ALLcrimesfood&drugstaxestelecomcommercehealthconservationtransportationagricultureveteransbrowse all titles »
0

42 U.S.C. § 19261Quantum networking and communications

submitted 4 years ago by Pub. L. 117-167 to r/title-42-THE-PUBLIC-HEALTH-AND-WELFARE · 962 words · no verdicts yet

in plain englishAI-generated · not legal advice

This section sets up a study on the quantum science workforce and a pilot program to teach quantum concepts to K-12 students and teachers. Two subsections of the original law are marked omitted here, and Congress set aside $8 million a year through 2026 for the pilot program, which ends after four years.

(a) Definitions: "Director" means the Director of the National Science Foundation. "Appropriate committees of Congress" has the meaning given in section 8801 of title 15. "Q2Work Program" means the Q2Work Program run by the Foundation. (b), (c): These subsections are marked "Omitted" in the statute — they contain no text here. (d) Quantum information science workforce evaluation and acceleration: 1. In general: Within 180 days of August 9, 2022, the Director must make an agreement with the National Academies of Sciences, Engineering, and Medicine to study and recommend improvements for the quantum information science (QIS) workforce. The study must: (A) describe the QIS workforce — what makes someone a qualified QIS worker across academia, government, and industry, and how big and diverse that workforce is now and is expected to become; (B) identify what the QIS workforce will need in the near and long term across government, academia, and industry, including which cross-disciplinary degrees or courses would help prepare students for different QIS careers, keep the U.S. competitive while protecting national security, and support new quantum applications; (C) look at the current state of QIS education and skills training at every level and find the gaps, covering: whether K-12 students can access foundational courses, age-appropriate quantum concepts, and hands-on learning; whether K-12 teachers get professional development and access to materials and lesson plans; opportunities for people to switch careers into the field through certificates and internships; and college-level curricula, lab experience across academia, government, and industry, and cross-discipline degree programs that match what employers need; and (D) recommend how to build a diverse, flexible, lasting QIS workforce that can keep up with changing needs. 2. Report: Within two years of August 9, 2022, the National Academies must send Congress and the Director a report with the study's results. (e): This subsection is marked "Omitted" in the statute. (f) Quantum Education Pilot Program: 1. In general: Within one year of August 9, 2022, the Director — building on the NSF's role in the National Q-12 Education Partnership and programs like Q2Work — must give awards to colleges, nonprofits, or teams of them to run a pilot program called the "Next Generation Quantum Leaders Pilot Program." Its goal is to teach students and teachers the basics of quantum mechanics. 2. Requirements: (A) In general: The Director must encourage award winners to work with educational service agencies, groups that support STEM teachers or school districts, and Q-12 Education Partnership partners, to get elementary, middle, and high schools and state education agencies involved. The Director must also require award winners to actually partner with such schools (or groups of them) and state education agencies to carry out the program. (B) Use of funds: The Director must give competitive, merit-based awards to: test, evaluate, share, and put into use age-appropriate quantum science curricula and materials, including folding quantum science and engineering into STEM curricula as required elsewhere in the law; support informal, hands-on ways to learn about quantum concepts; help students explore quantum careers and further study; build and run training and professional-development programs — including new kinds of before-service and on-the-job programs — for teachers in quantum science and related fields; and carry out any other activities the Director decides fit the program. (C) Distribution: As much as practical, the Director must make sure the program reaches a wide range of geographic areas and includes a diverse group of students, including students from groups historically underrepresented in STEM. 3. Consultation: The Director must run the program in consultation with the QIS Workforce Working Group (part of the NSTC's Subcommittee on Quantum Information Science) and the Advancing Informal STEM Learning Program. 4. Reporting: Within four years of August 9, 2022, the Director must send Congress a report that includes: (A) an assessment — built on feedback from a wide range of academic, K-12, and private-sector stakeholders — of how well the program scaled up effective quantum education and training; and (B) if the program worked, a plan to fold it into existing programs, including whether it makes sense to expand it to more technology areas, grade levels, or schools. 5. Authorization of appropriations: Congress may spend $8,000,000 on this program for each of fiscal years 2023 through 2026. 6. Termination: This subsection ends four years after August 9, 2022.
the actual law source: uscode.house.gov ↗public domain
(a) Definitions

In this section:

(1) Director

The term “Director” means the Director of the National Science Foundation.

(2) Appropriate committees of Congress

The term “appropriate committees of Congress” has the meaning given such term in section 8801 of title 15.

(3) Q2work Program

The term “Q2Work Program” means the Q2Work Program supported by the Foundation.

(b), (c) Omitted

(d) Quantum information science workforce evaluation and acceleration
(1) In general

Not later than 180 days after August 9, 2022, the Director shall enter into an agreement with the National Academies of Sciences, Engineering, and Medicine to conduct a study to evaluate and make recommendations for the quantum information science workforce. The study shall—

(A)

characterize the quantum information science workforce, including by—

(i)

describing what constitutes a quantum information science qualified worker across sectors, including academia, the Federal Government, and industry; and

(ii)

describing the size and makeup of the quantum information science workforce, including an assessment of current and future trends;

(B)

identify near- and long-term quantum information science workforce needs across government, academia, and industry sectors, including identifying the cross-disciplinary academic degrees or academic courses necessary to—

(i)

prepare students for multiple career pathways in quantum information sciences and related fields;

(ii)

ensure the United States is competitive in the field of quantum information science while preserving national security; and

(iii)

support the development of quantum applications;

(C)

assess the state of quantum information science education and skills training at all education levels and identify gaps in meeting current and future workforce needs, including with respect to—

(i)

elementary, middle, and high-school student access to foundational courses, age-appropriate quantum concepts, and hands-on learning opportunities;

(ii)

elementary, middle, and high-school teacher professional development and access to resources, materials, lesson plans, modules, and curricula;

(iii)

career pivot and skills training opportunities, including professional certificates and internships; and

(iv)

higher education curricula, laboratory experiences in academia, the Federal Government, and industry settings, and cross-discipline degree programs aligned with workforce needs; and

(D)

make recommendations for developing a diverse, flexible, and sustainable quantum information science workforce that meets the evolving needs of academia, the Federal Government, and industry.

(2) Report

Not later than two years after August 9, 2022, the National Academies of Science, Engineering, and Medicine shall submit to Congress and the Director a report containing the results of the study conducted pursuant to paragraph (1).

(e) Omitted

(f) Quantum Education Pilot Program
(1) In general

Not later than one year after August 9, 2022, the Director, building on the National Science Foundation’s role in the National Q–12 Education Partnership and programs such as Q2Work Program, shall make awards to institutions of higher education, non-profit organizations, or consortia thereof to carry out a pilot program, to be known as the “Next Generation Quantum Leaders Pilot Program” (in this subsection referred to as the “Program”), for the education and training of the next generation of students and teachers in the fundamental principles of quantum mechanics.

(2) Requirements
(A) In general

In carrying out the Program, the Director shall—

(i)

encourage awardees to coordinate with educational service agencies (as such term “educational service agency” is defined in section 1401(5) of title 20), associations that support STEM educators or local educational agencies, and partnerships through the Q–12 Education Partnership, to encourage elementary schools, middle schools, and secondary schools, and State educational agencies to participate in the Program; 1

(ii)

require that awardees partner with elementary schools, middle schools, or secondary schools, or consortia thereof, and State educational agencies, to carry out activities under the Program; 2

(B) Use of funds

In carrying out the Program, the Director shall make competitive, merit-reviewed awards to—

(i)

support testing, evaluation, dissemination, and implementation of age-appropriate quantum information sciences curricula and resources, including the integration of quantum information science and engineering into the STEM curriculum pursuant to subsection (d) of section 8841 of title 15, as added by subsection (e);

(ii)

support opportunities for informal education on quantum concepts, including informal hands-on learning opportunities;

(iii)

support opportunities for students to further explore quantum information science education and related careers;

(iv)

develop and implement training, research, and professional development programs for teachers, including innovative pre-service and in-service programs, in quantum information science and related fields; and

(v)

carry out such other activities as the Director determines appropriate.

(C) Distribution

In carrying out the Program and to the extent practicable, the Director shall ensure there is a wide, equitable distribution of Program participants across diverse geographic areas and that the Program includes a diverse representation of students, including students from groups historically underrepresented in STEM.

(3) Consultation

The Director shall carry out the Program in consultation with the QIS Workforce Working Group of the Subcommittee on Quantum Information Science of the National Science and Technology Council and the Advancing Informal STEM Learning Program.

(4) Reporting

Not later than four years after August 9, 2022, the Director shall submit to Congress a report that includes the following:

(A)

An assessment, that includes feedback from a wide range of stakeholders in academia, K-12 education, and the private sector, of the effectiveness of the Program in scaling up implementation of effective quantum education and training innovations.

(B)

If determined to be effective, a plan for integrating the Program into existing programs, including the feasibility and advisability of expanding the scope of the Program to include additional technology areas, grade levels, and educational institutions beyond those originally selected to participate in the Program.

(5) Authorization of appropriations

There are authorized to be appropriated to the Director $8,000,000 for each of fiscal years 2023 through 2026 to carry out this section.

(6) Termination

This subsection shall terminate on the date that is four years after August 9, 2022.

Source credit: (Pub. L. 117–167, div. B, title VI, § 10661, Aug. 9, 2022, 136 Stat. 1683.)

history & why it existsrecord from the source credit
  • 2022Enacted · Pub. L. 117-167 · 136 Stat. 1683

A history note hasn’t been published yet. The record shows enactment by Pub. L. 117-167 on 2022-08-09.

all 0 arguments · sorted by: best

0/280

no arguments yet — make the first case