atomic quantum-simulation, an experimental technique involving finely tuned lasers and ultracold atoms about a billion times colder than room temperature, to replicate the properties of a topological insulator, a team of researchers at the University of Illinois at Urbana-Champaign has directly observed for the first time the protected boundary state (the topological soliton state) of the topological insulator trans-polyacetylene. The transport properties of this organic polymer are typical of topological insulators and of the Su-Schrieffer-Heeger (SSH) model.

Physics graduate students Eric Meier and Fangzhao Alex An, working with Professor Bryce Gadway, developed a new experimental method, an engineered approach that allows the team to probe quantum transport phenomena.

  • Research
  • Astrophysics/Cosmology

In its search for extrasolar planets, the Kepler space telescope looks for stars whose light flux periodically dims, signaling the passing of an orbiting planet in front of the star. But the timing and duration of diminished light flux episodes Kepler detected coming from KIC 846852, known as Tabby’s star, are a mystery. These dimming events vary in magnitude and don’t occur at regular intervals, making an orbiting planet an unlikely explanation. The source of these unusual dimming events is the subject of intense speculation. Suggestions from astronomers, astrophysicists, and amateur stargazers have ranged from asteroid belts to alien activity.  

Now a team of scientists at the University of Illinois at Urbana-Champaign—physics graduate student Mohammed Sheikh, working with Professors Karin Dahmen and Richard Weaver—proffer an entirely novel solution to the Tabby’s star puzzle. They suggest the luminosity variations may be intrinsic to the star itself.

  • Research
  • Astrophysics/Cosmology

"For decades, astronomers have known that supermassive black holes and the stars in their host galaxies grow together," said co-author Joaquin Vieira of the University of Illinois at Urbana-Champaign. "Exactly why they do this is still a mystery. SPT0346-52 is interesting because we have observed an incredible burst of stars forming, and yet found no evidence for a growing supermassive black hole. We would really like to study this galaxy in greater detail and understand what triggered the star formation and how that affects the growth of the black hole."