Transcript Highlights:

• <02:26:56.160> thinking datadriven and computational thinking datadriven and computational
• computing to biotechnology.
• our country's most advanced Computing our country's most advanced Computing capacity<03:15:33.279
• <03:19:30.160> information intelligence Quantum information intelligence Quantum information
• <03:35:43.120> information sciences and Quantum information sciences and Quantum information

Keywords: U.S. House of Representatives Floor Proceedings on Monday, March 24, 2025, 1012, house, all

Transcript Highlights:

• Quantum computing is an emerging technology that utilizes quantum bits, enabling exponentially faster
• processing and problem-solving compared to classical computing.
• Quantum represents not just the future of computing, but the future of cybersecurity as well.
• The Texas Quantum Initiative will position Texas as a national leader in quantum innovation, helping
• firms, helping existing Texas companies adopt quantum tools.

Bills: SB731, SB801, SB867, SB2082, SB2717, SB2919, HB4, HB26, HB103, HB108, HB117, HB126, HB144, HB145, HB186, HB201, HB223, HB229, HB272, HB493, HB521, HB551, HB621, HB700, HB748, HB1106, HB1234, HB1403, HB1500, HB1661, HB2017, HB2026, HB2035, HB2038, HB2073, HB2080, HB2221, HB2253, HB2294, HB2306, HB2313, HB2427, HB2512, HB2516, HB2593, HB2674, HB2761, HB2818, HB2820, HB2844, HB2851, HB2885, HB3010, HB3016, HB3053, HB3057, HB3133, HB3151, HB3159, HB3180, HB3181, HB3225, HB3234, HB3250, HB3254, HB3284, HB3333, HB3512, HB3556, HB3595, HB3689, HB3711, HB3732, HB3749, HB3812, HB3833, HB3866, HB3928, HB3940, HB3966, HB4063, HB4112, HB4157, HB4264, HB4281, HB4384, HB4454, HB4486, HB4488, HB4520, HB4530, HB4666, HB4690, HB4743, HB4749, HB4751, HB4795, HB4848, HB4903, HB5081, HB5115, HB5138, HB5149, HB5154, HB5247, HB5308, HB5394, HB5436, HB5659, HB5671, HB5674, HB5680, HB5696, HCR40, HCR108, HCR118, SJR5, SJR59, SB4, SB8, SB9, SB10, SB12, SB22, SB23, SB25, SB27, SB34, SB36, SB37, SB38, SB40, SB261, SB650, SB777, SB924, SB1188, SB1318, SB1333, SB1398, SB1448, SB1566, SB1621, SB1723, SB1862, SB2405, SB2406, SB2407, SB3070, SB1, SB17, SB21, SB260, SB379, SB509, SB1405, SB1506, SB1637, SB1833, SB2155, SB2308, HB300, HB2525, SJR36, SJR50, SJR63, SCR12, SCR39, SB2023, SB62, SB666, SB847, SB284, SB854, SB810, SB1505, SB583, SB507, SB1434, SB1772, SB2016, SB1122, SB731, SB397, SB508, SB1436, SB287, SB1882, SB393, SB1791, SB209, SB2429, SB1085, SB1975, SB2717, SB1262, SB636, SB2056, SB884, SB1200, SB1845, SB2458, SB801, SB3014, SB3013, SB758, SB2797, SB2076, SB2876, SB1640, SB1449, SB1181, SB1234, SB2926, SB2841, SB1528, SB1854, SB317, SB1250, SB2082, SB1237, SB2819, SB629, SB2608, SB1602, SB2009, SB867, SB640, SB1698, SB2680, SB913, SB1071, SB1086, SB1087, SB1483, SB1444, SB1553, SB1556, SB1703, SB2133, SB2297, SB2298, SB2622, SB2955, SB2334, SB1367, SB2044, SB2363, SB2565, SB1888, SB3036, SB3057, SB3043, SB3063, SB3035, SB203, SB2688, SB2522, SB2459, SB2655, SB2251, SB1884, SB2928, SB2566, SB2549, SB2553, SB2919, SB1944, SB1232, SB1798, SB2603, SB2607, SB2683, SB1319, SB3045, SB3071, HJR7, HB2674, HB3556, HB26, HB4384, HB748, HB5652, HB3395, HB2516, HB180, HB1306, HB3966, HB4112, HB322, HB126, HB5650, HB4894, HB1629, HB5698, HB3171, HB2694, HB5664, HB4751, HB4690, HB4464, HB4063, HB3623, HB3016, HB2520, HB2221, HB2213, HB700, HB252, HB146, HB5596, HB3619, HB5320, HB5651, HB5670, HB5665, HB5437, HB5679, HB5699, HB5661, HB5662, HB5654, HB5672, HB5656, HB4743, HB4666, HB3812, HB3595, HB3057, HB2035, HB721, HB346, HB2512, HB5695, HB5694, HB5671, HB5674, HB2038, HB3185, HB2761, HB2593, HB2348, HB2073, HB1871, HB108, HB2306, HB2017, HB1135, HB144, HB3689, HB5308, HB101, HB5666, HB5677, HB5682, HB5680, HB5658, HB5696, HB4144, HB3159, HB3254, HB3866, HB3010, HB4520, HB3642, HB3928, HB3815, HB2686, HB2012, HB1960, HB227, HB654, HB1690, HB2128, HB4158, HB4530, HB4630, HB5659, HB1523, HB2078, HB2427, HB145, HB1973, HB3333, HB3697, HB3546, HB3225, HB3181, HB3133, HB3053, HB2885, HB2820, HB2294, HB2253, HB1661, HB1506, HB1234, HB640, HB621, HB551, HB521, HB493, HB272, HB229, HB223, HB201, HB186, HB119, HB2080, HB2818, HB5394, HB4795, HB4466, HB4454, HB3940, HB3749, HB3151, HB3284, HB1403, HB1106, HB2844, HB2851, HB1500, HB4488, HB4264, HB4, HB4170, HB3909, HB4081, HB4145, HB4157, HB4281, HB4285, HB4463, HB4749, HB4995, HB5081, HB5115, HB5138, HB5624, HB1449, HB3711, HB2598, HB3629, HB4361, HB824, HB1868, HB4848, HB2243, HB40, HB117, HB2313, HB3686, HB500, HB3793, HB112, HB104, HB1056, HB42, HB4486, HB3000, HB100, HB2240, HB718, HB27, HB4904, HB4202, HB2853, HB5129, HB5093, HB4765, HB4748, HB4559, HB4350, HB4214, HB3388, HB3112, HB5196, HB4211, HB3516, HB3092, HB4233, HB4687, HB705, HB1094, HB2037, HB3005, HB3848, HB1105, HB121, HB3372, HB367, HB783, HB3336, HB3441, HB4449, HB5616, HB2407, HB2854, HB3425, HB5294, HB1178, HB4623, HB14, HB3963, HB1211, HB5646, HB5629, HB3783, HB4236, HB46, HB4638, HB1052, HB4070, HB5509, HB5435, HB4134, HB3923, HB3520, HB3320, HB2517, HB2488, HB5663, HB2731, HB3073, HB2655, HB2399, HB541, HB4099, HB111, HB1532, HB3483, HB2963, HB4580, HB3748, HB713, HB632, HB426, HB4730, HCR141, HCR118, HCR40, HCR59, HCR76, HCR108, HB26, HB108, HB144, HB145, HB201, HB272, HB493, HB551, HB621, HB700, HB1500, HB1661, HB2017, HB2038, HB2073, HB2080, HB2221, HB2253, HB2294, HB2306, HB2313, HB2427, HB2516, HB2593, HB2761, HB2818, HB2844, HB2851, HB2885, HB3010, HB3016, HB3133, HB3151, HB3159, HB3254, HB3284, HB3595, HB3689, HB3711, HB3866, HB3928, HB3940, HB3966, HB4063, HB4112, HB4264, HB4281, HB4384, HB4454, HB4486, HB4488, HB4520, HB4530, HB4666, HB4743, HB4749, HB4751, HB5081, HB5308, HB5394, HB5659, HB5671, HB5680, HB5696, HB2674, HB3556, HB223, HB1403, HB3053, HB5115, HCR108, HCR118, SB20, SB33, SB75, SB213, SB269, SB458, SB528, SB647, SB648, SB681, SB740, SB840, SB843, SB1061, SB1120, SB1121, SB1150, SB1202, SB1253, SB1423, SB1535, SB1574, SB1709, SB1789, SB2037, SB2078, SB2268, SB2544, SB2570, SB1198, SB2601, SB2778

Keywords: SB 731, Texas, Texas Department of Housing and Community Affairs, TDHCA, low-income housing tax credits, LIHTC, affordable housing, senior housing, 55 and older, elderly housing, multifamily housing, apartment buildings, high-rise, four-story building, water pressure booster, water pressure system, emergency water supply, building safety, housing development regulations, Government Code Chapter 2306

Transcript Highlights:

• computing on the horizon.
• computing on the horizon.
• computing on the horizon.
• computing on the horizon.
• computing on the horizon.

Keywords: 958, all

Summary: The Budget Review Subcommittee on Education met without a quorum, so the minutes were not approved. The main presentation was from retired economics professors John Garren and Dr. Kums, who discussed their Bluegrass Institute research on teacher compensation in Kentucky since the Kentucky Education Reform Act era. They said teacher base salaries, adjusted for inflation, have declined over the last decade, while state-paid “on-behalf” benefits such as pension and health insurance contributions have risen sharply; they argued total teacher compensation has increased modestly overall, but less than per-pupil funding. They also presented broader context on staffing growth, declining average daily attendance, Kentucky’s low share of teachers among total school staff, and flat or weak NAEP and ACT performance trends, including widening white-Black score gaps on NAEP. Members questioned the methodology and interpretation of the compensation figures. Representative Bojanowski argued the on-behalf calculations may overstate teacher compensation because they include insurance and pension costs that also benefit classified employees and retirees, and he asked for clarification on the denominator used to derive the per-teacher amount. Representative Truit said the presentation could be misleading if it implies teachers earn $94,000 in salary, and he objected to framing pension stabilization payments as teacher pay. The presenters responded that they were using total compensation, not salary alone, said they had divided total personnel-related on-behalf payments by the relevant staff count, and promised to review and send a technical explanation. Representative Truit and Chairman Typton both emphasized that compensation should be viewed as salary plus benefits, not salary alone, and noted that pension contributions are part of the cost of employing teachers. The presenters said their intent was to show the full compensation package and its relevance to labor supply and teacher shortages, not to claim that individual teachers earn the total compensation figure as salary. No votes or formal actions were taken beyond the decision to revisit the minutes at a later meeting due to the lack of quorum.

Transcript Highlights:

• Your next line, 85, is for the Quantum New Mexico Institute.
• Chair, Representative Duncan, I am not a quantum expert.
• Quantum Venture Studio, so line 86, would be a new year.
• Quantum Venture Studio, so line 86, would be to try and get new quantum businesses into the state and
• So this is $5 billion for the computer systems enhancement fund.

Keywords: 996, all

Transcript Highlights:

• The United States has been able to accomplish breakthroughs in space exploration, supercomputing, computing
• U.S. is home to nearly half of top startups in the U.S., and international students earn 60% of computer
• DeBar is the co-founder of Bohr Quantum Technologies and former Undersecretary of Science at the Department
• But not when we're designing. quantum computers. It's not like that at all.
• , AI, quantum, bioscience, biotech, accelerator science. battery science that we at the labs consider

Keywords: national security, Department of Energy, foreign espionage, security protocols, Chinese Communist Party, national laboratories, research security

Summary: The Senate Energy and Natural Resources Committee convened to address pressing issues related to research security risks at the Department of Energy, focusing specifically on foreign nationals' access to sensitive information. The meeting highlighted the increasing threats posed by espionage from the Chinese Communist Party, which has sought to infiltrate U.S. national laboratories and exploit American research for military purposes. Discussions included the importance of tightening security protocols to safeguard national interests and maintain technological advantages. Witnesses provided insight into historical contexts and current vulnerabilities, emphasizing that without proper measures, the gaps could jeopardize national security.

Transcript Highlights:

• And then also are any of you involved yet in quantum computing?
• And with reference to quantum, where are you guys?
• Is Texas just not going to get on the quantum map or...? Quantum has very specific use cases.
• We bring computing to energy, not the other way around.
• I mentioned quantum earlier. China's doing a lot more than we are in quantum, for example.

Keywords: 1184, house, all

Transcript Highlights:

• is already a core driver of New Mexico's economy, particularly in aerospace, advanced energy, and computing
• It could be a quantum facility where.
• many quantum computing systems are going to require significant refrigeration.
• is that more and more companies that we believe are in our core sectors of opportunity advanced computes
• If you think about a quantum computing system and testbed, those are larger capital infrastructure pieces

Keywords: 996, all

Transcript Highlights:

• And then also, are any of you involved yet in quantum computing?
• And with reference to quantum, where are you guys?
• Is Texas just not going to get on the quantum map or...?
• We bring computing to energy, not the other way around.
• I mentioned quantum earlier, China is doing a lot more than we are in quantum, for example. Mr.

Summary: The Committee on State Affairs convened to discuss data centers and their impact on Texas's energy infrastructure. The meeting featured testimony from key representatives of the Public Utility Commission (PUC) and ERCOT, who outlined the evolving landscape of energy generation and the challenges posed by the rapid growth of data centers. Notably, ERCOT reported over 450,000 MW of generation resources planned for connection, with a significant portion attributed to data centers, which now represent around 87% of new large load interconnection requests. The committee explored proposed changes to the interconnection process, including a new 'batch study' approach aimed at streamlining the approval of multiple projects simultaneously. This change is intended to address the challenges of managing numerous simultaneous requests and to provide more certainty for developers regarding their energy needs. Testimonies emphasized the importance of ensuring that the costs of infrastructure upgrades are borne by the data centers rather than residential ratepayers, with discussions around the financial commitments required from developers. Several data center developers also provided testimony, highlighting the economic benefits of their projects, including job creation and increased local revenues. They expressed concerns about the potential for a moratorium on future growth due to the new interconnection rules and emphasized the need for a collaborative approach to address water usage and environmental impacts. The committee plans to continue discussions on these topics in future hearings, with a focus on balancing economic growth with energy reliability and resource management.

Transcript Highlights:

• computing?
• And with reference to quantum, where are you guys?
• Is Texas just not going to get on the quantum map or...?
• We bring computing to energy, not the other way around.
• I mentioned quantum earlier, China is doing a lot more than we are in quantum, for example. Mr.

Transcript Highlights:

• But things like, you know, quantum computing, that is going to be this giant thing that we're hoping
• I was asking about technology, quantum, optical, and all of this stuff that is the future.
• China for things like quantum computing, which could essentially create a skeleton key for the internet
• Again, it's all this next-gen tech and computing and kind of where our world is going.
• computer area, something that tax bills on the Senate side are trying to help.

Transcript Highlights:

• We're really excited about quantum technology.
• our quantum technician program boot camp in the fall.
• We also have a computer science certificate credit program and an associate's degree program.
• So, for example, if I'm looking to fund a balance in my mechatronics program or my quantum mechanics
• I think you're, and then if your question is about ongoing computer skills and upskilling around AI,

Transcript Highlights:

• You might have heard about the quantum computing risk of Bitcoin. Let me briefly address that.
• So theoretically, a quantum computer could break Bitcoin's encryption.
• You might have heard about the quantum computing risk of Bitcoin. Let me briefly address that.
• So theoretically, a quantum computer could break Bitcoin's encryption.
• Theoretically, a quantum computer could break Bitcoin's encryption.

Keywords: 1185, senate, all

Transcript Highlights:

• computing, with the technology, how technology is morphing and evolving.
• computing, with the technology, how technology is morphing and evolving.
• It’s done through a computer science college.
• What was the data point on the drop in computer science enrollment? Computer science are PhD.
• Now think about the potential of what we are working on today: quantum computing and artificial intelligence

Keywords: 995, all

Summary: The committee held an informational hearing on the economic impact of Massachusetts higher education institutions, with opening remarks noting the significance of September 11 and the role colleges and universities play in the state’s economy, workforce, and research ecosystem. UMass leaders testified first, describing UMass as a major employer and economic driver that educates large numbers of Massachusetts residents, supports thousands of jobs, and generates billions in annual economic activity. They emphasized the importance of research funding, warned that federal grant cancellations, suspensions, and slowdowns were harming research operations and talent retention, and voiced strong support for Governor Healey’s proposed DRIVE initiative as bridge funding to protect research capacity and jobs. Committee members focused heavily on workforce preparation in emerging fields such as AI, cyber, quantum computing, and engineering. UMass leaders said AI is being embedded across curricula and research, but also warned that financial constraints forced reductions in PhD admissions, especially in computer science and engineering, which could weaken the future workforce pipeline. They also described the practical effects of grant uncertainty, including reduced graduate admissions and concerns about losing researchers to institutions abroad. Members asked for more detailed data on grant timing, funding gaps, and where students and researchers were going. A second panel from private colleges and universities, including AICUM, Suffolk, Smith, and Clark, highlighted the broad economic and civic contributions of private higher education. Testimony cited large annual economic impacts, job creation, tax revenue, community service, legal clinics, dual enrollment, entrepreneurship support, sustainability investments, and access programs. Speakers also discussed enrollment pressures, COVID-related social and mental health challenges, student visa and federal policy concerns, and the need to preserve liberal arts alongside career-focused training. The committee then heard from MIT, where testimony focused on research commercialization, biotech spinouts, and the role of federal, philanthropic, and industry funding in sustaining innovation; members pressed for more data on funding sources and asked what state policy could do to keep talent and businesses in Massachusetts. The hearing continued with additional public higher education testimony, including Bridgewater State, Bristol Community College, and Northeastern, which emphasized workforce-aligned programs, social mobility, apprenticeships, co-op education, and the need for better coordination between higher education, employers, and state workforce systems.

Transcript Highlights:

• President: a quantum economy, quantum computing, quantum physics. But then I'll also ask you, Mr.
• President, how does a quantum computer work? It needs Power.
• And the way that you can generate power for this quantum economy that we're trying to build here in New
• Mexico—to own, to hug it and love it and own it—you can use microgrids to make those quantum computers

Keywords: 996, all

Transcript Highlights:

• Our new partnerships in nuclear fusion and quantum computing, and in AI and drug discovery, hold the
• OUR NEW PARTNERSHIPS IN NUCLEAR FUSION AND QUANTUM COMPUTING, AND IN AI AND DRUG DISCOVERY, HOLDING THE

Keywords: U.S. House of Representatives Floor Proceedings on Tuesday, April 28, 2026, 1012, house, all

Transcript Highlights:

• IT SEES THINGS MORE QUICKLY THAN WE DO AND QUANTUM AI AND QUANTUM COMPUTING WILL DO IT EVEN FASTER THAN
• SO LITERALLY THE COMPUTING POWER HAS ALLOWED THEM TO GO BOLDLY WHERE NO MAN HAD GONE BEFORE.
• AND IT ENDED UP IN WEATHER AND THE COMPUTER WOULD NOT HAVE LANDED INSTRUMENTALLY.
• TO TRULY UNDERSTAND THINKING YOU HAVE TO UNDERSTAND THE COMPUTATIONS BEHIND IT.
• I MEAN, THERE ARE COMPUTER SCIENCE GEEKS LIKE MYSELF.

Transcript Highlights:

• We're working on expanding access to modern tool sets, including AI, security tools, cloud computing,
• Because my understanding is if quantum, as quantum becomes...
• I'm a professor of electrical and computer engineering at the University of New Mexico (UNM).
• major conferences in Albuquerque: one on semiconductor manufacturing, and the other was the IEEE Quantum
• And that's a quantum research experience for undergrads.

Transcript Highlights:

• They help install computers; a lot of them have specialized accounting systems.
• They get them out of the shoebox and onto a computer with their financials.
• final touches on the quantum, the first quantum brand.
• that are specifically dedicated to quantum.
• It's going to accelerate as we're talking about quantum and AI and these things that we just thought

Transcript Highlights:

• security of the Commonwealth, they will unavoidably be confronted with the specter of AI meeting quantum
• mechanics, which will probably happen, quantum computing, which will probably happen in the next 10
• the specter of AI uh meeting quantum the specter of AI uh meeting quantum mechanics,<00:20:25.560
• <00:20:27.120> computing,<00:20:28.080> which<00:20:28.200> will<00:20:28.280>
• > probably quantum computing, which will probably quantum computing, which will probably happen<00

Keywords: Meeting Start 00:00:00 Call to Order and Roll Call: 00:01:36 Homeland Security: 00:03:46 Kentucky Manufacturing Extension Partnership: 00:36:29, 958, all

Transcript Highlights:

• And that research exists in new forms of medicine and new discoveries and quantum computing and all these
• And that research exists in new forms of medicine and new discoveries and quantum computing and all these
• I'm Anupa Mitra, a postdoctoral researcher at Lawrence Berkeley National Lab, working in quantum computing

Keywords: 988, house, all