Visit

By Grace Stanley

One might wonder why a CEO would talk about a divisive political topic – especially when it’s unrelated to their core business model. After all, why would you want to hear what the guy selling beans has to say about politics?

New research coming out of Cornell Tech suggests you might be on to something.

In a paper titled “When (Not) To Talk Politics in Business,” published Feb. 25 in Strategic Management Journal, researchers illuminate circumstances under which it is more or less beneficial for CEOs to talk about politics.

“We’re not looking here at people who go out in the streets and protest because of their own convictions. We’re looking at multi-billion-dollar firms. If they’re doing something, there’s usually a business reason,” said Tommaso Bondi, assistant professor of marketing at Cornell Tech and at the Samuel Curtis Johnson Graduate School of Management.

Read more at the Cornell Chronicle.

Grace Stanley is a staff writer-editor for Cornell Tech.


By David Nutt

There is more to photovoltaic panels than the materials that comprise them: The design itself can also drive – or potentially diminish – the widespread adoption of solar technology.

Put bluntly: Most solar panels are not much to look at. And their flat, nonflexible composition means they can only be affixed to similarly flat structures. But what if photovoltaic panels were instead a hinged, lightweight fabric that was aesthetically attractive and could wrap around complex shapes, even contorting its form to better absorb sunlight?

Thus was born the idea for HelioSkin, an interdisciplinary project led by Jenny Sabin, the Arthur L. and Isabel B. Weisenberger Professor in Architecture in the College of Architecture, Art and Planning, in collaboration with Itai Cohen, professor of physics in the College of Arts and Sciences, and Adrienne Roeder, professor in the Section of Plant Biology in the School of Integrative Plant Science, in the College of Agriculture and Life Sciences and at the Weill Institute for Cell and Molecular Biology.

“What we’re really passionate about is how the system could not only produce energy in a passive way, but create transformational environments in urban or urban-rural settings,” Sabin said.

Read more in the Cornell Chronicle.

David Nutt is a Senior Staff Writer for the Cornell Chronicle.


Backslash at Cornell Tech, dedicated to advancing new works of art and technology that escape convention, has announced Nigerian-American artist Mimi Ọnụọha as its first Backslash Fellow.

Ọnụọha is an artist-in-residence at Cornell Tech, embedding her creative practice in the new Backslash Studio at the Tata Innovation Center and allowing her to foster collaboration between researchers and students on the Roosevelt Island campus. Ọnụọha was selected because she uses technology to take her practice in bold, unconventional directions.

“We are honored to recognize Mimi as the first Backslash Fellow,” said Greg Pass, founder of Backslash and former Chief Entrepreneurial Officer at Cornell Tech. “Mimi’s unorthodox applications of technology perfectly represent the nonlinear artistic practices we champion with Backslash.”

As a Backslash Fellow, Ọnụọha receives a grant valued at $60,000. This includes an honorarium, travel stipend, project materials, and support for collaboration with Ph.D. and master’s students at Cornell Tech.

Ọnụọha is developing a docufiction film about a custom predictive machine learning model that she teamed up with the Human Rights Data Analysis Group to build. “This work feels like a marked evolution for me personally,” said Ọnụọha. “In this work — and aided by the support and resources of Backslash — I want to push my practice a step further and create a work that talks about history, land, and machine learning in a way that isn’t typically seen.”

Ọnụọha will collaborate with Cornell Tech Computer Science Professor Noah Snavely and his research group to reconstruct 3D scenes from 2D photography, combining archival research footage and materials with footage developed by computer vision techniques.

“The rapid advancements in computer vision have the ability to push boundaries across many creative sectors, and we are already inspired by the collaborations we have had with Backslash artists,” said Snavely. “Mimi’s documentary work presents our research group with a unique opportunity to integrate bleeding-edge computer vision and graphics technology with art.”

Ọnụọha has historically worked at the intersection of art and technology to question and expose contradictory logics of technological progress. Using technological mediums such as code, data, and video, her pieces offer new orientations for making sense of absences in the systems of labor, ecology, and relations.

Since 2016, Backslash has supported artists and Cornell University students across the Ithaca and Cornell Tech campuses whose practices are unconventional, adventurous, intense, and primed for engagement with new technologies. Backslash is inspired by the \ keyboard character, known as an escape character in computer programming, indicating that the characters after the \ should be interpreted outside the normal mode of input and output to do something special.


By Patricia Waldron

Deciphering some people’s writing can be a major challenge – especially when that writing is cuneiform characters imprinted into 3,000-year-old tablets.

Now, Middle East scholars can use artificial intelligence (AI) to identify and copy over cuneiform characters from photos of tablets, letting them read complicated scripts with ease.

Along with Egyptian hieroglyphs, cuneiform is one of the oldest known forms of writing, and consists of more than 1,000 unique characters. The appearance of these characters can vary across eras, cultures, geography and even individual writers, making them difficult to interpret. Researchers from Cornell and Tel Aviv University (TAU) have developed an approach called ProtoSnap that “snaps” into place a prototype of a character to fit the individual variations imprinted on a tablet.

With the new approach, they can make an accurate copy of any character and reproduce whole tablets.

“When you go back to the ancient world, there’s a huge variability in the character forms,” said Hadar Averbuch-Elor, assistant professor of computer science at Cornell Tech and in the Cornell Ann S. Bowers College of Computing and Information Science, who led the research. “Even with the same character, the appearance changes across time, and so it’s a very challenging problem to be able to automatically decipher what the character actually means.”

Rachel Mikulinsky, a masters student and co-first author from TAU, will present “ProtoSnap: Prototype Alignment for Cuneiform Signs” in April at the International Conference on Learning Representations (ICLR).

An estimated 500,000 cuneiform tablets sit in museums, but only a fraction have been translated and published. “There’s an endless amount of 2D scans of these cuneiforms, but the amount of labeled data is very scarce,” Averbuch-Elor said.

To see if they could automatically decipher these scans, the team applied a diffusion model – a type of generative AI model often used for computer vision tasks, such as image generation – to calculate the similarity between each pixel in an image of a character on a tablet and a general prototype of the character. Then they aligned the two versions and snapped the template to match the strokes of the actual character.

The snapped characters also can be used to train downstream AI models that perform optical character recognition – essentially turning images of the tablets into machine-readable text. The researchers showed that, when trained with this data, the downstream models perform far better at recognizing cuneiform characters – even ones that are rare or that show a lot of variation – compared to previous efforts using AI.

This advance could help automate the tablet-copying process, saving experts countless hours, and allowing for large-scale comparisons of characters between different times, cities and writers.

“At the base of our research is the aim to increase the ancient sources available to us by tenfold,” said co-author Yoram Cohen, professor of archaeology at TAU. “This will allow us, for the first time, the manipulation of big data, leading to new measurable insights about ancient societies – their religion, economy, social and legal life.”

Additional researchers on the study include co-first-author Morris Alper, a graduate student at TAU; Enrique Jimenez, professor of ancient oriental languages at Ludwig-Maximilians-Universität München; and Shai Gordin, senior lecturer for ancient Near Eastern history and digital humanities at Ariel University.

This research received funding from the TAU Center for Artificial Intelligence & Data Science and the LMU-TAU Research Cooperation Program.

Patricia Waldron is a writer for the Cornell Ann S. Bowers College of Computing and Information Science.


New York, N.Y. – Bloomberg L.P. co-founder and philanthropist Tom Secunda today announced a landmark donation to Cornell Tech, Cornell University’s tech campus in New York City, totaling $10.5 million to create the Cornell Empire AI Post-Doctoral Fellowship Program Fund. This donation will advance the mission of Empire AI, providing researchers and faculty with unparalleled access to computing power and opportunities to engage in groundbreaking AI research for the public good.

“I’m proud to be supporting Cornell’s top AI researchers in their pursuit of new, groundbreaking AI developments that will benefit the people of New York. By giving these researchers the freedom to explore all the opportunities that this nascent technology has to offer, we are opening up a new world of technological development,” said Secunda, who is a member of the steering committee for the Jacobs Technion-Cornell Institute at Cornell Tech. “I’m also honored to be contributing to the advancement of Empire AI, which is shaping up to be one of the most impactful public-private technology partnerships in recent memory.”

Secunda’s gift, which totals $10.5 million over 5 years, will establish the Cornell Empire AI Post-Doctoral Fellowship Program Fund at Cornell Tech in partnership with the Jacobs Technion-Cornell Institute. The gift will benefit researchers at both the Cornell Tech campus in New York City and at Cornell’s Bowers College of Computing and Information Science in Ithaca. It will also support an annual public conference to be held at Cornell Tech to showcase the research work being conducted by the Cornell fellows and faculty utilizing Empire AI.

“Mr. Secunda’s generous support represents a remarkable opportunity for Cornell University, which is already a national leader in AI research, to bring more top AI scholars from around the world to both its Cornell Tech campus in New York City and to the Bowers College of Computing and Information Science on our Ithaca campus,” said Kavita Bala, Provost of Cornell University. “The transformational potential of their work will be facilitated by the computing resources now available through the Empire AI consortium and will also showcase New York State’s leadership in AI.”

Empire AI is a new resource for high-performance computing power that enables responsible AI research and development. The public-private technology partnership was anchored by key support from New York State and Governor Kathy Hochul in 2024. The Empire AI Consortium connects Cornell and several other collaborating research universities and institutions across New York to a central computing infrastructure.

“This computing resource is a partnership in a research instrument – one that can be matched in compute capability with these researchers’ combination of leading-edge discovery and thoughtfulness about how AI is harnessed to address many real-world challenges,” said Krystyn Van Vliet, Cornell Vice President for Innovation and External Engagement Strategy.

“The Cornell Tech community is grateful to Tom Secunda for his wisdom and generosity in creating this opportunity for our campus and for the AI research community,” added Greg Morrisett, Jack and Rilla Neafsey Dean and Vice Provost of Cornell Tech. “Tom’s support allows us to significantly expand our research in AI here in New York City by attracting an elite cohort of the best researchers in the world. Their work, which will now progress much more quickly thanks to Empire AI, will allow our campus to further increase its significant economic impact on New York City and its growing tech sector.”

Faculty associated with the Jacobs Technion-Cornell Institute at Cornell Tech will also be key participants. The fellowship program will drastically increase capacity for faculty doing AI research by allowing them to recruit an elite cohort of up-and-coming researchers. The highly selective cohort will additionally benefit from Empire AI’s large computing resources. The very first of these systems at Empire AI, called Alpha, was launched in October of 2024. Out of the gate, Alpha was among the top 250 most high-performing systems in the world, notably at the current leading edge of processor capabilities for AI-enabled research.

About Empire AI

Launched in April 2024 by Governor Kathy Hochul, Empire AI is a bold partnership of multiple new academic research institutions coming together to establish a state-of-the-art artificial intelligence academic research computing resource, housed at SUNY’s University at Buffalo. The consortium comprises several higher education institutions including Columbia University, Cornell University, The City University of New York (CUNY), New York University (NYU), Rensselaer Polytechnic Institute (RPI), and The State University of New York (SUNY) as well as philanthropic backers such as Tom Secunda and the Simons Foundation, whose Flatiron Institute works to advance research through computational methods. Intended to promote responsible academic research and development, and unlock AI opportunities focused on public good in New York, Empire AI is bridging the gap between private funding and public interest through investments in both sectors to accelerate the development of AI centered in public interest for the state. Additional information can be found here.

About Cornell Tech

Cornell Tech is Cornell University’s state-of-the-art campus in New York City that develops leaders and technologies for the AI era through foundational and applied research, graduate education, and new ventures. Located on Roosevelt Island, the growing campus was founded in partnership with the Technion-Israel Institute of Technology and in close collaboration with the NYC Economic Development Corporation after Cornell won a worldwide competition initiated by Mayor Michael R. Bloomberg’s administration to create an applied sciences campus in New York City. More than 1,000 Cornell students are now educated annually on the campus, including 700 in Cornell Tech programs. Since opening in 2012, nearly 120 new companies have spun out from startup programs at Cornell Tech and 95 percent of them are based in New York City. Cornell Tech continues to have a transformative economic impact on the region’s tech sector.


By Jim Schnabel

A new AI-based system for analyzing images taken over time can accurately detect changes and predict outcomes, according to a study led by investigators at Weill Cornell Medicine, Cornell’s Ithaca campus and Cornell Tech. The system’s sensitivity and flexibility could make it useful across a wide range of medical and scientific applications.

The new system, termed LILAC (Learning-based Inference of Longitudinal imAge Changes), is based on an AI approach called machine learning. In the study, which appears Feb. 20 in the Proceedings of the National Academy of Sciences, the researchers developed the system and demonstrated it on diverse time-series of images—also called “longitudinal” image series—covering developing IVF embryos, healing tissue after wounds and aging brains. The researchers showed that LILAC has a broad ability to identify even very subtle differences between images taken at different times, and to predict related outcome measures such as cognitive scores from brain scans.

“This new tool will allow us to detect and quantify clinically relevant changes over time in ways that weren’t possible before, and its flexibility means that it can be applied off-the-shelf to virtually any longitudinal imaging dataset,” said study senior author Dr. Mert Sabuncu, vice chair of research and a professor of electrical engineering in radiology at Weill Cornell Medicine and professor in the School of Electrical and Computer Engineering at Cornell University’s Ithaca campus and Cornell Tech.

The study’s first author is Dr. Heejong Kim, an instructor of artificial intelligence in radiology at Weill Cornell Medicine and a member of the Sabuncu Laboratory.

Traditional methods for analyzing longitudinal image datasets tend to require extensive customization and pre-processing. For example, researchers studying the brain may take raw brain MRI data and pre-process the image data to focus on just one brain area, also correcting for different view angles, sizing differences and other artifacts in the data—all before performing the main analysis.

The researchers designed LILAC to work much more flexibly, in effect automatically performing such corrections and finding relevant changes.

“This enables LILAC to be useful not just across different imaging contexts but also in situations where you aren’t sure what kind of change to expect,” said Dr. Kim, LILAC’s principal designer.

In one proof-of-concept demonstration, the researchers trained LILAC on hundreds of sequences of microscope images showing in-vitro-fertilized embryos as they develop, and then tested it against new embryo image sequences. LILAC had to determine, for randomized pairs of images from a given sequence, which image was taken earlier—a task that cannot be done reliably unless the image data contain a true “signal” indicating time-related change. LILAC performed this task with about 99% accuracy, the few errors occurring in image pairs with relatively short time intervals.

LILAC also was highly accurate in ordering pairs of images of healing tissue from the same sequences, and in detecting group-level differences in healing rates between untreated tissue and tissue that received an experimental treatment.

Similarly, LILAC predicted the time intervals between MRI images of healthy older adults’ brains, as well as individual cognitive scores from MRIs of patients with mild cognitive impairment—in both cases with much less error compared with baseline methods.

The researchers showed in all these cases that LILAC can be adapted easily to highlight the image features that are most relevant for detecting changes in individuals or differences between groups—which could provide new clinical and even scientific insights.

“We expect this tool to be useful especially in cases where we lack knowledge about the process being studied, and where there is a lot of variability across individuals,” Dr. Sabuncu said.

The researchers now plan to demonstrate LILAC in a real-world setting to predict treatment responses from MRI scans of prostate cancer patients.

The LILAC source code is freely available at https://github.com/heejong-kim/LILAC

Many Weill Cornell Medicine physicians and scientists maintain relationships and collaborate with external organizations to foster scientific innovation and provide expert guidance. The institution makes these disclosures public to ensure transparency. For this information, see profile for Dr. Mert Sabuncu.

Funding for this project was provided in part by grants from the National Cancer Institute and the National Institute on Aging, both part of the National Institutes of Health, through grant numbers K25CA283145, R01AG053949, R01AG064027 and R01AG070988. For aging brain experiments, data were provided by OASIS-3: Longitudinal Multimodal Neuroimaging: Principal Investigators: T. Benzinger, D. Marcus, and J. Morris; NIH P30 AG066444, P50 AG00561, P30 NS09857781, P01 AG026276, P01 AG003991, R01 AG043434, UL1 TR000448, and R01 EB009352.

Jim Schnabel is a freelance writer for Weill Cornell Medicine.


By Grace Stanley

In the fall of 2024, Cornell Tech welcomed a counselor dedicated to students on its campus in New York City, expanding efforts to enhance mental health support. The new clinician, Sarah Rubenstein-Gillis, now provides mental health services for Cornell Tech students and others in select New York City-based programs.

Counseling and Psychological Services (CAPS), a department within Cornell Health in Ithaca, has offered mental health support to students at Cornell’s Ithaca campus for decades. In recent years, its “Embedded Therapist” program has also placed clinicians like Rubenstein-Gillis in satellite locations across the university, like the Cornell Tech campus on Roosevelt Island in New York City.

A native New Yorker, Rubenstein-Gillis grew up in the Catskills/Hudson Valley area. She received an undergraduate degree in community studies from the University of California, Santa Cruz, before moving back to New York. She soon settled in Ithaca and completed a master’s degree in social work at Syracuse University.

As a New York State-licensed clinical social worker (LCSW), Rubenstein-Gillis has worked as an educator, administrator, therapist, and advocate in nonprofits and higher education. She worked with students on Cornell’s Ithaca campus as a therapist and associate director of CAPS for more than ten years before transitioning to her role at Cornell Tech. In her work, she emphasizes both individual and community health.

Rubenstein-Gillis enjoys working with students of all backgrounds and identities to navigate through their “stuck” places toward improved well-being — an especially important topic during the winter season. This time of year, the harsh weather and lack of sunlight can make it harder to go outside, exercise, and see friends. Colder, shorter days can cause fatigue and decreased energy. Below, Rubenstein-Gillis shares her (warmest) strategies for fighting the “winter blues.”

Could you explain the embedded therapist model and your role at Cornell Tech?

The Embedded Therapist program is part of an initiative to help make mental health services more accessible to students by situating CAPS counselors within academic colleges and other satellite locations. By expanding beyond the walls of Cornell Health’s main building, we can provide convenient, free, and low-cost on-site services tailored to a specific student audience, meeting the students where they are. In fall 2024, we began offering embedded therapist services at Cornell Tech to better meet the needs of students here in New York City.

In addition to helping establish the program here, my role includes providing one-on-one counseling, consultation, and referrals to resources for Cornell Tech students as well as for students enrolled in some other New York City-based programs. I hope to contribute to the robust initiatives already in place here at Cornell Tech to support student health, well-being, and success.

What activities on Roosevelt Island are available to increase health and well-being?

Research shows that time spent experiencing nature and the outdoors — even when living in a city — can boost your mental health and reduce stress. We are very fortunate here on Roosevelt Island to have such easy access to open outdoor spaces. We can walk along the shoreline to contemplate the currents in the river, take in the big open skies, watch a bird in flight, notice the shapes of the clouds floating by, feel the warmth of the sunshine, appreciate the beauty of a colorful sunset, and marvel at the brightness of the moon.

Our campus buildings are surrounded by beautiful and environmentally sustainable landscaping that changes with the seasons. Just a few footsteps from our campus, we have easy access to FDR Four Freedoms Park, the Roosevelt Island Cat Sanctuary, a community garden, and a stunning row of cherry trees along the waterfront that tourists flock to see every spring.

Just a short walk on the Queens side of the Roosevelt Island Bridge is one of my favorite natural New York City oases — Socrates Sculpture Park. Not only are there beautiful waterfront views, but there is an ever-changing display of artwork, free yoga classes, and many other cool things happening there year-round.

Those motivated to explore beyond Roosevelt Island can learn more about the incredible variety of NYC Parks here, where you can walk, ice skate, take a boat ride, visit a zoo, and more. We can easily access the amazing Central Park by taking the tram or the F train one stop. Those looking to connect with others while exploring new natural areas in New York City may want to check out the (mostly free) offerings of community groups like the Neverwinter Hiking Club.

What are the best strategies for avoiding the winter blues?

Research shows that regular aerobic exercise with exposure to sunlight (ideally outdoors) can make a big difference. Consider a brisk walk along the waterfront, taking the stairs rather than the elevator or escalator, or going for a run. Choosing nutrient-dense foods, staying hydrated, and prioritizing getting a solid 8 to 9 hours of sleep per night can help tremendously. Talking to someone who cares can help a lot, too. For some who struggle with seasonal depressive symptoms, medication may also be beneficial.

Studies have also shown that being around plants and nature can boost serotonin levels. Caring for house plants, strolling in the park, walking into a plant store, or taking some time to draw or photograph nature can also help boost feelings of revitalization and foster positive engagement.

If you’ve got a few free hours, checking out some of the incredible free museums and other cultural offerings in New York City can provide a break and some inspiration. Those living in the city can also access the New York City Culture Pass for free through the Public Library system, granting free tickets to museums and other cultural events.

How can I improve my sleep schedule during the winter season?

The key to winter sleep is to aim for a good, solid night of sleep every night, not too much or too little. Developing and committing to health-promoting sleep routines can improve mood, focus, energy, motivation, and concentration. Going to sleep and waking up at regular times — for example, 11:00 p.m. to 7:00 a.m. — can also help get your circadian rhythms back on track.

Can light boxes help offset symptoms of the winter blues?

Some people find light boxes to be really helpful. There are lots of affordable options available online and in local pharmacies, and they may be covered by your insurance plan.

Light boxes used to treat seasonal affective disorder (SAD) typically emit 10,000 lux (lux is a measurement of light intensity). For these light boxes, 30 minutes of exposure daily is generally recommended. Light boxes with lower lux ratings usually require more time for response. For example, 5,000 lux light boxes require 45-60 minutes of daily exposure, while 2,500 lux light boxes require 1-2 hours of exposure.

What other mental health tips do you have for graduate students?

Getting organized can be very helpful. Planning ahead and managing your time to include a healthy balance of work, downtime, and rest can also make a big difference.

Practice gratitude. Noticing and celebrating the good things and the “wins,” big and small, can help train our brains to focus on positive experiences and reduce negative thoughts. This can improve mood, sleep, and overall health.

Cultivate joy. Make time to do the things that bring you peace, satisfaction, and meaning in life — whether that’s listening to music, dancing, singing in the shower, knitting, drawing, writing in your journal, catching up with an old friend, being with animals, or volunteering in your community. Attend a wellness event or join a club at Cornell Tech. Filling your bucket with the good things in life helps provide a counterbalance to the stresses life can bring our way.

Lastly, ask for help when you need it. Seek out friends, peers, professors, career advisors, or counselors when you feel stuck, overwhelmed, or unsure about what to do next. Remember, you are a student. You are here to learn and grow. Speaking with someone who cares and getting some fresh perspective or a caring ear can shift your whole mindset.

​​What other mental health resources are available for Cornell Tech graduate students?

To get connected with our new service, a great place to start is by scheduling a 25-minute Zoom “Access” appointment through the “mycornellhealth” portal. This initial meeting with a Cornell Health counselor will help students determine which services will be the best for them at this time. During an access appointment, the counselor students speak with may connect them with me for individual counseling. I provide single-session therapy and short-term individual counseling sessions from my office in the Bloomberg Center and also by Zoom.

I also offer two “Let’s Talk” opportunities each week for students to drop by for free informal consultations. These happen in person in Tata 369 on Thursdays 11:30 a.m. to 1:00 p.m. and Fridays 11:30 a.m. to 1:00 p.m. by Zoom.

Cornell Tech students are also welcome to participate in Cornell Health’s group counseling program, joining virtual groups facilitated by therapists based at the Ithaca campus. These groups include a range of topics, including Tools for Feeling Better, ADHD support, managing anxiety and depression through movement, a writing group, a grad student process group, a group for international students, and more. Cornell Tech students also have access to a host of live online workshops offered each week by CAPS therapists.

Cornell Tech students can call Cornell Health 24/7 (607-255-5155) to consult with a mental health provider from our staff or from our on-call service. The provider will help you determine what care is needed, provide self-care information, and refer you to services in your area when appropriate.

Grace Stanley is a staff writer/editor for Cornell Tech.


By Grace Stanley

Wendy Ju, associate professor at Cornell Tech, the Cornell Ann S. Bowers College of Computing and Information Science, and the Jacobs Technion-Cornell Institute, has been awarded a place in the Class of 2025 of the prestigious ACM SIGCHI Academy. The award honors her leadership and innovations in the field of human-computer interaction (HCI).

ACM SIGCHI — the Association for Computing Machinery Special Interest Group on Computer-Human Interaction — is one of the world’s largest associations of professionals who contribute towards the research and practice of HCI.

The highly competitive SIGCHI awards uplift those who have changed the field of HCI with their exceptional achievements. Ju has been awarded a place in the CHI Academy, an honorary group of leaders who have shaped the field.

“SIGCHI is my home academic community, a group of other researchers and practitioners who tackle the opportunities and challenges of human-computer interaction together. I was drawn to SIGCHI early in my research career because it was a community that shared my interests in design, interactive technologies, and people,” Ju said.

The SIGCHI award will provide Ju with travel support to attend the 2025 CHI conference in Yokohama, Japan. CHI is widely considered to be one of the highest-ranking conferences in HCI and computer science at large. Awardees like Ju will be recognized at the conference, and they will also receive passes to attend the annual SIGCHI awards banquet.

“I found SIGCHI to be full of inspirational, warm, and nurturing collaborators and mentors. At this point, I have been part of SIGCHI for over 25 years — my entire career — so it is exciting to be recognized by the community for my contributions,” Ju said.

Ju’s research focuses on designing interaction with automation. She studies the effects of context, culture, and norms on interaction, how interactions evolve over time, and how to leverage embedded computing to conduct interaction research at scale. In addition to her role at Cornell Tech, Ju is also an inaugural faculty member of Cornell’s campus-wide multidisciplinary Design Tech department.

Ju is the innovator behind numerous methods for early-stage prototyping of automated systems. Her research methods for studying interactions with automated vehicles have been replicated by institutions like the University of California San Diego, the Virginia Tech Transportation Institute, the Eindhoven University of Technology, and the University of Sussex, to name a few. Her methods have also been adopted by companies like Ford, Toyota, Nissan, Renault, Volkswagen, and Volvo.

Grace Stanley is a staff writer/editor for Cornell Tech.


NEW YORK, N.Y. – Feb. 12, 2025 – Cornell Tech, the groundbreaking campus of Cornell University dedicated to developing leaders and technologies for the AI era, has announced the opening of The Bridge, a new state-of-the-art flexible workspace for entrepreneurs, early and mid-stage ventures, and more established companies. Located in the Tata Innovation Center on Cornell Tech’s Roosevelt Island campus, The Bridge is now open and applications for its workspaces are currently being accepted.

The Bridge at Cornell Tech is designed to foster a thriving ecosystem of innovation and collaboration and to accommodate the needs of different entrepreneurs and businesses. Occupants can access lounge-style open workspaces, booths, workstations, and private meeting spaces. It also includes a kitchen area and is in close proximity to The Café at Cornell Tech. Occupants are welcome to attend the public events being held on the campus.

Occupants of the workspace will include startups that were incubated at Cornell Tech through its Runway and Spinouts programs, but it is open to all to apply.

“The Bridge is a physical manifestation of Cornell Tech’s role as a catalyst for digital tech innovation and entrepreneurship,” said Fernando Gómez-Baquero, director of Runway and Spinouts at Cornell Tech. “Our campus welcomes individuals and teams, developing the technologies of the future, to join our growing and dynamic community and be a part of the interdisciplinary work happening across our campus.”

“Growing businesses in New York City begins with supporting entrepreneurs from all backgrounds and at all stages of development — and the opening of The Bridge at Cornell Tech, located inside the Tata Innovation Center, will provide a state-of-the-art coworking space where creativity, entrepreneurship, and learning will converge,” said New York City Economic Development Corporation (NYCEDC) president and CEO Andrew Kimball. “We are thrilled for The Bridge to join New York City’s thriving tech ecosystem with over 200 coworking spaces and 100 incubators and accelerators, and look forward to working with our partners at Cornell Tech to continue to drive long-term economic benefits and job creation.”

One of the first ventures to join The Bridge is Cleerly Health, a leader in advanced cardiovascular imaging. Cleerly Health has collaborated with Cornell Tech faculty on research including a recent publication in Radiology Advances on how deep learning can assist radiologists using MRIs for patients with kidney and liver diseases.

“Building on our longstanding relationship with Cornell Tech, joining The Bridge is the natural next step in our ongoing collaboration,” said Ivana Jankovic, the senior research director of the Imaging Core Lab at Cleerly Health. “The state-of-the-art facilities, resources, and support will allow us to advance our mission to eliminate heart attacks by using artificial intelligence in cardiovascular imaging. The Bridge is set to be a vibrant community of entrepreneurs and innovators, and we look forward to the opportunities that lie ahead.”

Located just a short ferry, tram, or subway ride from Manhattan and easily accessible from LaGuardia and JFK airports, The Bridge at Cornell Tech offers a convenient and vibrant location for tech companies and entrepreneurs on Roosevelt Island. With stunning views of Manhattan and Queens, The Bridge is just a short walk to the four-acre Franklin D. Roosevelt Four Freedoms State Park.

For more information about The Bridge at Cornell Tech, please visit: https://tech.cornell.edu/the-bridge-at-cornell-tech/.

About Cornell Tech

Cornell Tech is Cornell University’s state-of-the-art campus in New York City that develops leaders and technologies for the AI era through foundational and applied research, graduate education, and new ventures. Located on Roosevelt Island, the growing campus was founded in partnership with the Technion-Israel Institute of Technology and in close collaboration with the NYC Economic Development Corporation after Cornell won a worldwide competition initiated by Mayor Michael R. Bloomberg’s administration to create an applied sciences campus in New York City. More than 1,000 Cornell students are now educated annually on the campus, including 700 in Cornell Tech programs. Since opening in 2012, nearly 120 new companies have spun out from startup programs at Cornell Tech, and 95 percent of them are based in New York City. Cornell Tech continues to have a transformative economic impact on the region’s tech sector.