BQ

First Phosphate Project Receives Letter of Support from Mario Simard, Canadian Parliamentary Deputy for the Riding of Jonquière, Québec

Retrieved on: 
Jeudi, février 22, 2024

Mario Simard, Member of Parliament (BQ) for the Riding of Jonquière, Québec.

Key Points: 
  • Mario Simard, Member of Parliament (BQ) for the Riding of Jonquière, Québec.
  • Mr. Simard, first elected to Canadian parliament in 2019, is the vice-chair of the Standing Committee on Natural Resources and is the critic for natural resources for the Bloc Québécois.
  • They provide the electric vehicle sector with environmentally-friendly batteries through their production process powered by our clean Quebec hydroelectric grid."
  • "This is why, as MP for the federal riding of Jonquière, I support a project as important as that of First Phosphate for the development of LFP battery in the Saguenay-Lac-Saint-Jean region."

Pico Expands its Services at Japan Exchange Group Colocation Facility

Retrieved on: 
Mardi, février 6, 2024

NEW YORK, Feb. 05, 2024 (GLOBE NEWSWIRE) -- Pico , a leading provider of mission-critical technology, data and analytic services for the financial markets community, continues to invest in its managed colocation facility at Japan Exchange Group, Inc. (JPX), now supporting the newly launched Layer 1 network solution.

Key Points: 
  • NEW YORK, Feb. 05, 2024 (GLOBE NEWSWIRE) -- Pico , a leading provider of mission-critical technology, data and analytic services for the financial markets community, continues to invest in its managed colocation facility at Japan Exchange Group, Inc. (JPX), now supporting the newly launched Layer 1 network solution.
  • The network architecture from the exchange supports ultra-low latency Layer 1 connectivity to the Tokyo Stock Exchange (TSE), Tokyo Commodity Exchange (TOCOM) and Osaka Exchange (OSE).
  • Japan is one of many global trading locations where Pico provides ultra-low latency solutions, supporting clients with latency-sensitive trading strategies that require highly accurate views of the market and fast execution times.
  • Contact us for more information about Pico’s Layer 1 network solution in the JPX data center.

New Leap in Flexible Electronics: MANA's Breakthrough Doping Innovation

Retrieved on: 
Mardi, février 6, 2024

Doping involves the addition of dopants to the semiconductor via a redox reaction to increase the density of charge carriers.

Key Points: 
  • Doping involves the addition of dopants to the semiconductor via a redox reaction to increase the density of charge carriers.
  • "The Fermi level of the semiconductors was precisely and reproducibly tuned by the pH of the doping solution," says Dr. Yamashita.
  • Moreover, such precise doping was conducted in ambient air for the first time, demonstrating unprecedented scalability suitable for device manufacturing.
  • This innovative doping method offers a cost-effective approach for developing flexible and stable electronics, such as wireless sensors, energy-harvesting modules, biomolecular devices, displays, and solar cells.