top of page

THE KNOWLEDGE COSMOS

Charting the academic universe through paper constellations

VISION

Inspire Curiosity, collaboration, and synthesis across disciplines

The Knowledge Cosmos is a project that maps 17 million academic papers across a 3D plane. Our hope is that interacting with this map and going on an exploration journey yourself will inspire curiosity in how disciplines intersect and that their lack in intersection inspires new discoveries. 

Screen Shot 2022-11-29 at 11.48.10 AM.png

The Knowledge Cosmos in Numbers

17M

ACADEMIC PAPERS

4

AI GENERATED MOVING SCULPTURES INSPIRED BY RESEARCHER SENTIMENTS

19

GENERAL DISCIPLINES

140

SUBDISCIPLINES

INTERACTIVE MAP

Opportunities for Interdisciplinary Exploration

FILTERING

Add a filter to specify the discipline you want to focus on. You can then zoom into the map and explore academic papers by subtopic. Clicking on the colored dots will give you access to the Paper Title and link.

filter.png

CONSTELLATIONS

Constellations are a stylistic and functional tool that shows the approximate bounds of where papers in the chosen field are located. Use this feature to get an understanding of where various disciplines lie on the map in relation to others.

INTERDISCIPLINARY EXPLORATION

Together, filters and constellations can be used to investigate intersections between fields. Zoom into the map and explore the existing papers! What knowledge exists between these overlaps? Are there any knowledge gaps to be explored?

collaboration.png

AI Generated Moving Sculptures 

Visualizing Researcher Sentiments on the Knowledge Cosmos

After mapping 17 million research papers into a 3D space, our team took The Knowledge Cosmos to researchers and conducted interviews to capture their thoughts on their research processes, their interactions with other disciplines, and responses of the themes of the interactive map.

​

Key quotes were fed to a deep learning, text-to-image model, Stable Diffusion, to produce rich abstract visuals of researcher sentiments. 

Read More

ASTRONOMY

DR. KARL GEBHARDT

STUDIES BLACK HOLES AND DARK ENERGY

How do you feel about the unknown?

​

"That's what I love. That's where I like to live. My favorite thing when I go observing is when you're in the middle of nowhere, in a mountain range, in the middle of the night and there, it is pitch black. You can't see anything. That's a wonderful feeling. There are limitless possibilities for what you might discover."

ENGINEERING & COSMOLOGY

DR. NICHOLAS GALITZKI

BUILDS TELESCOPES TO SUPPORT STUDY OF THE BIG BANG

Can you describe your research process?

 

“You can see this process [of understanding the beginning of the universe] as an unwrapping of a problem, where it’s one layer and when you solve one thing and you get rid of one thing and then it's onto the next layer. We are hoping that in this process of unwrapping we’ll find a signal of how this whole thing started. We don’t know if there is a signal, but we have hope.”

EDUCATION

DR. NEELOFER TAJANI

STUDIES EARLY CHILDHOOD EDUCATION AND EFFECTS OF PARENTAL INVOLVEMENT 

How do you feel about the knowledge gaps on the interactive map and within your own discipline?

 

“Excited that there is so much more to be discovered and so much more to be learned! Especially after COVID, our knowledge gaps have widened and also deepened. Students are coming into the classroom with learning gaps due to the pandemic and I think it’s going to take years to catch up. I feel like we are just still in a survival mode and don’t even fully understand what the gaps are. There is a lot more work cut out for us now, especially after COVID. While we have learned new ways of doing things, at the same time, there is so much learning that still needs to happen. We need to learn best practices in learning online, in person. We need to catch up on everything that has been lost.”

APPLIED MATHEMATICS

BELLE SHIRLEY-HOWELL

WORKED WITH CITY OF AUSTIN URBAN TRANSPORTATION COMMISSION TO DETERMINE ROADWAY CONSTRUCTION

Why Applied Mathematics? 

​

“I love taking what people think something is and going no there’s more under there - it’s like a geode, it looks like an ordinary rock, but when you pop it open, there’s beautiful crystals in it. To me, that’s what good applied mathematics and physics is. Look here, what you thought it was, it’s not - it’s so much more.”

Jiabao Li

The University of Texas at Austin

jiabao.li@austin.utexas.edu

​

University of Texas at Austin

rifaatajani@utexas.edu

Alec McGail

Cornell University

am2873@cornell.edu

© 2023 by The Knowledge Cosmos Team.

Questions?

Thanks for submitting!

bottom of page