New Papers, New Profile: Bingyi Liu Builds a Stronger Research Presence in Design and HCI

By Daniel Brooks.

As new research begins circulating across the design and human-computer interaction community, Bingyi Liu is coming into sharper focus as more than a successful UX/UI practitioner. Her latest academic record now includes three new papers: “52-Hz Whale Song: An Embodied VR Experience for Exploring Misunderstanding and Empathy,” “Misty Forest VR: Turning Real ADHD Attention Patterns into Shared Momentum for Youth Collaboration,” and “Giving Voice to Low-Income Older Adults with T2DM: Design and Evaluation of the JTG Dietary Management System in a Carbohydrate-Centric Culture.”

Together, these projects place Liu inside conversations that matter deeply to contemporary design: empathy, inclusion, collaboration, health access, and the translation of complex human needs into usable systems. 

That matters because research publishing remains one of the clearest markers of intellectual contribution in this field. ACM says its publications are among the most respected and highly cited in computing, while CHI 2026 identifies itself as the leading international conference on Human-Computer Interaction. Within that context, a designer with visible research output is not just refining products; she is helping shape the frameworks through which design problems are understood and studied. 

One of Liu’s new papers, “52-Hz Whale Song: An Embodied VR Experience for Exploring Misunderstanding and Empathy,” presents a strikingly conceptual but rigorous piece of immersive design research. Scholarly records list Liu as a co-first author alongside Yibo Meng, Ruiqi Chen, Xin Chen, and Yan Guan, with the paper appearing in April 2026. Available abstract material describes the project as an embodied VR experience built around communicative mismatch—how people speak, how others listen, and what happens when the two fail to meet. Inspired by the real-world “52-Hz whale,” often described as a signal no one answers, the system uses metaphor rather than literal representation to explore misunderstanding. Users move through a three-act arc that begins with failed communication, proceeds toward agency, and ends in mediation, turning empathy from an abstract ideal into an embodied interactive structure. 

The second paper, “Misty Forest VR: Turning Real ADHD Attention Patterns into Shared Momentum for Youth Collaboration,” moves from empathy to neurodiversity-centered interaction design. Public scholarly records list Liu as a co-first author with Yibo Meng, Ruiqi Chen, and Yan Guan, and available abstract text describes the project as a VR-based collaborative game that uses empirically grounded ADHD attention patterns as the basis for asymmetric co-play. Rather than treating fluctuating attention or time blindness as shortcomings to be corrected, the design turns them into complementary roles that require cooperation between participants. In the reported controlled study, mixed ADHD and non-ADHD dyads using the system showed higher task completion, increased self-acceptance among ADHD participants, improved ADHD knowledge, and greater empathy among non-ADHD players. That is a significant design research result: the project is not only about representation, but about measurable changes in collaboration, self-perception, and social understanding. 

Liu’s third new paper expands her research profile into digital health and underserved populations. In “Giving Voice to Low-Income Older Adults with T2DM: Design and Evaluation of the JTG Dietary Management System in a Carbohydrate-Centric Culture,” she co-first authored a study focused on low-income older adults with type 2 diabetes mellitus in Shanxi Province. Published in the proceedings of the 19th International Joint Conference on Biomedical Engineering Systems and Technologies (BIOSTEC 2026) – HEALTHINF, the paper introduces Jintang Weishi (JTG), a culturally tailored dietary management system designed for a population facing overlapping barriers of low income, low health literacy, and a carbohydrate-heavy regional diet. The paper reports a 90-day randomized controlled trial with 40 participants, finding that JTG improved diabetes knowledge, reduced daily carbohydrate intake, lowered HbA1c, and achieved high usability and acceptability. That kind of result places Liu’s work in a space where design is not merely aesthetic or behavioral, but directly tied to health outcomes and evidence-based intervention. 

Each of these papers tackles a different problem, but the design logic running through them is consistent. In “52-Hz Whale Song,” the question is how immersive systems can render miscommunication and empathy as lived experience. In “Misty Forest VR,” the question is how interaction design can recast neurodivergent attention patterns as sources of shared momentum rather than exclusion. In “JTG,” the question is how culturally specific system design can make dietary self-management more realistic and effective for older adults living with chronic illness. Across all three, Liu is working at the same fault line: the point where design must move beyond polish and into interpretation, translation, and care. 

The broader significance is hard to miss. These publications suggest that Liu is building a profile as a hybrid design leader—someone who can contribute both to professional design practice and to the research layer of the discipline. In a field that often separates product execution from academic inquiry, that combination carries unusual weight. Liu’s recent papers do not simply show that she can design interfaces; they show that she can help frame research questions, contribute to peer-facing knowledge, and participate in the evolving intellectual agenda of HCI and design. Seen together, they make a stronger case for understanding her not only as an accomplished designer, but as a designer-researcher with growing influence in the field.