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Jose Garcia
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Jose Garcia

Editor de vídeo

AS SEEN ON
XatakaOn, Rio Grande SUN, The Heights, Inc., WBNG TV 12, Junior Mining Network

Preston's Summary

Jose Garcia is an Editor de vídeo at various esteemed publications. He covers a diverse range of topics including tech, gaming, AI, and world affairs, with a particular focus on consumer technology and events in the software industry. Jose has been featured in notable outlets such as The World Bank, Tampa Bay Times, and GMA Network, Inc., showcasing his multifaceted expertise in journalism.

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Geo Focus

United States (National)

Coverage Attributes:

Beta
Press Release: 17 %
Government Announcement: 15 %
Cites Data: 12 %
Private Sector Announcements: 10 %
How To Guide: 9 %

Themes Covered:

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Most Recent Topics:

  • Mining Operations
  • Software Development
  • Current Affairs
  • Global & Security
  • University Research

Pitching Insights

Jose Garcia's predominant focus is on gaming, particularly legislative sessions and government announcements. Given this focus, he would likely be interested in content related to how-to guides or analysis of governmental announcements pertaining to gaming regulations, legislation affecting the gaming industry, or related policy changes.

While there are articles that do not align with the coverage attributes and themes provided for Jose Garcia, it seems that his main area of interest lies within the gaming sector. Therefore, when reaching out to him with pitches or contributions, focusing on topics such as legislative session impacts on gaming industry policies and developments could be effective.

This information evolves through artificial intelligence and human feedback. Improve this profile .

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Articles

DM2I

CONCERTO: Instrument model of Fourier transform spectroscopy, white-noise components

By: Olivier Bourrion, Alain Benoit, Andreas Lundgren, Giampaolo Pisano, Johannes Goupy, Leo Prieur, Florence Lévy-Bertrand, Manuel Aravena, Carlos Durán, Guillaume Bres, Julien Marpaud, Nicolas Ponthieu, Julien Bounmy, Jose Garcia, Martino Calvo, Samuel Ron

Modern astrophysics relies on intricate instrument setups to meet the demands of sensitivity, sky coverage, and multi-channel observations. An example is the CONCERTO project, employing advanced technology like kinetic inductance detectors and a Martin-Puplett interferometer. This instrument, installed at the APEX telescope atop the Chajnantor plateau, began commissioning observations in April 2021. Following a successful commissioning phase that concluded in June 2021, CONCERTO was offered to the scientific community for observations, with a final observing run in December 2022. CONCERTO boasts an 18.5 arcmin field of view and a spectral resolution down to 1.45 GHz in the 130-310 GHz electromagnetic band. We developed a comprehensive instrument model of CONCERTO inspired by Fourier transform spectrometry principles to optimize performance and address systematic errors. This model integrates instrument noises, subsystem characteristics, and celestial signals, leveraging both physical data and simulations. Our methodology involves delineating simulation components, executing on-sky simulations, and comparing results with real observations. The resulting instrument model is pivotal, enabling a precise error correction and enhancing the reliability of astrophysical insights obtained from observational data. In this work, we focus on the description of three white-noise noise components included in the instrument model that characterize the white-noise level: the photon, the generation-recombination, and the amplifier noises.

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