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<p>An artistic depiction of a new method to create high-quality color-centers (qubits) in silicon at specific locations using ultrafast laser pulses (femtosecond, or one quadrillionth of a second). The inset at the top-right shows an experimentally observed optical signal (photoluminescence) from the qubits, with their structures displayed at the bottom. (Credit: Kaushalya Jhuria/Berkeley Lab)</p>

Chemistry

New Technique Could Help Build Quantum Computers of the Future

Chemistry

A Better Model for Converting Carbon Dioxide into Fuels and Products

<p>Staff Scientist Hector Garcia Martin (right) and Automation Engineer Randy Louie discuss a liquid handling robot at JBEI.</p>

Chemistry

How to Make Sustainable Products Faster with Artificial Intelligence and Automation

A Q&A with Héctor García Martín, a scientist merging biology with data-driven tools and robotics to accelerate the pipeline for medicines, eco-friendly materials, and biofuels

<p>A cavity made from linked rare-earth metals, such as zirconium and titanium, can convert abundant molecular nitrogen (N2) into useful nitrogen compounds including ammonia or tris(silyl)amines at room temperature. (Credit: Berkeley Lab/Amy Kynman)</p>

Chemistry

A Cleaner Way to Produce Ammonia

Chemistry

Tracking Down Toxic Metals From Tobacco Smoke

Chemistry

Scientists Demonstrate the Potential of Electron Spin to Transmit Quantum Information

Chemistry

An Adjuvant Made in Yeast Could Lower Vaccine Cost and Boost Availability

A natural molecule that boosts the effectiveness of vaccines is produced in small quantities by a single species of plant. A team led by Jay Keasling has successfully transferred the complicated, 38-gene synthesis pathway into yeast, opening the door for a large-scale, cost-saving manufacturing process of the molecule that is also less detrimental to the environment.