#MSPEnTerritorio | El Proyecto Fortalecimiento de la Salud Integral con Enfoque Intercultural (PFSIE), junto al Establecimiento de Salud (EESS) El Paraíso, realizó una brigada médica con la organización Pueblo Montubio, brindando atención en medicina, vacunación y odontología.
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«Més afiliació, més representació i més força per transformar la realitat.»
Aquest ha estat un dels missatges centrals de la intervenció de Lucho Palazo, de @FSCdeCCOO, durant la jornada de treball d’avui centrada en un dels grans reptes dels propers mesos: les EESS
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GS Yuasa mostrará sus últimas tecnologías de baterías en EESs Europe 2026 posventa.com/texto-diario/mo…
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MundialSimGP 🏁 retweeted
Jun 14
[🍁]
—♤ ESO EESS... !!!!, LO HICIMOS.... LO HEMOS HECHO .....!!!! QUE REMONTADA MANOO BENDITI SEAAA....!!!
Jajaa....... ♤—
Jun 13
🔵 GP de Francia 🇫🇷 | Carrera 🏁
¡@AyanoArk_48 sorprende a todos y se cuela en la cima del podio desde el P7 sobre mojado! @heketox7000 firma una sólida P2 con @NESTORLH44 completando el podio. @erik_haaland se aferra a la P4 y @El_AjX remonta hasta alcanzar el top 5.
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Jun 13
Space Department the Final Frontier
This is why Elon is being rewarded:
The 26 GHz frequency band (specifically spanning 24.25 to 27.5 GHz) represents a critical junction in telecommunications, serving as a boundary between the upper K-band and the lower Ka-band. It has historically been a foundational asset for satellite communications, but it is currently at the center of intense international debate and technical coordination due to its rapid global repurposing for terrestrial 5G millimeter-wave (mmWave) networks
Core Applications in Satellite Communications
In satellite architecture, the 26 GHz spectrum provides the ultra-high bandwidth required to transmit vast amounts of data. Its primary satellite use cases include:
•Earth Observation (EO) Downlinks: Remote sensing, meteorological, and climate satellites collect petabytes of high-resolution imagery and scientific telemetry. The International Telecommunication Union (ITU) and regional bodies heavily allocate the 25.5–27 GHz sub-band to allow these Earth Exploration-Satellite Services (EESS) to rapidly download data to ground stations.
•Space Research and Inter-Satellite Links: Space agencies use 26 GHz for cross-links (satellite-to-satellite data transfers) and deep-space communication tracking, enabling space stations and scientific probes to relay complex information without routing back to Earth first.
•Fixed-Satellite Service (FSS) Gateways: The band supports high-capacity "feeder links" or uplink connections (Earth-to-space) from large-antenna ground stations to telecommunications and broadcasting satellites.
The 5G Coexistence Challenge
Following the ITU's World Radiocommunication Conference in 2019 (WRC-19), the 26 GHz band was globally designated as a "pioneer band" for 5G mmWave services. This has sparked complex spectrum-sharing and interference challenges between terrestrial mobile operators and satellite systems:
•Terrestrial-to-Satellite Interference: When mobile networks deploy thousands of high-power 5G base stations, their cumulative upward "unwanted emissions" can beam into space, potentially blinding or degrading the sensitive receivers on passing satellites.
•Adjacent-Band Passive Risks: Satellite systems operating passive microwave radiometers in the nearby 23.6–24 GHz band to track global weather and climate patterns are highly vulnerable. Distortions from 5G signals leaking across the band edge can ruin meteorological data.
•Global Mitigation Frameworks: Regulators like Canada's ISED and Australia's ACMA mandate strict deployment architectures to safeguard satellites. These strategies rely on flexible use licensing, geographic exclusion zones around satellite earth stations, and enforcing maximum limits on the uptilt angle of 5G antennas to keep signals pointing away from space.
Key Technical Trade-offs at 26 GHz
Technical Metric
Detail & Implications
Massive Throughput
The multi-gigahertz blocks of available bandwidth support multi-gigabit data transmission rates for both 5G and satellite relays.
Rain Fade Vulnerability
High-frequency radio waves are heavily attenuated by water molecules. Severe rainstorms scatter 26 GHz signals, requiring satellite operators to build in deep link margins or deploy diverse backup ground stations.
Line-of-Sight Limits
Signals suffer from high atmospheric absorption and poor obstacle penetration, requiring clear line-of-sight paths between the satellite and Earth tracking dishes.
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Jun 13
Aren't you a refugee from Eritrea?
Sit your small eess out of this, probably the most poorest country in the whole of Africa
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Tuhin Islam 🇿🇦🇵🇸🇧🇩 retweeted
Jun 12
Educational Excellence Support Scheme (EESS) SEDP Secondary and Higher Education Directorate Bangladesh organized "Startup, Science Project and Innovation Idea Showcasing Program" at Thana level
Chief Guest: Honorable State Minister for Liberation War Affairs Mr. Ishraque Hossain, MP.
Venue: Kishorilal Jubilee School and College, Kotwali.
Date: Friday, 12 June 2026
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jarybol retweeted
Jun 12
#Notadeprensa | YPFB despacha 57 cisternas de Diésel Oíl para abastecer a todas las EESS del departamento de La Paz.
Leer nota completa en: ypfb.gob.bo/node/580
#AbastecimientoDeCombustubli
#SiempreBolivia
#YPFB
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