RAND Corporation

The RAND Corporation is an American nonprofit policy research organization headquartered in Santa Monica, California. Its name derives from “research and development.” Emerging from Project RAND, a military research initiative undertaken within Douglas Aircraft Company after World War II, it became an independent nonprofit corporation on May 14, 1948. RAND conducts research and analysis for government agencies and other sponsors and describes its institutional mission as improving policy and decisionmaking through nonpartisan research. (rand.org)

RAND became a major center of strategic analysis during the Cold War, particularly through research on nuclear weapons, deterrence, and military planning. Its researchers also contributed to operations research, game theory, computing, and communications. Beginning in the 1960s, its work expanded substantially into domestic social and economic policy, including health insurance, education, housing, and criminal justice. This combination of military analysis, methodological development, and civilian policy research distinguishes its institutional history. (rand.org)

RAND’s activities encompass sponsored research, federally funded research and development centers, international research divisions, and graduate education. Its institutional structure connects long-term relationships with public-sector sponsors to interdisciplinary research, publication, and policy communication; its stated safeguards include research-quality standards, funding disclosure, and conflict-of-interest policies. (rand.org)

Origins and Establishment

Project RAND emerged from efforts to preserve the collaboration between civilian scientists and military planners developed during World War II. General Henry H. “Hap” Arnold, commanding general of the U.S. Army Air Forces, advocated scientific planning that anticipated future military needs rather than merely responding to existing weapons requirements. Donald Wills Douglas, president of Douglas Aircraft Company, provided the industrial setting; Arthur Emmons Raymond, the company’s chief engineer, helped organize the undertaking; and Raymond’s assistant, Frank Collbohm, pursued the proposal with military officials and became the project’s director. Arnold, Douglas, Raymond, Collbohm, and scientific adviser Edward L. Bowles met at Hamilton Field, California, on October 1, 1945, to establish its organizational framework. (rand.org)

Preliminary organization began in late 1945, before the research operation took shape under a formal contract in 1946. Project RAND recorded its first expenditure—$640—in December 1945. A letter contract executed on March 2, 1946, placed it under Collbohm’s direction in a separate area of the Douglas plant at Santa Monica’s Cloverfield Airport. “RAND” was a contraction of research and development, not a founder’s surname. Its mandate emphasized long-range investigation: Major General Curtis LeMay defended research that could identify future military requirements, rather than restricting the project to technical specifications already established by the armed services. (rand.org)

The first report, Preliminary Design of an Experimental World-Circling Spaceship, appeared on May 2, 1946. LeMay had commissioned the feasibility study with a three-week deadline, ahead of discussions with the Navy about space research. It examined whether an artificial satellite could be built and placed in orbit, treating the question as an engineering problem through calculations, performance estimates, and design analysis. The study judged orbital flight technically feasible and considered its scientific possibilities; it was a preliminary assessment, not a satellite-construction program. Its publication preceded the launch of Sputnik by more than eleven years. (rand.org)

The Douglas arrangement nevertheless created obstacles to RAND’s work. Other aircraft companies hesitated to disclose proprietary information to an organization housed within a potential competitor. Military officials also worried about perceived favoritism toward Douglas in procurement. Separation discussions developed during 1947, and the Air Force chief of staff approved an independent nonprofit organization in February 1948. RAND Corporation was incorporated under California law on May 14, 1948; the Project RAND contract was formally transferred from Douglas on November 1. These dates distinguish the corporation’s legal establishment from the earlier project’s organization and research activity. (rand.org)

The original board comprised eleven trustees: incorporation signatories Collbohm, attorney H. Rowan Gaither Jr., and associate director Lawrence J. Henderson Jr., together with Charles Dollard, Lee Alvin DuBridge, John A. Hutcheson, Alfred L. Loomis, Philip M. Morse, Frederick Franklin Stephan, George D. Stoddard, and Clyde E. Williams. It brought together representatives of universities, scientific research, industry, and philanthropy. The articles of incorporation established scientific, educational, and charitable purposes directed toward the public welfare and security of the United States, a broader legal remit than the project’s initial military assignment. (rand.org)

Institutional Development and International Expansion

During the 1960s, RAND expanded from an institution centered on U.S. Air Force problems into a broader policy research organization. On July 14, 1966, its board of trustees formally approved diversification into social-welfare research. The change extended analytical approaches developed for military planning to housing, poverty, health care, education, and municipal services: researchers compared alternative programs, their resource requirements, and their consequences. RAND began working with New York City in 1968, and the New York City–RAND Institute was formally established in 1969. Its projects addressed such operational questions as fire-company deployment, police staffing, nursing shortages, and water quality, bringing researchers into sustained contact with civilian service agencies rather than defense organizations alone. (informs.org)

International research relationships preceded the establishment of permanent overseas divisions. Work for the Dutch government during the 1970s included analysis of water management and flood protection, combining economic, environmental, and safety considerations. A more durable European institutional presence followed in 1992, when ten RAND researchers moved into offices at Delft University of Technology. Initially called the European–American Centre for Policy Analysis, the organization that became RAND Europe sought a permanent, distinctively European research presence and began recruiting local researchers. Its purpose therefore differed from that of a liaison office primarily supporting American clients: it developed research capacity directed toward European policy problems and institutions. (informs.org)

By October 2026, RAND Europe operated from Cambridge in the United Kingdom, Brussels in Belgium, and The Hague in the Netherlands. It worked with governments, nongovernmental organizations, foundations, universities, and private organizations on defense, emerging technologies, health care, education, and employment. Its institutional structure comprised three legal entities: a British community interest company, a Belgian international nonprofit association, and a Dutch nonprofit foundation. RAND Australia, established in 2014 in Canberra, added a locally based Australian research presence. Its remit includes defense and national security alongside health, education, and community and economic development; legally, it is a for-profit subsidiary of the U.S. nonprofit corporation. (rand.org)

Research divisions and office locations represent different aspects of this structure. In October 2026, RAND listed seven U.S. research divisions and two international divisions, RAND Europe and RAND Australia. The U.S. divisions included Project AIR FORCE, the Army Research Division, the National Security Research Division, RAND Health, and Education, Employment, and Infrastructure. These thematic and sponsor-oriented units were not equivalent to geographical branches. The physical network comprised eight offices: Santa Monica, the Washington-area office in Arlington, Pittsburgh, and Boston in the United States; Cambridge, Brussels, and The Hague in Europe; and Canberra in Australia. Thus, the international divisions had regionally defined remits, while the office map identified where personnel and facilities were located. (rand.org)

The widening subject portfolio remained visible in the organization of research. By October 2026, Education, Employment, and Infrastructure covered schools and colleges, workforce development and labor markets, housing, energy, water systems, and justice. Environmental analysis also had a longer institutional history: RAND’s retrospective identifies economic analysis of ozone-depleting chemicals in 1987 and support for Louisiana’s coastal risk-reduction and restoration planning in 2012. Meanwhile, Global and Emerging Risks addressed artificial intelligence, biotechnology, strategic competition, and decisionmaking under uncertainty. These additions coexisted with dedicated military and national-security divisions, rather than replacing RAND’s original defense research role. (rand.org)

Governance, Organization, and Funding

RAND is a nonprofit, tax-exempt corporation, classified under section 501(c)(3) of the U.S. Internal Revenue Code as a publicly supported organization rather than a private foundation. Its board of trustees oversees pursuit of the corporate mission, stewardship of resources, and compliance with nonprofit obligations; trustees also support fundraising and outreach. Corporate oversight is distinct from the executive and research-management structure, which includes the president and chief executive officer, senior research leadership, and division directors. Jason Matheny became president and chief executive officer in July 2022. The trustee roster dated April 2026 identified Michael E. Leiter as chair and David L. Porges as vice chair. (rand.org)

Research is organized around policy problems rather than exclusively around academic disciplines. In October 2026, RAND listed seven U.S. research divisions: Army Research; Education, Employment, and Infrastructure; Global and Emerging Risks; Health; Homeland Security Research; National Security Research; and Project AIR FORCE. RAND Europe and RAND Australia were listed separately as international research divisions. Interdisciplinary project teams bring disciplinary expertise to particular research questions; these teams are not equivalent to permanent divisions or physical offices. The division structure also differs from the designation of federally funded research and development centers (FFRDCs). For example, RAND Arroyo Center is an FFRDC housed within the Army Research Division. In October 2026, RAND operated four FFRDCs, all devoted to studies and analysis. (rand.org)

RAND’s funding sources include U.S. federal agencies, state and local governments, non-U.S. governments and public bodies, international organizations, foundations, universities, professional associations, other nonprofit organizations, private-sector clients, and individual donors. Its fiscal-year 2025 funder list included the National Institutes of Health, California public agencies, the European Commission, and the United Kingdom’s government departments, illustrating the range of sponsoring institutions. Client-sponsored research addresses questions commissioned through contracts and grants. Philanthropic support and endowment resources also finance RAND-initiated work, including projects outside established clients’ immediate research agendas. Thus, the source of money, its accounting classification, and the decision to initiate a project describe different aspects of funding. (rand.org)

The audited consolidated statements for the fiscal year ending September 30, 2025, reported $555.7 million in revenues, gains, and other support. Contracts and grants supplied $426.2 million, or approximately 76.7 percent of that total; contributions supplied $96.7 million, or 17.4 percent. Investment income and investment gains together accounted for $30.1 million, with $2.7 million in other income. Total expenses were $544.4 million, and year-end assets were $780.8 million. These consolidated figures include controlled subsidiaries and distinguish contributions with donor restrictions from those without them. (rand.org)

RAND’s public funding summary uses a different measure: its fiscal-year 2025 total of $469.7 million is explicitly reported net of subcontracts and RAND-initiated research. That presentation lists $59.2 million in contributions, alongside sponsor categories such as $72.6 million from the Department of Health and Human Services and related agencies. It is therefore not interchangeable with the audited consolidated total or its contributions line. RAND-initiated research is a use of resources, not an additional external revenue source to be added to sponsored research and donations. (rand.org)

Federally Funded Research and Development Centers

RAND’s federally funded research and development centers (FFRDCs) provide continuing analytical support to federal agencies through long-term sponsoring relationships. Under Federal Acquisition Regulation 35.017, an FFRDC addresses needs that cannot be met as effectively by existing government or ordinary contractor resources. Its special relationship can include access to sensitive government and supplier information, accompanied by requirements for objectivity, independence, disclosure to the sponsor, and freedom from organizational conflicts of interest. RAND operates these centers as a nonprofit contractor, not as a government agency; federal sponsorship does not make their researchers government employees. The arrangement preserves expertise and institutional memory across successive projects. As of October 2026, RAND identified four FFRDCs: three serving defense sponsors and one serving the Department of Homeland Security. All four concentrate on studies and analysis rather than manufacturing equipment or operating experimental laboratories. (acquisition.gov)

Project AIR FORCE (PAF) continues the original Project RAND, established in 1946 and renamed in 1976. It is the Department of the Air Force’s FFRDC devoted entirely to studies and analyses. Its remit connects aerospace capabilities with strategy, operations, organizational design, and resource management: researchers assess how technological advances and operational concepts could meet future requirements, while examining the personnel and financial resources needed to sustain them. Its research programs cover strategy and doctrine; force modernization and employment; resource management; and workforce, development, and health. This structure allows operational questions to be considered alongside their staffing and budgetary consequences rather than treating weapons performance as an isolated engineering problem. (media.defense.gov)

The RAND Arroyo Center serves the U.S. Army. Established in 1982 at the Jet Propulsion Laboratory, it transferred to RAND in 1984 and is housed within RAND’s Army Research Division. Its portfolio includes force design, training and readiness, recruitment and retention, acquisition, and logistics. Army oversight operates through the Arroyo Center Policy Committee, comprising senior civilian and uniformed leaders. The committee develops the core research agenda, reviews the annual research plan, and approves individual projects; it meets with Arroyo management at least twice yearly. This provides a formal mechanism for connecting a continuing analytical institution with the Army’s changing research requirements. (media.defense.gov)

The National Defense Research Institute (NDRI), established in 1984, has a broader, defense-wide constituency rather than an Army- or Air Force-specific remit. It consolidated work previously conducted through RAND’s Defense Manpower Research Center and Strategy Assessment Center. Its clients include the defense secretary’s office, Joint Staff, unified combatant commands, defense agencies, Navy, and Marine Corps. Its subject areas encompass international security, threat assessment, force employment, intelligence, acquisition, readiness, and active-duty and reserve personnel. The distinction among the three defense FFRDCs therefore rests principally on sponsoring relationships and institutional responsibilities, not on an exclusive division of analytical techniques or subject matter. (media.defense.gov)

The Homeland Security Operational Analysis Center (HSOAC) supports the Department of Homeland Security through research on acquisition, preparedness, response and recovery, personnel management, operational processes, and organizational performance. Operational studies use evaluation and simulation to examine mission requirements and the consequences of alternative procedures; personnel studies address workforce size, recruitment, training, and retention. A substantial recovery assignment followed Hurricanes Irma and Maria in 2017: under contract with the Federal Emergency Management Agency, HSOAC supported Puerto Rico’s economic and disaster-recovery plan, submitted to Congress on August 8, 2018. Researchers integrated stakeholder input, assessed damage and remaining needs, and helped develop recovery options, costs, and potential funding mechanisms. This was analytical and planning support to public authorities, rather than responsibility for implementing reconstruction. (rand.org)

Cold War Strategy and Military Policy

RAND’s research on nuclear deterrence contained competing approaches rather than a single institutional doctrine. Bernard Brodie emphasized preventing war through a credible capacity to retaliate: his contribution to The Absolute Weapon (1946), written before joining RAND, argued that atomic weapons made averting war the central military objective. Albert Wohlstetter concentrated on the operational conditions that made retaliation possible, treating the survival of forces, bases, and communications as problems requiring detailed investigation rather than assuming that possession of nuclear weapons automatically ensured deterrence. Herman Kahn explored what happened if deterrence failed, including damage limitation, civil defense, and recovery; his January 1958 study advocated nonmilitary defenses partly to strengthen the credibility of American threats. These differences also extended to targeting: Brodie questioned how much attacks on Soviet nuclear forces could limit damage when substantial retaliatory capabilities would remain. (rand.org)

The strategic-air-base studies translated these questions into assessments of particular force configurations. A project launched in 1952 under Wohlstetter examined the exposure of Strategic Air Command bombers at overseas bases. Under one modeled attack, 120 Soviet atomic bombs of 40 kilotons each could destroy approximately 80 percent of the B-47 bombers at forward bases before they launched. These were conditional estimates, not observed losses. The team compared direct operations from American bases using aerial refueling with brief refueling stops at hardened overseas installations, initially judging the latter less expensive. The distinction was between forces effective when attacking first and a secure second-strike capability able to retaliate after absorbing an attack. Air Force officials subsequently directed planners to account for vulnerability, but some specific recommendations were overtaken by developments such as the Soviet thermonuclear test of 1953. RAND’s analysis did not itself constitute an operational order or a complete replacement of government strategy. (rand.org)

Cost and logistics research connected military capability to budget constraints. RAND’s institutional chronology dates its first program-based Air Force budget and basic total-force cost-analysis concepts to 1952. David Novick’s cost-analysis work developed during the 1950s and 1960s, while logistics researchers examined uncertain spare-parts demand and the distribution of stocks among support locations. Craig Sherbrooke’s METRIC model, documented in 1966, addressed inventories organized across multiple levels. Such work made it possible to compare support arrangements by their contribution to aircraft availability rather than simply by expenditure or quantities purchased. RAND supplied analytical comparisons; procurement, appropriations, and force-structure decisions remained governmental responsibilities. (rand.org)

Military personnel became another sustained research field. In 1971, during the transition away from conscription, RAND established a manpower research center bringing together economists, cost analysts, operations researchers, and computer scientists to examine policies for an all-volunteer force. Bernard D. Rostker’s I Want You! The Evolution of the All-Volunteer Force (2006) subsequently reconstructed developments from the early 1960s through the Iraq War, alternating historical chapters with accounts of the supporting analysis. Its accompanying documentary collection contained more than 1,700 primary sources, allowing policy decisions to be distinguished from researchers’ arguments about their design and implementation. (rand.org)

Research also expanded beyond superpower nuclear conflict. Brian Michael Jenkins’s International Terrorism: A New Kind of Warfare (1974) examined politically directed violence as a means of generating fear and publicity, rather than measuring its significance only through casualties. RAND’s terrorism databases subsequently developed from incident records toward information about organizations, participants, and motivations. (rand.org) Postconflict reconstruction received comparative treatment in James Dobbins and colleagues’ America’s Role in Nation-Building: From Germany to Iraq (2003). The study examined seven cases—Germany, Japan, Somalia, Haiti, Bosnia, Kosovo, and Afghanistan—before assessing Iraq, emphasizing the financial, military, and political commitments associated with reconstruction rather than treating battlefield victory as equivalent to a completed political settlement. (doi.org)

Analytical Methods and Contributions to Economics

RAND developed systems analysis as a framework for comparing alternative courses of action rather than evaluating a technology or organization in isolation. Analysts specified objectives, estimated resource requirements, and compared consequences, costs, and risks across competing designs. Edwin Paxson’s Strategic Bombing Systems Analysis (1950) was an early major application; Herman Kahn and Irwin Mann’s Techniques of Systems Analysis (1956) documented analytical techniques. Such comparisons depended on assumptions about technology, costs, and operating conditions. Their purpose was to inform judgment, not to make objectives or policy choices mathematically self-evident; sensitivity analysis helped reveal when altered assumptions changed the preferred alternative. (informs.org)

In game theory, RAND supported mathematical research and experiments concerning strategic interaction: situations in which the consequences of one participant’s decision depend on others’ choices. Merrill Flood and Melvin Dresher investigated the game subsequently called the prisoner’s dilemma in 1950; Albert Tucker supplied its familiar interpretation involving prisoners. Its payoff structure makes defection individually advantageous regardless of the other player’s action, although mutual cooperation benefits both more than mutual defection. Flood’s Some Experimental Games (1952) examined actual choices against theoretical expectations. RAND provided employment, research problems, and opportunities for collaboration, but neither game theory nor the work of its individual contributors was an exclusively institutional creation. (web.stanford.edu)

Mathematical optimization supplied complementary tools for allocation and sequential decisions. George Dantzig developed the simplex method in 1947, before joining RAND in 1952; RAND subsequently supported its elaboration and application. Linear programming maximizes or minimizes a linear objective subject to linear constraints—for example, allocating limited materials and labor among competing activities. Richard Bellman developed dynamic programming at RAND during the early 1950s. Instead of treating every complete sequence of decisions separately, it relates the value of a present decision to the best attainable continuation from the resulting state. Bellman’s 1957 paper on the “caterer problem,” concerning laundry purchasing and cleaning arrangements, demonstrated its application to mathematical economics and logistics. (pure.iiasa.ac.at)

The Delphi method addressed questions for which expert judgment was needed but direct evidence was limited. Norman Dalkey and Olaf Helmer’s 1963 paper described successive questionnaires interspersed with controlled feedback. In the traditional procedure, experts respond anonymously, receive summaries of the group’s answers and reasoning, and can revise their assessments. This separates elicitation from an open meeting in which status or forceful advocacy may dominate discussion. Its output is a structured account of expert judgment, potentially including convergence or persistent disagreement—not an independently validated statistical prediction or a policy prescription. (pubsonline.informs.org)

Simulation provided another way to investigate systems whose behavior was difficult to derive analytically. RAND’s 1955 A Million Random Digits with 100,000 Normal Deviates supplied numerical material for probability experiments and simulation. Later work shifted attention from selecting a single forecast to testing strategies across many plausible futures. In Shaping the Next One Hundred Years (2003), Robert Lempert, Steven Popper, and Steven Bankes presented robust decisionmaking methods combining computational exploration, alternative assumptions, and adaptive strategies. Under deep uncertainty—where participants cannot agree on models, probabilities, or outcome valuations—the objective is satisfactory performance across diverse futures rather than optimization for one predicted future. (rand.org)

These contributions emerged through connections with universities and other research institutions. Kenneth Arrow began summer research at RAND in 1948 while associated with the Cowles Commission; his work included sequential analysis with David Blackwell and Abraham Girshick. His RAND affiliation was consultancy rather than an exclusively in-house academic career. John Nash, whose doctoral research at Princeton established his approach to noncooperative equilibrium, worked as a RAND summer consultant in 1950 and 1952. These affiliations distinguish RAND’s role as a research setting and sponsor from the university appointments, dissertations, and wider scholarly exchanges through which the researchers’ economic and mathematical contributions developed. (informs.org)

Computing, Artificial Intelligence, and Communications

RAND’s JOHNNIAC, built in 1953 and named for John von Neumann, belonged to the “Princeton-class” computers derived from the Institute for Advanced Study design. Its stored-program organization placed instructions and numerical data in memory, allowing researchers to change computational procedures through programming rather than rewiring the machine. JOHNNIAC supported scientific calculations and experimental software throughout a thirteen-year working life. Its applications included a linear-programming package implemented in 1955 by William Orchard-Hays and Leola Cutler, which made computationally intensive resource-allocation methods usable on RAND’s own equipment. Later, Cliff Shaw’s JOHNNIAC Open-Shop System, or JOSS, provided interactive access through typewriter terminals, reducing dependence on submitting jobs for batch processing. (ltnr.ca)

Early artificial-intelligence research joined RAND’s Allen Newell and J. Clifford “Cliff” Shaw with Herbert A. Simon of the Carnegie Institute of Technology. Their Logic Theorist became a running program in the summer of 1956. Rather than treating the computer solely as a numerical calculator, it represented logical expressions symbolically and searched for proofs, using heuristic rules to select promising operations instead of exhaustively exploring every possible deduction. Newell and Simon’s 1956 report explicitly connected this approach with observed human problem solving, while acknowledging Shaw’s responsibility for realizing the system on a computer. The collaborators also developed the Information Processing Languages: list-processing languages that supported the construction, modification, and manipulation of symbolic structures. These were practical tools for symbolic AI, not systems that learned their rules from large training datasets. (iiif.library.cmu.edu)

Paul Baran’s communications research addressed a different computational problem: maintaining communication despite extensive destruction of network components. His eleven-volume On Distributed Communications series, published in 1964, proposed a redundantly connected network without an indispensable central switching point. Messages would be divided into standardized blocks, forwarded through intermediate nodes, and reconstructed at their destination; alternative routes would permit communication around damaged links. This was a foundational contribution to packet switching, but not the construction of the internet itself. Donald Davies and colleagues at Britain’s National Physical Laboratory independently developed packet-network concepts. ARPANET, operational from 1969, resulted from work by ARPA, university researchers, and contractors; subsequent internetworking research developed protocols for connecting different networks. Baran’s survivability studies therefore belong to a broader, multi-institutional history rather than a single institutional invention. (comsoc.org)

The RAND Tablet pursued direct graphical interaction with computers. Malcolm Davis and Thomas O. Ellis documented the device in a 1964 technical report. A stylus moved over a ten-inch-square surface, whose printed-circuit encoding system converted position into digital coordinates; approximately one million locations could be distinguished. Unlike a keyboard, it could transmit the spatial information needed for drawings, handwritten characters, and diagrams. RAND subsequently used tablet input in handwriting-recognition experiments and the GRAIL graphical environment, where users could construct and edit flowcharts through drawn symbols and gestures. The tablet was an input peripheral connected to computing and display equipment, not a self-contained portable computer. (rand.org)

Willis Ware’s work concerned the protection and governance of information rather than graphical interaction. He chaired the Defense Science Board task force whose Security Controls for Computer Systems appeared in February 1970. It examined safeguards for classified information in multi-user, resource-sharing systems, including access controls, personnel responsibilities, and operational procedures; declassified in 1975, it was reissued publicly in 1979. Ware also chaired the federal advisory committee responsible for the 1973 report Records, Computers, and the Rights of Citizens. Its proposed fair-information practices addressed disclosure of record systems, individuals’ access to records, correction of inaccuracies, restrictions on secondary uses, and organizational responsibility for safeguards—distinguishing personal-data privacy from the narrower problem of preventing unauthorized system access. (rand.org)

Health Research and Social Policy

The RAND Health Insurance Experiment tested how insurance arrangements affected medical spending, service use, and health. The project ran from 1971 to 1982; participant enrollment and field observation occurred during 1974–1982, with individual families participating for three to five years rather than throughout the project. RAND recruited approximately 2,750 families containing more than 7,700 people at six urban and rural sites. In this randomized controlled trial, families received specially designed health insurance arrangements: fee-for-service coverage with no patient charge or coinsurance rates of 25, 50, or 95 percent, or free care through a nonprofit health maintenance organization. Income-related annual out-of-pocket limits protected families against unlimited expenses. RAND processed claims and combined utilization records with questionnaires and physical examinations, allowing researchers to distinguish changes in treatment use from changes in measured health. (doi.org)

Cost sharing reduced service use: participants made one to two fewer physician visits annually and had approximately 20 percent fewer hospitalizations than those receiving free fee-for-service care. It reduced both highly effective and less effective services, rather than selectively eliminating unnecessary treatment. Most measured health outcomes showed no significant adverse effect, but the average concealed subgroup differences: free care improved hypertension control among poor participants with hypertension and produced benefits in vision, dental health, and selected serious symptoms. These historical findings concerned a nonelderly population observed for a limited period, not lifetime outcomes. The exclusion of Medicare-eligible people and several other groups, together with subsequent changes in medical treatment and insurance design, limits direct generalization to other populations and periods. (rand.org)

The Medical Outcomes Study extended RAND’s work from insurance incentives to differences in care delivery and patient outcomes. It used observational comparisons rather than randomly assigning patients to health systems; one four-year analysis followed 2,235 chronically ill patients from 1986 through 1990. Its measurement program supported instruments including the RAND 36-Item Health Survey. The survey measures eight dimensions, including physical functioning, pain, emotional well-being, social functioning, and limitations in everyday roles. Responses are converted into scales ranging from 0 to 100, with higher scores representing more favorable health states. These patient-reported measures of functioning and quality of life complement, but are not interchangeable with, clinical indicators such as blood pressure or utilization measures such as hospital admissions. RAND-36 and the original MOS SF-36 share questionnaire items but differ in aspects of scoring. (pubmed.ncbi.nlm.nih.gov)

In housing policy, RAND’s Housing Assistance Supply Experiment, conducted during 1972–1982, examined whether cash allowances could improve housing conditions without substantially increasing market rents. Its design centered on market-wide demonstrations in Green Bay, Wisconsin, and South Bend, Indiana, rather than individual random assignment. Eligible households received assistance conditional on occupying housing meeting program standards. The September 1982 final price study by C. Peter Rydell, Kevin Neels, and C. Lance Barnett estimated that the program raised rental-housing service prices by at most a few percent during its maximum-impact years. This tested a specific concern about demand subsidies within two local housing markets, not a universal claim that housing assistance cannot affect rents. (rand.org)

RAND also evaluated the public-school voucher demonstration launched in September 1972 in Alum Rock, San Jose, California. Daniel Weiler’s team used parent surveys, classroom observations, expenditure records, and comparisons of achievement scores in voucher and nonvoucher schools. Its 1974 first-year assessment found student-outcome evidence inconclusive or incomplete. The demonstration permitted parental choice among public-school programs and decentralized authority, but guaranteed school survival and staff employment; it therefore did not test unrestricted competition between public and private schools. (files.eric.ed.gov)

In criminal justice, Joan Petersilia and Susan Turner’s December 1990 study evaluated intensive probation supervision through randomized experiments involving 488 participants in Los Angeles, Ventura, and Contra Costa counties. Researchers measured supervision contacts, treatment participation, costs, arrests, and technical probation violations over one year. Intensified supervision did not significantly reduce arrest rates relative to the local comparison programs. In Contra Costa, 25 percent of intensive-supervision participants were jailed for technical violations, compared with 11 percent under routine probation—an outcome distinct from arrest for a new offense. (ojp.gov)

Graduate Education and Research Training

RAND established the RAND Graduate Institute in Santa Monica in 1970, with Charles Wolf Jr. as founding dean and an initial cohort of 11 students. The school awarded its first doctorate in 1974 and received institutional accreditation in 1975. It became the RAND Graduate School in 1987 and the Frederick S. Pardee RAND Graduate School in 2004, honoring the former RAND researcher and philanthropist. In 2025, it adopted the name RAND School of Public Policy, while Frederick S. Pardee’s name remained attached to its doctoral program. Expansion beyond the original doctoral model included approval for a stand-alone M.Phil. in 2022, approval for the Master of National Security Policy in 2023, and the launch of technology-policy and policy-analysis master’s programs in 2025 and 2026, respectively. (rand.edu)

The school integrates academic instruction with participation in RAND’s research organization. RAND researchers teach courses, mentor project work, and serve on dissertation committees; consequently, a researcher may encounter the same student as instructor, supervisor, and project colleague. M.Phil. and doctoral students participate in funded studies for federal agencies, foundations, and other clients through on-the-job training, or OJT. This work involves substantive research tasks—proposal development, literature reviews, data collection and analysis, and preparation of written findings and presentations—rather than observation alone. Students generally work across several teams and policy areas. An OJT workshop and designated project brokers help them identify opportunities within RAND’s internal research market; placement in a particular subject area depends on available projects. (rand.edu)

For the 2026–2027 academic year, the school’s published program descriptions distinguish the research-oriented M.Phil. and Ph.D. from its other master’s degrees. The M.Phil. curriculum comprises 18 school-defined course units: seven core units and eleven electives, together with 100 days of OJT over approximately two years. Core study includes empirical research design, microeconomics, policy analysis, and policymaking in complex environments. Students may follow quantitative or qualitative empirical-analysis paths, although the quantitative path is required for progression toward doctoral study. The Ph.D. incorporates an initial M.Phil. phase followed by advanced study and a policy-relevant dissertation that must be written and defended. Doctoral students complete 200 OJT days across the two phases; a year-long dissertation workshop begins during the M.Phil. phase to develop research questions and designs. (rand.edu)

The other master’s programs use coursework and capstone projects rather than the M.Phil. and Ph.D. OJT requirements. Published requirements specify 12.5 units for the Master of Policy Analysis, including quantitative and qualitative methods, economic concepts, evidence communication, and a 1.5-unit capstone. The Master of National Security Policy likewise requires at least 12.5 units, combining core instruction and a capstone with empirical, regional, and functional distribution requirements. The Master of Technology Policy requires at least 12.5 units, including methods courses, technology-policy specializations, and a capstone; subject options include artificial intelligence, biotechnology, cyber policy, energy, and space. These degrees therefore differ in both subject coverage and the organization of applied work, rather than merely offering shorter versions of doctoral training. (rand.edu)

Within the research degrees, disciplinary tools are combined through explicit curricular requirements. Doctoral electives include distributions in modeling human systems and empirical analysis, encompassing computational and economic modeling, qualitative approaches, statistics, and econometrics. Applied work supplies settings in which those methods must be matched to specific questions, datasets, and client deliverables. The school lists student participation in projects on housing and employment after incarceration in Los Angeles, veterans’ access to health care in New York, and workforce skills needed by the U.S. Air Force. OJT can also include a faculty-supervised policy-analysis practicum or approved external research, analysis, or teaching. Paid RAND project work is distinguished from the course-based practicum, which is not separately compensated; project experience may inform a dissertation without itself replacing the dissertation requirement. (rand.edu)

Publications, Research Standards, and Policy Communication

RAND distinguishes publications that document research from products that summarize or interpret it for wider audiences. Research reports present findings and analysis addressing public- and private-sector problems; RAND states that all undergo peer review. Methodological publications provide a different evidentiary resource: descriptions of analytical procedures, survey instruments, models, and supporting documentation that specialists can examine or reuse. The Technical Reports series, which RAND identifies with the period 2003–2011, explicitly included these materials, alongside narrowly scoped studies, literature reviews, and preliminary findings. Research briefs condense an individual peer-reviewed publication or a body of published work into a policy-oriented summary. Commentary instead offers shorter, issue-focused interpretation and argument; its publication category should not be treated as interchangeable with a research report documenting an investigation. (rand.org)

RAND’s formal research standards were introduced in 1997 and revised in 1999, 2003, 2009, and 2022. The 2022 framework organizes quality around six principles: engagement, inclusion, relevance, rigor, transparency, and legitimacy. Its application extends beyond a final manuscript to project initiation and reviews of work in progress. In substantive terms, the standards require well-formulated questions, methods suited to those questions, and recommendations that follow logically from findings. Transparency entails documenting the research’s purpose, scope, support, assumptions, data, methods, results, and limitations to the greatest feasible extent. Supplementary code, datasets, protocols, and tools can support scrutiny and replication. These are institutional requirements for conducting and reviewing research, not guarantees that every assumption, interpretation, or recommendation will command agreement. (rand.org)

Conflict-of-interest controls form a separate part of RAND’s stated integrity procedures. They include staff training, project screening, and mandatory disclosure intended to address both actual and apparent financial or other conflicts. RAND also commits to identifying the funding sources of published research and maintaining policies protecting intellectual independence. Its publication notices distinguish the authors’ findings from sponsors’ positions: for example, the 2024 report Guidelines for Conducting includes the standard statement that RAND publications do not necessarily reflect clients’ and sponsors’ opinions. Funding acknowledgment therefore identifies a research relationship rather than establishing sponsor endorsement of every conclusion. (rand.org)

Public dissemination is extensive but does not encompass all work. RAND’s publishing policy states that most publicly available research documents issued since 1998 can be downloaded free of charge; printed copies of many publications are sold separately. Free access does not place publications in the public domain, and reproduction or reuse remains subject to permissions. RAND also conducts classified research for the U.S. government, making those findings available to authorized decisionmakers rather than automatically releasing them through its public catalogue. The distinction is thus between access to released publications and access to the institution’s complete research output. (rand.org)

Communication with policymakers includes congressional testimony, written submissions, briefings, and meetings arranged through Congressional Relations. On May 15, 2025, for example, Lisa Saum-Manning presented Waiting to Win: The FMS Accountability Gap before the Senate Committee on Armed Services; an addendum was submitted on July 9. Other channels include journalist inquiries, newsletters, podcasts, public events, and webinars. Community-facing discussion can also bring researchers together with local civic leaders: RAND’s Events @ RAND podcast archive includes a Pittsburgh regional discussion of urban resilience involving civic and community representatives. Such records establish that research was presented, circulated, or discussed; demonstrating that it caused a particular legislative or administrative decision requires additional evidence beyond publication, testimony, or consultation. (rand.org)

The Pentagon Papers and the Boundaries of Policy Research

The Pentagon Papers originated as a classified Defense Department history, not as a study commissioned by RAND. Secretary of Defense Robert McNamara commissioned the project in 1967 to examine American involvement in Vietnam. Its official title was Report of the Office of the Secretary of Defense Vietnam Task Force. Directed by Leslie H. Gelb, the task force assembled historical analyses and supporting government documents concerning the decisions that led to expanding American involvement in the Vietnam War. Gelb presented the completed report to Secretary of Defense Clark Clifford on January 15, 1969. RAND personnel participated in its preparation, and copies subsequently held at RAND provided a connection between the government project and the research institution; neither participation nor custody made it a RAND-authorized public report. (archives.gov)

Daniel Ellsberg, a RAND analyst who had contributed to the Pentagon study, had authorized access to the classified documents held at RAND. That access was distinct from permission to reproduce them for outside distribution. In October 1969, he began photocopying the study with initial assistance from former RAND colleague Anthony Russo. Ellsberg first sought disclosure through members of Congress, including Senate Foreign Relations Committee chairman J. William Fulbright, before providing material to the press in 1971. These were individual actions rather than an institutional publication decision: the National Archives describes the copies made by Ellsberg and Russo as the source of the unauthorized releases. (rand.org)

The New York Times began publishing articles based on the documents on June 13, 1971. The Nixon administration sought court orders preventing further publication by the Times and The Washington Post. In New York Times Co. v. United States, decided on June 30, 1971, the Supreme Court held that the government had not met the heavy burden required to justify prior restraint and vacated the stays blocking publication. The ruling concerned the government’s attempt to stop the newspapers from publishing; it did not confer general authorization on researchers to remove or disclose classified records. The Court’s disposition therefore addressed a different legal question from Ellsberg’s responsibility for obtaining and distributing the documents. (history.state.gov)

The material available to readers in 1971 was not identical to the complete archival record subsequently released. Newspaper installments reproduced only portions of the study, while published editions differed in their selection of narrative, supporting documents, and negotiating histories. Unauthorized public circulation also did not itself constitute formal declassification. On June 13, 2011, the National Archives, working with the Kennedy, Johnson, and Nixon presidential libraries, released the complete report without redactions. The release comprised approximately 7,000 pages in 48 archival boxes; the Archives estimated that 34 percent of the report was becoming available for the first time. (archives.gov)

The 2011 release preserved the report as Gelb had presented it in 1969, including supplemental documentation and the complete account of peace negotiations. This made it possible to distinguish the task force’s original evidentiary record from the selections circulated during the publication controversy. For RAND’s institutional history, the documentary distinction is equally specific: government sponsorship, researchers’ authorized access, individual disclosure, newspaper publication, and eventual official declassification were separate processes involving different actors and authorities. (archives.gov)

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