GeekWire
OCTOBER 2, 2023
Crisp began wondering about useful applications of that electricity to target soil nematodes that can damage valuable crops and vegetation. startup that replaces chemical pesticides with devices that zap soil pests with a jolt akin to a controlled lightning strike. . The actual application is more complicated. Done and done.
GeekWire
DECEMBER 21, 2022
The CO2 is then concentrated for storage or industrial uses. The technology is suitable for a range of applications, the company said, including the production of hydrogen, pulp and paper, lime, cement, steel, aluminum and chemicals. Record-setting year for carbon removal startups.
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GeekWire
APRIL 30, 2023
Energy generation and storage, food production, climate modeling, disease treatment and genetic repair are all potential targets for quantum supremacy. “Chemists who do not use quantum computers to model chemical reactions will go bankrupt,” he says. “We have thousands of Petri dishes with chemicals in them.
The Verge
JANUARY 19, 2022
The cubes can then be deployed in a variety of applications, including mobile generators and temporary EV chargers. GM said the ideal application would be at an outdoor concert venue, thanks to the hydrogen generator’s much lower noise profile as compared to gas-powered power sources.
CIO Business Intelligence
JUNE 2, 2022
Active in 69 countries, Eni works across the value chain—from natural gas and oil to electric and renewable energy generation, traditional and bio-refining and chemicals. Global energy company Eni was recognized for its HPC5 supercomputer , a powerful and sustainable system used to research new energy sources. Rmax [TFlop/s], 51,720.76
Vox
AUGUST 7, 2023
Superconductors are already employed in certain limited applications for storing energy. Batteries — from a Duracell AA all the way to a Tesla lithium-ion battery capable of holding approximately 100 kWh — store energy chemically, and can convert it to usable electricity. That necessarily involves some energy loss and inefficiency.
Dataconomy
AUGUST 3, 2023
In the top-down approach, larger materials are downsized through techniques like etching or lithography, while the bottom-up approach builds structures from atomic or molecular components, such as self-assembly or chemical vapor deposition. These methods include nanoimprint lithography (NIL), soft lithography, and microcontact printing.
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