Peer Watch - Line of Research

Peer Watch

Countries such as China are using multiple means, including talent development and recruitment, investment and internal policies, to stimulate domestic research and development, promote scientific progress, and drive technological innovation. We document the role of legal, illegal, and extra-legal mechanisms used by such countries for these purposes. The research involves analysis of budgets, investment patterns, patent trends, talent recruitment, and other potential indicators using official Chinese and other country documents and other open-source, native-language resources.

Recent Publications

Analysis

Assessing China’s AI Workforce

Dahlia Peterson Ngor Luong Jacob Feldgoise
| November 2023

Demand for talent is one of the core elements of technological competition between the United States and China. In this issue brief, we explore demand signals in China’s domestic AI workforce in two ways: geographically and within the defense and surveillance sectors. Our exploration of job postings from Spring 2021...

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Data Brief

The Antimicrobial Resistance Research Landscape and Emerging Solutions

Vikram Venkatram Katherine Quinn
| November 2023

Antimicrobial resistance (AMR) is one of the world’s most pressing global health threats. Basic research is the first step towards identifying solutions. This brief examines the AMR research landscape since 2000, finding that the amount of research is increasing and that the U.S. is a leading publisher, but also that...

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Analysis

Decoding Intentions

Andrew Imbrie Owen Daniels Helen Toner
| October 2023

How can policymakers credibly reveal and assess intentions in the field of artificial intelligence? Policymakers can send credible signals of their intent by making pledges or committing to undertaking certain actions for which they will pay a price—political, reputational, or monetary—if they back down or fail to make good on...

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Recent Blog Articles

RISC-V: What it is and Why it Matters

Jacob Feldgoise
| January 22, 2024

As the U.S. government tightens its controls on China’s semiconductor ecosystem, a new dimension is increasingly worrying Congress: the open-source chip architecture known as RISC-V (pronounced “risk-five”). This blog post provides an introduction to the RISC-V architecture and an explanation of what policy-makers can do to address concerns about this...

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CSET’s Must Read Research: A Primer

Tessa Baker
| December 18, 2023

This guide provides a run-down of CSET’s research since 2019 for first-time visitors and long-term fans alike. Quickly get up to speed on our “must-read” research and learn about how we organize our work.

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A Guide to the Proposed Outbound Investment Regulations

Ngor Luong Emily S. Weinstein
| October 6, 2023

The August 9 Executive Order aims to restrict certain U.S. investments in key technology areas. In a previous post, we proposed an end-user approach to crafting an AI investment prohibition. In this follow-on post, we rely on existing and hypothetical transactions to test scenarios where U.S. investments...

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Our People

William Hannas

Lead Analyst

Dahlia Peterson

Research Analyst

Daniel Chou

Data Scientist

Huey-Meei Chang

Senior China S&T Specialist

Ryan Fedasiuk

Non-Resident State Department Fellow

Related News

In a recent Nature article, CSET's Helen Toner lends her expertise to the discussion on groundbreaking developments in governmental oversight of artificial intelligence (AI) in the United States and the United Kingdom.
A recent Newsweek article featured a report from CSET, highlighting China's strong push in the field of artificial general intelligence.
According to research by CSET's William Hannas, China puts a premium on OSINT and has an estimated 100,000 analysts tasked with scouring scientific and technical developments globally, mostly in the United States.