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Biohub Secures $1.8 Billion for 'Virtual Biology' Initiative to Accelerate Scientific Discovery

Biohub Secures $1.8 Billion for 'Virtual Biology' Initiative to Accelerate Scientific Discovery

Biohub, a non-profit research organization founded by Meta CEO Mark Zuckerberg and Priscilla Chan, has secured $1.8 billion in funding for its 'Virtual Biology' initiative. This AI-powered open-source platform aims to create a 'world model' of biology to serve as a discovery engine for protein structure prediction, design, and broader biological insights. The substantial investment comes from a consortium of major entities, including the U.S. Department of Energy (DOE), the National Institutes of Health (NIH), Meta, Google DeepMind, and Isomorphic Labs. The funding is not solely cash; a significant portion comprises data, computational resources, and advanced measurement technology. Launched in April with initial funding of $500 million, the initiative seeks to enable scientists to conduct experiments digitally, thereby accelerating scientific discovery and understanding of diseases.

U.S. Government and Tech Giants Invest $1.8 Billion in AI for Biological Research

U.S. Government and Tech Giants Invest $1.8 Billion in AI for Biological Research

The U.S. government, in collaboration with technology companies Meta Platforms and Alphabet, is partnering with the nonprofit Biohub to create extensive open datasets for training advanced AI models in biological research. This initiative has garnered a total investment of $1.8 billion. Meta Platforms, Google DeepMind, and drug discovery startup Isomorphic Labs are contributing $300 million. Concurrently, the Department of Energy is committing over $500 million across five years for laboratory measurement, modeling, and computation. The National Institutes of Health will coordinate existing repositories and open datasets, established with over $500 million in previous federal grants, which Biohub will standardize for AI model training. These new pledges build upon a prior $500 million investment made by Biohub in April. The project, known as the Virtual Biology Initiative, aims to observe and measure cellular responses to environmental changes across a vast range of conditions, far exceeding previous studi...

Tennessee Valley Authority Receives Construction Permit for Clinch River Small Modular Reactor

Tennessee Valley Authority Receives Construction Permit for Clinch River Small Modular Reactor

The Tennessee Valley Authority (TVA) has received a construction permit from the U.S. Nuclear Regulatory Commission (NRC) for its Clinch River Unit 1 small modular reactor (SMR) at the Clinch River Nuclear Site in Oak Ridge, Tennessee. This makes TVA the first U.S. utility permitted to construct the GE Vernova Hitachi Nuclear Energy BWRX-300 SMR, and it is only the second advanced reactor construction permit ever issued in the nation. The permit was issued ahead of schedule, reflecting modern regulatory efficiency and enhanced cooperation between federal agencies and the industry. While no specific construction date has been announced, this achievement is considered a significant step in advancing America's nuclear energy future. The SMR is designed to generate up to 300 megawatts of electricity, which is approximately one-third the capacity of traditional nuclear units. Its modular design allows for major components to be factory-built and shipped to the site, aiming to reduce construction time, cost, and...

Savannah Morning News

Data centers near the South Carolina Lowcountry - What to know

Data centers near the South Carolina Lowcountry - What to know

Despite opposition, more data centers are looking to locate in GA/SC area

PG Corporation Seeks Expert for Federal Contract Compliance and Risk Management

PG Corporation Seeks Expert for Federal Contract Compliance and Risk Management

PG Corporation Seeks Expert for Federal Contract Compliance and Risk Management

The Knoxville News-Sentinel

Fortune 500 company has a new global nuclear headquarters in Oak Ridge

Fortune 500 company has a new global nuclear headquarters in Oak Ridge

One of the U.S.’ largest government contractors is making a new home for its international nuclear operations in Oak Ridge.

IonQ Achieves World-First 1,000 Entanglements Per Second Quantum Link, Advancing Quantum Computing

IonQ Achieves World-First 1,000 Entanglements Per Second Quantum Link, Advancing Quantum Computing

IonQ has announced a significant breakthrough in quantum computing, demonstrating a quantum link capable of over 1,000 entanglement events per second. This achievement connects two distinct types of qubits: a trapped-ion qubit and a silicon-vacancy (SiV) qubit within a solid-state memory. The connection is facilitated by a photonic interconnect, which uses light to carry the quantum information. This rate surpasses previous records for trapped-ion systems by more than four times, addressing a critical challenge in building larger quantum computers by enabling more efficient exchange of quantum information between separate systems. The company's approach combines the strengths of trapped ions, known for their qubit coherence, with silicon-vacancy centers in diamond, which are efficient in interacting with light and suitable for quantum memories. This development is crucial for coordinating separate processors and distributing computational workloads across multiple machines in quantum networks.

Austin Mayor Kirk Watson Supports Occam Foundry Quantum Technology Campus in Travis County

Austin Mayor Kirk Watson Supports Occam Foundry Quantum Technology Campus in Travis County

Austin Mayor Kirk Watson Supports Occam Foundry Quantum Technology Campus in Travis County

Superlattice Engineering Enhances Lead-Free Capacitor Efficiency at Lower Electric Fields

Superlattice Engineering Enhances Lead-Free Capacitor Efficiency at Lower Electric Fields

A recent study published in Nature Communications demonstrates that superlattice engineering can significantly improve the energy-storage performance of lead-free relaxor ferroelectric capacitors. Researchers reshaped nanoscale polarization within a layered ferroelectric structure to enable lead-free capacitors to store and release more energy without requiring extreme electric fields. The study combined 0.5Ba(Zr0.2Ti0.8)O3–0.5(Ba0.7Ca0.3)TiO3 (BCZT) with paraelectric SrTiO3 (STO) to form an epitaxial BCZT/STO superlattice. This periodic structure altered the characteristic size and spatial organization of polar nanoregions (PNRs), which are crucial for energy storage. The resulting capacitors achieved a recoverable energy-storage density of 12.6 J/cm³ at 920 kV/cm with nearly 99% efficiency. They also delivered 20.4 J/cm³ at 1280 kV/cm with 86% efficiency and maintained stable energy-storage performance through 2 × 10⁸ charge–discharge cycles. This performance represents about a 40% improvement in recover...

Wiley Seeks Editor-in-Chief for Advanced Computing Journal to Drive Scholarly Innovation

Wiley Seeks Editor-in-Chief for Advanced Computing Journal to Drive Scholarly Innovation

Wiley Seeks Editor-in-Chief for Advanced Computing Journal to Drive Scholarly Innovation

Concerns Raised Over Limited Expertise on Department of Energy's Consolidated Science Committee

Concerns Raised Over Limited Expertise on Department of Energy's Consolidated Science Committee

Former scientific advisors to the Department of Energy (DOE) have expressed concerns that the agency's newly consolidated Office of Science Advisory Committee (SCAC) lacks the specialized expertise needed to effectively plan for the future of physics fields. Last year, the DOE replaced six field-specific advisory committees with the single, smaller SCAC, which now has 22 members. Critics argue that this reduction in committee size and the broader remit of the new committee mean there are fewer experts per field, potentially compromising the depth and breadth of advice provided. For instance, the fusion energy sciences field, which previously had 20-30 members on its advisory committee, now has only a handful of experts on the SCAC. A DOE spokesperson maintains that all Office of Science disciplines are represented and that the committee is a powerful voice for office priorities.

U.S. Electric Grid Modernization Faces Regulatory Hurdles Amid Surging Demand

U.S. Electric Grid Modernization Faces Regulatory Hurdles Amid Surging Demand

The U.S. electric grid is under increasing pressure to modernize due to a sharp rise in electricity demand, driven by artificial intelligence, data centers, domestic manufacturing, and industrial electrification. This surge follows nearly two decades of relatively flat growth. A report by Clean Tomorrow highlights that grid congestion cost the United States over $12 billion in 2024, underscoring the urgent need for infrastructure upgrades. A significant barrier to faster modernization is the current regulatory and business model, where utilities typically earn returns based on large capital investments. This structure disincentivizes technologies that reduce the need for new construction, even if they lower consumer costs. Consequently, utilities invest only about 0.1% of their revenue in research and development, significantly lower than the 5.1% average across other industries. The report also points to severe weather events, rising equipment costs, and transmission bottlenecks as factors increasing expe...