Boleslaw Szymanski

Claire and Roland Schmitt Distinguished Professor of Computer Science; Professor of Physics, Applied Physics, and Astronomy; Director, Network Science and Technology Center Rensselaer Polytechnic Institute

  • Troy NY

Specializes in network science with a current focus on social and computer networks

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Network Science Offers Key Insights into Polarization, Disinformation, and Minority Power

People tend to think of the arena of politics as being driven by human decision and emotions, and therefore unpredictable. But network scientists like Boleslaw Szymanski, a computer science professor at Rensselaer Polytechnic Institute, have found that the country’s political activity – from American society’s ever-growing partisan divide to its grappling with the spread of misinformation online – can be explained by abstract and elegant models. These models provide insights — and even answers — to a number of pressing questions: Is increasing access to information driving us apart? Can an entrenched minority ultimately prevail? Could structural changes be made that insulate us from misinformation and reduce the polarization that divides us? Szymanski studies the technical underpinnings of our choices, how we influence one another, and the impact of the algorithms we rely upon to navigate a growing ocean of information. His work has yielded fascinating insights, including research on how a committed minority will overcome less determined opposition and the development of a parameter to determine what drives polarization in Congress. Through his research on the influence of minority opinions, Szymanski found that when just 10 percent of the population holds an unshakable belief, it will ultimately be adopted by the majority of the society. “When the number of committed opinion holders is below 10 percent, there is no visible progress in the spread of ideas. It would literally take the amount of time comparable to the age of the universe for this size group to reach the majority,” said Szymanski, a computer science professor at Rensselaer Polytechnic Institute. “Once that number grows above 10 percent, the idea spreads like flame.” In his present work, Szymanski is researching tools for measuring the level of polarization in specific news sites, search engines, and social media services, and developing remedies, like algorithms that offer better data provenance, detect misinformation, and create internal consistency reasoning, background consistency reasoning, and intra-element consistency reasoning tools. “Informed citizens are the foundation of democracy, but the driving interest of big companies that supply information is to sell us a product,” Szymanski said. “The way they do that on the internet is to repeat what we showed interest in. They’re not interested in a reader’s growth — they’re interested in the reader’s continued attention.” With the political environment becoming increasingly bitter and dubious information becoming ever more prevalent, Szymanski is available to discuss his research on polarization, disinformation, and the power of a committed minority.

Boleslaw Szymanski

Areas of Expertise

Computer Wireless
Computation & Information Technology
Computer Networks
Network Science
Energy and the Environment
Social Networks
Sensor Networks

Biography

Dr. Szymanski's research interests span from network science, with an emphasis on social networks and computer wireless and sensor networks, to analysis and design of distributed algorithms, simulation of computers, networks and biological/ecological phenomena. His projects include spread of opinion and other dynamic processes on networks, communities in social networks, and large-scale parallel and distributed computing and simulation.

Dr. Szymanski developed a novel Mutual Exclusion algorithm and led the development of the GANXIS and SpeakEasy community detection algorithms, the SENSE simulator for sensor network simulation, and VOGUE and Conceptor-based innovative HMM models.

Media

Education

Polish Academy of Sciences

Ph.D.

Computer Science

1976

Warsaw University of Technology

M.Sc.

Electronics

1973

Media Appearances

RPI professor designs computer system to eliminate plane delays

Times Union  print

2022-11-24

If you’re stuck waiting out a flight delay at an airport -- and thinking there must be a better way -- you’re right.

A Rensselaer Polytechnic Institute computer science professor says he worked out a system by which 80 percent of airline delays would be eliminated.

Boleslaw Szymanski, the director of the Network Science and Technology Center at RPI, published a paper describing how to solve the most vexing holiday flight problem.

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How to Tell When Your Country Is Past the Point of No Return

New York Times  online

2021-12-15

Political analysts, scholars and close observers of government are explicitly raising the possibility that the polarized American electoral system has come to the point at which a return to traditional democratic norms will be extremely difficult, if not impossible.

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‘Tipping point’ makes partisan polarization irreversible

Cornell Chronicle  online

2021-12-09

As polarization has escalated in the U.S., the question of if and when that divide becomes insurmountable has become ever more pressing. In a new study, researchers have identified a tipping point, beyond which extreme polarization becomes irreversible.

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Articles

Analyzing and predicting success of professional musicians

Scientific Reports

Inwon Kang, Michael Mandulak, and Boleslaw K. Szymanski

2022-12-17

The emergence of streaming services, e.g., Spotify, has changed the way people listen to music and the way professional musicians achieve fame and success. Classical music has been the backbone of Western media for a long time, but Spotify has introduced the public to a much wider variety of music, also opening a new venue for professional musicians to gain exposure. In this paper, we use open-source data from Spotify and Musicbrainz databases to construct collaboration-based and genre-based networks. We call genres defined in these databases primary genres. Our goal is to find the correlation between various features of each professional musician, the current stage of their career, and the level of their success in the music field.

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Resource-Mediated Consensus Formation

Proceedings of the SIGSIM-PADS'22: SIGSIM Conference on Principles of Advanced Discrete Simulation

Omar Malik, James Flamino, and Boleslaw K. Szymanski

2022-06-08

In social sciences, simulating opinion dynamics to study the interplay between homophily and influence, and the subsequent formation of echo chambers, is of great importance. As such, in this paper we investigate echo chambers by implementing a unique social game in which we spawn in a large number of agents, each assigned one of the two opinions on an issue and a finite amount of
influence in the form of a game currency.

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Modelling epidemic spread in cities using public transportation as a proxy for generalized mobility trends

Scientific Reports

Omar Malik, Bowen Gong, Alaa Moussawi, Gyorgy Korniss, and Boleslaw K. Szymanski

2022-04-16

We study how public transportation data can inform the modeling of the spread of infectious diseases based on SIR dynamics. We present a model where public transportation data is used as an indicator of broader mobility patterns within a city, including the use of private transportation, walking etc. The mobility parameter derived from this data is used to model the infection rate.

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