#technion

Resolution: SA R61 (2025-2026): Calling for the Termination of Cornell University’s Partnership with the Technion – Israel Institute of Technology While Preserving Cornell Tech

Day: March 18, 2026

Action: Rejected by the President

Summary / Notes:

File Attachments:

Text Attachment:Dear Zora,Thank you for conveying SA Resolution 61: Calling for the Termination of Cornell University’s Partnership with the Technion – Israel Institute of Technology While Preserving Cornell Tech. I reject this resolution, which fundamentally conflicts with Cornell’s principles of academic collaboration and our core commitment to academic freedom.Cornell Tech is not a political entity. It is an academic partnership, created through shared investment by Cornell University, the Technion, and the City of New York for the benefit of the city and the state, according to a negotiated set of conditions that govern its development and the terms of its 99-year ground lease on Roosevelt Island. As one of Cornell University’s many international partnerships and collaborations, Cornell Tech deepens, enriches, and strengthens the ability of our students, faculty, and staff to pursue knowledge and advance the university’s academic mission. The Joan and Irwin Jacobs Technion-Cornell Institute, the core international partnership upon which Cornell Tech is based, is an extraordinarily valuable collaboration focusing on education and research in health tech, media tech, and urban tech, and supporting the development of new startup companies.  Severing our relationship with the Technion—or with any entity affiliated with governments, institutions, or enterprises with which some of our community members disagree—as a statement of political protest, would not only hinder our research, teaching, and public engagement; it would imperil our academic principles.Our university, like all of our peer institutions, regularly faces pressure—from across the political spectrum, from within and beyond our own community—to make academic decisions according to political priorities. The phenomenon is not a new one: universities have grappled with such pressures from governments and societies for as long as the institution of the university has existed. When we yield to these pressures and proscribe specific collaborations or collaborators on grounds other than merit, we compromise our principles of academic freedom, undermine our own institutional excellence, and damage public trust in our work.  Moreover, this resolution inaccurately asserts that “the continued operation of Cornell Tech as a Cornell University campus does not require an ongoing partnership with the Technion-Israel Institute of Technology.” Cornell Tech, while part of Cornell, is a joint effort of the university, the Technion, and the City of New York. It is no more possible for Cornell to unilaterally terminate that effort and claim full control of the campus than it would be for the Technion or the City of New York to do the same. Finally, I am deeply troubled by the selective manner in which this resolution singles out the Technion, alone of Cornell’s many international partners, for censure. Cornell currently maintains 159 active agreements with institutions in 59 nations and regions; all of these institutions have some government affiliation, and many conduct research with military and security applications. Cornell itself has military research contracts, conducts research with potential military applications, and has relationships with companies whose products are used in military contexts. Cornell also has relationships with institutions in countries whose governments have been accused of human rights violations—as our own has been. None of these publicly available facts are mentioned in the resolution; only our partnership with an Israeli institution is targeted for erasure. The political bias evident in this selective approach is deeply disturbing, and the resolution is incompatible with both the Student Assembly’s purpose and Cornell University’s core values. I reject it fully and forcefully.

Sincerely, 

Michael Kotlikoff

Conductive biopolymers using recycled food industry byproducts

Advanced Materials recently published the findings of Technion researchers who created conductors relevant to solar energy generation, biomedical engineering, and more using by-products of the food industry that would otherwise be discarded as waste. The technology demonstrated in the article allows for the simple, fast, cost effective, and environmentally friendly production of biopolymers, which include application for electrophysiological signal sensing.

The study was conducted in the Schulich Faculty of Chemistry under the leadership of Assistant Professor Nadav Amdursky, Head of the Biopolymers and Bioelectronics Laboratory, and doctoral students Ramesh Nandi and Yuval Agam. According to Prof. Amdursky, "The current global green trend has not bypassed industry, and numerous groups worldwide are working on new solutions that will limit the pollution caused by the production of synthetic materials and by their very presence. One of the options is, of course, the use of natural materials, and the big challenge is to adapt them to meet needs."

The two main approaches in environmentally conscious chemistry are environmental chemistry—the creation of environmentally friendly materials; and sustainable chemistry—production based on available degradable materials and energy-efficient processes. The present research integrates the two approaches in an environmentally friendly production process that yields environmentally friendly products in the context of conductive polymers.

Now, a group of researchers from the Technion in Israel and Google in Tel Aviv presented an automated conjecturing system that they call the Ramanujan Machine, named after the mathematician Srinivasa Ramanujan, who developed thousands of innovative formulas in number theory with almost no formal training. The software system has already conjectured several original and important formulas for universal constants that show up in mathematics. The work was published last week in Nature.