#Metro-mtp

[demiboydemon]

As a fellow Toon Link enthusiast I’d like to humbly present my tiny guy. He lives on my desk with the Piplup brothers and sometimes helps me with my drawing :)

OMG HE’S SO CUTE!!! He’s so precious, I love him 🥺

And I love his self portrait! What a talented guy! Thank you for sending these pics!

[demiboydemon]

Yum! Thank you!

Trick or treat!

:)

[suntelecomcn]

A comprehensive Introduction to Fiber Optic Adaptor

The fiber optic adapter plays a crucial role in the fiber optic system. It provides a great solution to meet the growing demand for small form factors and high-density fiber optic connectivity. This article will give an in-depth introduction to fiber optic adapters.

What is Fiber Optic Adaptor?

A fiber optic adapter (also called a fiber optic coupler) is a small device to connect fiber optic cables or fiber optic connectors together. By linking two connectors precisely, fiber optic adapters allow the light sources to be transmitted at most and lower the loss as much as possible.

Fiber Optic Adaptor Types

The common types of fiber optic adapters are LC, SC, FC, ST, E2000, MTP/MPO, and bare fiber adapters.

LC Adapter

LC adapter is used for the connection of LC patch cables or LC connectors. LC adapter types are LC to LC, LC to FC, LC to SC, LC to ST, LC to MU, etc. All these adapters can be available in simplex, duplex, quad, single-mode (SM), multi-mode (MM), UPC, APC, and PC with plastic housing, zirconia sleeve, and optional bronze sleeve.

SC Adapter

SC adapter is used for the connection of SC patch cables or SC connectors. SC adapter types include SM, MM, zirconia sleeve, bronze sleeve, simplex, duplex, female-to-female SC, and hybrid SC adapters. Typical, SC adapters are with plastic housing and metal housing. Most of these adapters come with ceramic sleeves and bronze sleeve SC adapters which are generally MM types.

FC Adapter

FC adapter is used for the connection of FC patch cables or FC connectors. FC adapters include square type, single D type, and double D types, in SM and MM versions. All these adapters are with metal housing and ceramic sleeves. The FC square adapter is available in standard body styles with nickel-plated brass or nickel-plated zinc housing. FC round adapters have a D or double D Flange version and feature nickel-plated brass housing for corrosion resistance.

ST Adapter

ST adapter is used for the connection of ST patch cables or ST connectors. ST adapter types are simplex, duplex, SM, MM, metal, and plastic adapters. Most ST adapters are simplex with zirconia sleeves, and optional bronze sleeve adapters are available for MM.

E2000 Adapter

E2000 adapter is used for the connection of E2000 patch cables or E2000 connectors. E2000 adapters are SM and MM, which are in UPC and APC polish types. The E2000 adapters are with zirconia sleeves and in simplex style.

MTP/MPO adapter

MTP/MPO adapter has two types key-up to key-down and key-up to key-up. It provides the connection between cable to cable or cable to equipment in the MTP/MPO style. It works for any MTP Connector from 4 fiber to 72 fiber.

Bare Fiber Adapter

A bare fiber adapter is used as the medium to link the bare fiber optic cable to fiber optic equipment. It has bare fiber inside on one side; the other side of the adapter is a fiber connector that can plug into the equipment. 

Features and Benefits

Fiber optic adapters provide high reliability, high stability, high return loss, high precision alignment, low insertion loss, good interchangeability, reproducibility, ease to use, and low cost.

Applications

Fiber optic adapter is used in communication equipment rooms, FTTH, local area networks (LAN), metro area networks (MAN), data centers, fiber optic communication systems, fiber optic access networks, telecommunications, testing equipment, CATV , etc.

Conclusion

A fiber optic adapter is used to join two fiber optic connectors with precise positioning by the ceramic or bronze sleeve to achieve low insertion loss, high return loss, and high reliability. Sun Telecom provides a wide variety of Fiber optic adapters. Contact us if you have any needs.

[agentaly]

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[erasamuel]

Optical Interconnects Market Growing Popularity and Emerging Trends in the Industry

The Latest Released market study on Global Optical Interconnects market provides information and useful stats on market structure, size and trends. The report is intended to provide cutting-edge market intelligence and strategic insights to help decision makers take sound investment decisions and identify potential gaps and growth opportunities. Besides, the report also identifies and analyses changing dynamics, emerging trends along with essential drivers, challenges, opportunities and restraints in Optical Interconnects market. What’s keeping II-VI Incorporated (United States), Lumentum Operations LLC (United States), Molex, LLC (United States), InnoLight Technology (Suzhou) Ltd. (China), NVIDIA Corporation (United States), Fujitsu Ltd. (Japan), TE Connectivity (Switzerland), Amphenol Corporation (United States), Accelink Technology Co. Ltd. (China), Juniper Networks, Inc. (United States), Infinera Corporation (United States) Keep Growing in the Market? Benchmark yourself with the strategic moves and latest Market Share and Sizing of Global Optical Interconnects market recently published by AMA Optical interconnects are a form of communication that uses optical cables instead of conventional cables. Optical cables have a far higher bandwidth than traditional cables. For both telecoms and datacoms, optical technology is a promising, energy-efficient solution for meeting increased bandwidth requirements. Since light can pass through dielectrics and even vacuum, optical interconnect is an interesting alternative to metallic wires. One of the main factors driving the optical interconnect market is the adoption of cloud databases. Storage-as-a-service (SaaS) and platform-as-a-service (PaaS) cloud storage systems have greater scalability by expertly managing complex data and storing it for later use. Optical interconnect is more cost-effective than networking infrastructure because it uses less electricity.

The Optical Interconnects Market segments and Market Data Break Down by Type (Cable Assemblies (Indoor Cable Assemblies, Outdoor Cable Assemblies, Active Optical Cables), Connectors (LC Connectors, SC Connectors, ST Connectors, MPO/MTP Connectors), Optical Transceivers, Fibre and Waveguides, Silicon Photonics, Others), Application (Telecommunication, Data communication), Level Type (Chip- & Board-Level, Board-To-Board and Rack-Level, Metro & long Haul), Fiber Mode (Single Mode Fiber, Multi-Mode Fiber (Step Index Multi-Mode Fiber, Graded Index Multi-Mode Fiber)), End-Use Industry (Energy & Utility, Consumer Electronics, Automotive, Chemicals, IT&Telecommunication, Others)

On the geographical front, the market has been segregated into North America (the United States and Canada), Europe (Germany, France, the United Kingdom, Italy, Spain, Russia and others), Asia Pacific (China, Japan, India, South Korea, Australia, Indonesia and others), Latin America (Brazil, Mexico and others), and Middle East and Africa. What’s Trending in Market: Continuous Development in the Digital Transformation across the World Market Opportunities: Increase in Use of Optical Interconnects in High-Performance Computing Applications

Mounting Demand from Emerging Economics such as China, Brazil, India, among others

Highlights of Influencing Drivers: Higher Adoption of Big Data Analytics In Growing Economies

Increasing Demand for Highly Secure and Safe Wiring Systems in Industrial and Commercial Applications Presented By

AMA Research & Media LLP

[demreblogs]

I have no idea what they’re saying because google translate isn’t working but god damn it this is adorable

Not typically one for this holiday but I saw an excuse to draw these sweet beans. Extra doodle under the cut :)

[thoughtfulsaladgarden]

Are 100G Optical Transceivers Outdated?

1. Introduction of optical transceiver

 Optical module is a device for converting optical and electrical signals in optical communication system. Its basic structure includes: laser (TOSA) + driver circuit, detector (ROSA) + receiver circuit, multiplexer (MUX), demultiplexer (DEMUX), interface, auxiliary circuit and housing, etc. According to the application of different scenarios, different kinds of optical modules are derived. The specific scenarios are: inside data center, data center interconnection, metro network, core network, 5G Fronthaul, etc. Further classification can be obtained by elements such as package form, transmission rate, single-mode and multi-mode, plugging mode, operating temperature, and whether digital diagnostics are available.

 Structure diagram of 100G optical module

  Driven by technology upgrade, cost reduction and other factors, optical modules continue to be "high-speed, miniaturized and integrated". QSFP (Four Channel SFP Interface) series is increasingly popular in the market because of its high-speed, high-density, hot-pluggable and other characteristics. It is the main packaging form of data communication optical module. For 100G optical modules, CFP vs QSFP28, SR/LR mainly adopts QSFP28 package, while ER mostly adopts CFP4 package.

 2. The standards of optical transceiver

 The transmission distance of optical module is divided into short range (2km and below), medium range (2 - 40km), and long range (40km and above); at present, the short and medium range occupies the main market share in data communication optical module. There are two key standard organizations for optical modules, IEEE and MSA (Multi Source Agreement), which complement and learn from each other. The standards beginning with 100G are proposed by IEEE802.3. The following are the naming rules:

  As shown in the figure, for example, in the name of 100GBASE-LR4, “LR” means long rage, i.e. 10Km, and “4” means four channels, i.e. 4*25G, combined together as a 100G optical module that can transmit 10Km. Since the introduction of 100G networks, IEEE, the Multi-Source Agreement (MSA) industry consortium and other organizations have developed several standards for 100G optical modules. Taking 100G optical modules as an example, IEEE has defined standards such as 100GBASE-SR4, 100GBASE-LR4, 100GBASE-SR10, etc. Multi-Source Protocol (MSA) has 100G PSM4, 100G QSFP28 ER4, 100G CLR4, 100G SWDM4, etc. Among the many standards, the PSM4 and CWDM4 standards developed by the Multi-Source Protocol (MSA) industry group are more suitable for the mainstream 100G QSFP28 optical modules in the market today.

 3. IDC market and 100G optical module demand

 Like a raging fire in the past few years, the concept of Internet + , Big Data and Cloud Computing has been booming. The IDC business revenue has been increasing continuously. At present, the optical module market is developing rapidly, and 100G optical modules applied in data centers are in short supply. 100G SR4 and 100G LR4 are the most commonly used 100G interface specifications defined by IEEE. However, for the internal interconnection scenario of large data centers, the distance supported by 100G SR4 is too short to meet all interconnection requirements, and the cost of 100G LR4 is too high. MSA has brought medium distance interconnection solutions to the market. PSM4 and CWDM4 are the products of this revolution.

 DCN Connectivity Evolution example of large Internet company

  CWDM4 vs. LR4

 The 100G CWDM4 standard is designed for data center deployment of 2km 100G links, and the 100G CWDM4 optical module interface conforms to the duplex single-mode 2km 100G optical interface specification and can reach a transmission distance of 2km. 100G QSFP28 series optical modules are currently the most widely used in data centers. The 100GBASE LR4 capability fully covers CWDM4, but in the 2km transmission scenario, the CWDM4 solution is lower cost and more competitive. LR4 and CWDM4 are similar in principle in that they both multiplex four parallel 25G channels onto a single 100G fiber link via the optical device MUX as well as DEMUX. However, there are several differences between the two:

 ·LR4 uses more expensive optical MUX/DEMUX devices;

·LR4 uses a more expensive laser and consumes more power;

·LR4 requires an additional TEC (semiconductor thermoelectric cooler).

 Based on the above three points, the optical module cost of 100G BASE LR4 standard is higher, so the 100G CWDM4 standard proposed by MSA is a good supplement to the gap caused by the high cost of 100G BASE LR4 within 2km.

 PSM4 vs. CWDM4

 In addition to CWDM4, PSM4 is also a medium distance transmission solution, so what are the advantages and disadvantages of PSM4 compared to CWDM4? The 100G PSM4 optical module is a single-mode parallel four-channel optical module, mainly suitable for 500m applications. The 100G PSM4 specification defines a point-to-point 100 Gbps link with eight single-mode fibers (four transmit and four receive), with each channel transmitting at 25 Gbps. Four identical wavelength and independent channels are used in each signal direction. Therefore, these two types of transceivers typically communicate over an 8-fiber MTP/MPO single-mode patch cable, and the QSFP28 PSM4 transmission distance is a maximum of 500m.

 4. Summary

 With the rapid development of data communication and telecommunication transmission technology, the information capacity of optical network increases sharply. The optical module with high bandwidth is a research and production hotspot in the field of optical communication. QSFP28 100G modules are not enough for meeting the current requirements. At present, China is in the historical opportunity period from 100G to 400G optical network. The advent of 5G era will bring tens of millions of optical modules. The optical module market will have a market share of more than 30 billion in the next few years.

 At present, the application of data center is in the period of rapid development of 100G optical module. In 2010, 100G optical communication technology standard has been adopted in ITU-T (ITU), IEEE and OIF. The three standards organizations have successively stipulated 100G technical standards for 100G line side, user side and interworking. Subsequently, with the wide attention and promotion of global operators, all links of the industrial chain (optical modules, optical transmission equipment, router equipment and test instruments) have rapidly promoted the commercialization process of 100G.

[stability2020]

Reloj casio fashion mtp casio mtp_v005g_7b Precio $229.900 MARCA:=Casio MODELO:=MTP_V005G_7B COLECCION:=Casio Fashion Mtp PRODUCTO:=Casio Fashion Mtp GENERO:=Hombre MATERIAL DE LA CAJA:=Acero Inoxidable TAMAÑO DE LA CAJA:=47 mm (mm) GRUESO DE LA CAJA:=47 mm COLOR DEL BISEL:=Blanco COLOR DEL TABLERO:=Blanco COLOR DEL PULSO:=Dorado RESISTENCIA AL AGUA HASTA:=30 mts mts mts (Metros) TIPO DE MOVIMIENTO:=Cuarzo MATERIAL DEL PULSO:=Acero Inoxidable LONGITUD DEL PULSO=160 - 220 mm (mm) TAMAÑO DEL PULSO:=mm (mm) MATERIAL DEL BISEL:=Acero Inoxidable CRISTAL:=Mineral CONTENIDO DEL EMPAQUE=Reloj y Garantía https://www.instagram.com/p/CCctOhxlGhA/?igshid=9ogw5tgffuui

[demiboydemon]

Hello am I late for trick-or-treat?

Not at all my friend! You and Pingu can both have a clip from a WIP I have temporarily called ‘Childhood Yiga Link AU’ where Link is raised in the Yiga clan… until he finds the master sword, and everything falls apart. Below the cut :D

Link steadied his breathing, thanking all three goddesses that his clothes promoted stealth.

If he had known what the sword was, he never would have touched it.

He hadn’t expected his clan to be so upset. Yes, he was the ancient hero, but he was still their Link. Now Master Kogha himself hated him. Him specifically! He had always wanted Master Kogha to know about him. He hadn’t wanted this.

Link wished he wasn’t the ancient hero reincarnated. He had been raised to hate him, to strive to prevent his reincarnation no matter the cost. He was proud to be part of the Yiga Clan, and they were proud to have him. And now to know that not only had they failed their task, but they had raised said ancient hero!

When he had discovered he was that Link, he had felt sick. He threw up banana-filled vomit onto the floor of the hideout and swore he would never thwart Calamity Ganon, no matter what propaganda the royal family tried to feed him. He was loyal, and he would always stay true to his family and beliefs.

But the clan clearly didn’t believe him. That was the most devastating part. He had been part of the Yiga clan since they found him as a toddler. They had fed him and clothed him, kept him safe, comforted him when he had nightmares about the evil princess. And now they were out to get him.

He took a deep breath, silently. He knew the hideout like the back of his hand—the hand on which the triangle had appeared that morning.

[g-r-o-g]

thanks for the tag!! :D

G grocery store by cavetown

R remember summer days by anri

O of stars and smoke by candlemass

G grape leaves by lofty and a-yeon

heres four tags (wishing my username was longer rn) : @sakurasphinx @emoacademic @metro-mtp @thespiffiestone

open to anyone else who’d like to join too!

Rules: pick a song for each letter of your URL and tag that many people.

Tagged by @sailforvalinor, and thank you this looks like fun!

Remember and Proclaim (Andrew Peterson)

All I Ask of You (Jackie Evancho)

Innocence (Nathan Wagner)

Níl Sé'n Lá (Celtic Woman)

I Still Need a Savior (Billy Sprague)

No Strings (Ed Sheeran)

Take Me Back Road (Tim & the Glory Boys)

How Great is Our God (Chris Tomlin)

Everything Sad is Coming Untrue (Jason Grey)

El-Shaddai (Amy Grant)

Voice of Truth (Casting Crowns)

Endlessly (Amaranthe)

Not Alone (Red)

I'm an Open Road (Paul Brandt)

Never Leave Your Side (Sam Tinnesz)

Good to Be Alive (Skillet)

Hoo boy, can I think of sixteen people?

@griseldabanks @kraytwriter @kingofattolia @catkin-morgs @clawedandcute @nerdychristianfanboy @steampunk-archer @sergeanttomycaptain @smhalltheurlsaretaken @scribblermerlin @authortobenamedlater @stainedleather @mrtobenamedlater @mrgartist @get-loved-nerd @a-fount-of-blessings (Ignore if this is a repeat tag. Unless you want to do it again. Up to you. :)

[soartelecom84-blog]

#SoarTelecom,#CWDM,#DDWM,#AWG #MUX,#DEMUX,MPO,#MTP,#CORNING,#OutdoorCable expanded the family #FTTX,#FTTH,#FTTB Deployment,Stop by contact us at freda@10giga.com.cn,with high-quality raw material using,lower #IL,a great choice for #Telecom,#Metro,#Broadband,#Pon Network,www.10giga.com.cn;info@soartelecomtechnology.com

[imvinzangello]

Join us in its SPECIAL BLOCK SCREENING of THE LION KING to #BlessedKALINGA in partnership with ACM and MTP NCR Batch 34. The amount you will sacrificially give is not only to watch a faith-building film but to partner in what the Lord is doing thru the Kalinga community. You may give PHP 1,000 or in kind. #BlessedKALINGA #BetterTogether #WhateverItTakes 😍💪🏼👌🏼👍🏼 #Posivibes #Life #BeYourBest #Goodvibes #NeverQuit #Positivity #GymRat #TravelBlogger #Greater2019 #SharedLives #TheExplorers #FitspirationPH #BuckedUp #Followers #InstaTravelling #NaturePhotography (at Metro Manila) https://www.instagram.com/p/BximFlXHc6k/?igshid=1rdspouzm0ftr

[aliciagrcc]

Día 3

   5 de abril, tercer y último día de OPENMIND 2017. No teníamos clase extra muros programada para hoy, lo que significa que no estábamos obligados a asistir al evento; pero Fer y yo, como somos todas unas ñoñas, decidimos ir a una conferencia en la mañana, porque nuestras clases comenzaban en la tarde. ¡Y qué mejor que aprovechar todo lo que venga!

    Llevábamos tres días levantándonos temprano y yo ya me sentía como muerta en vida. Eso de ir en las tardes a la universidad, sí te mal-acostumbra. Cuando desperté me sentía sin ánimos por “despertar” a mi cerebro a una hora inaceptable; pero llena de ánimos a la vez, por la emoción de asistir a esa conferencia: “Singularity” por Vivian Lan.

   ¿Mi outfit de hoy? Decidí mantenerlo algo sencillo: un vestido a rayas blancas y azules, elegí de nuevo mis zapatos rojos y combinarlos con mi labial. Se cumple la profecía de INnovando Pte. 2: Rouge lips, big hair, pretty shoes and I was done!

   Fer y yo salimos en Uber al MIND y llenamos el camino con silencio y bostezos. ¿Algo más para probar nuestro cansancio y falta de costumbre a madrugar? Cuando llegamos al edificio y subimos al piso de la conferencia, nos encontramos con un despliegue de suministros: de nuevo podrían haber percibido la alegría en mi rostro y cómo me brillaron los ojos (porque… ¡adivinaste! no desayuné… de nuevo. Yo y mi malas costumbres). Fer y yo tomamos un jugo de naranja de las mesas y nos servimos varias galletitas para calmar el hambre. Después de esto, fuimos a tomar un lugar en las filas medio vacías (¿o medio llenas?).

   Esperamos un momento a que dieran las 9 a.m. para que iniciara la conferencia. Un poco después de la hora, la misma persona que presentó a Agatha Ruiz de la Prada el día 2, presentó a Vivian Lan.

  Les cuento brevemente que Vivian es Embajadora de Singularity University, una universidad en el Silicon Valley dentro del Centro de Investigación Ames de la NASA, que tiene como fin reunir un grupo de gente que se interese por conocer, promover y aplicar el desarrollo exponencial de las tecnologías. Básicamente, una universidad que fomenta el progreso. Importante por su filosofía ambiciosa, no ofrece cursos de más de 9 meses, creyendo en el desarrollo exponencial que tendrán sus alumnos. ‘Preparing Humanity For Accelerating Technological Change’

   Esta mujer, joven a simple vista, empieza su conferencia con una anécdota altruista de la cual formó parte: cómo un problema de hambruna, le causó una desesperación que la llevó a buscar ayuda. Por medio de sus redes sociales (familiares y amigos), esta mujer consiguió recolectar una buena cantidad de dinero para ayudar, a cuantas personas estuvieron a su alcance, en África.

   Así empieza una plática que te envuelve y te deja maravillado. Desde la primer palabra hasta la última, desde la primer imagen hasta la última. Ella comienza explicando la gráfica del crecimiento exponencial. Es prácticamente la leyenda del tablero de ajedrez y los granos de trigo.

Si eres curioso y no la has leído, léela aquí.

Si te da flojera, te la explico de manera rápida.

Si caminaras de manera lineal, sería algo así

1×1=1 , 1×2=2 , 1×3=3 , 1×4=4…

“En treinta pasos, es muy fácil saber dónde voy a estar, voy a llegar a treinta metros, y con esto podemos pensar dónde voy a estar a la mitad, a una tercera parte y demás” dice Vivian.

Si caminaras de manera exponencial sería algo así

1×2=2 , 2×2=4 , 4×2=8 , 8×2=16 , 16×2=32 , 32×2=64 , 64×2=128…

  El número va creciendo de manera impresionante. “Si damos treinta pasos exponenciales […] ya no es tan fácil saber dónde voy a estar a la mitad, dónde a una tercera parte…”

     Habiendo explicado esto, nos dice que la tecnología tiene un crecimiento exponencial. ¡IMAGÍNENSE LA RAPIDEZ CON LA QUE CRECE Y SEGUIRÁ CRECIENDO! El mundo está pasando por una digitalización sorprendente “Hoy en día hay medio billón de aparatos conectados a la nube, se espera que en 2020 van a haber 50 billones y poco después 1 trillón”. Truth be told, I’m scared.

   No solo estamos hablando de celulares, tabletas o laptops. Ahora hay infinidad de otros aparatos que también están conectados a la nube: como  Vessyl (el vaso que detecta tu bebida y te informa sus propiedades y todo lo que consumes, por medio de tu Smartphone).

    Luego menciona la desmaterialización. Una etapa donde eliminamos elementos: convertimos una cámara, una calculadora, un reloj, un teléfono y el servicio de mensajería, en un solo objeto para facilitar la vida.

    Siguiendo viene la disrupción, una etapa donde tenemos que hacer que nuestra mente vaya de un modelo de escasez a un modelo de abundancia. Como ir de Baxter, el robot que puedes programar sin saber programar, gracias a sus sensores; a el brazo neumático que hace el 98% de las actividades de Baxter por 1/600 (un seiscientosavo) del precio de éste. “De un segundo a otro, Baxter es disrumpido”, o sea, se vuelve obsoleto.

“Si no te estás disruptiendo a ti mismo, alguien más lo está haciendo.”

Y así, Vivian nos va mencionando miles de innovaciones:

El coche autónomo de google que por medio de lásers recolecta 1 gb de imágenes por segundo.

Drones que van a poder llevar pasajeros en Dubai

Watson (un sistema de inteligencia artificial) que gana concursos sin estar conectado a internet y supera las probabilidades de diagnósticos médicos de los humanos (50% de un médico a 90% de Watson).

Incluso la industria de la moda como la conocemos ahora se ve amenazada gracias a la impresión 3D. Se pretende eliminar la costumbre de viajar con maleta y propone imprimir tus outfits donde quiera que estés, sea cual sea la ocasión que se te presente.

“Antes tenían que pasar 20 años para que tu empresa valiera miles de dólares.” Google lo logró en solo 8 años y Grand Theft Auto lo logró en SOLAMENTE 72 horas.

“Cualquier empresa diseñada para triunfar en el siglo XX está destinada a fracasar en el siglo XXI”

MTP = Massive, transformative, purpose.

   Con esto, Vivian nos propone cambiar la manera de pensar que acostumbramos tener, por una más progresista y amplia. Nos propone “pensar fuera de la caja”. Pero para eso, tenemos que cambiar primero el sistema de educación tradicional, por uno más específico, personalizado y que aumente las capacidades de cada individuo, no que las ridiculice. Es así como te das cuenta de que La Mars no estaba diciendo “pendejadas”.

   Siempre al salir de este tipo de conferencias, en las que hablan de innovación, avances y tecnología, salgo abrumada, exhausta y con una presión terrible en el pecho y la mente , que no sé si comprendan. Ese pensamiento de “el futuro depende de mí” tarda en abandonarme y se queda en mi mente varios días o semanas. Pero te abren los ojos de una manera impresionante y te dejan con ganas de cambiar lo que estás haciendo de tu vida en este momento y de superarte a ti misma.

   Si quieres ver y escuchar a Vivian encontré un video muy parecido a la conferencia que me tocó escuchar, aquí.

   Y con esta conferencia terminé la experiencia OPENMIND 2017. Me deja con más conocimientos y aprendizajes. Más feliz, más abierta, más llena. Espero te hayas divertido leyéndome así como yo me divertí viviéndolo.

That’s all, folks!

INnovando Pte. 3 Día 3    5 de abril, tercer y último día de OPENMIND 2017. No teníamos clase extra muros programada para hoy, lo que significa que no estábamos obligados a asistir al evento; pero Fer y yo, como somos todas unas ñoñas, decidimos ir a una conferencia en la mañana, porque nuestras clases comenzaban en la tarde.

[fullspectrum-cbd-oil]

Deborah Birx: Social Distancing Guidelines to Continue ‘Through the Summer’

While many Americans are hopeful things will go back to normal by summertime, one leading health expert is not so sure the nation will be out of the woods by then.

Dr. Deborah Birx, leading health expert and member of the coronavirus task force, believes social distancing guidelines will be with the nation through the summer.

“Social distancing will be with us through the summer to really ensure that we protect one another as we move through these phases,” Birx said.

Watch her comments below:

WATCH: Vice President Mike Pence said COVID-19 will be largely “behind us” by Memorial Day. #MTP #IfItsSunday Dr. Birx: “Social distancing will be with us through the summer to really ensure that we protect one another.” pic.twitter.com/PvxDMXtMwG

— Meet the Press (@MeetThePress) April 26, 2020

NBC’s Chuck Todd asked Birx if Vice President Mike Pence’s belief “by Memorial Day weekend we will largely have the coronavirus pandemic behind us” is realistic.

She explained he was most likely basing his assertion on the models and data tracking every single outbreak of the coronavirus in the United States separately.

Birx pointed to places including Louisiana, Houston, and Detroit, as examples of how they have reached their peaks and have since come down.

She noted these examples give health experts hope when looking at Boston, Chicago, and the New York metro area.

New York has become the epicenter of the coronavirus. As of Sunday afternoon, the state is reporting over 282,000 coronavirus cases and more than 16,000 deaths.

As health experts continue to search for a treatment for the coronavirus, Birx recently defended President Donald Trump’s remarks on using disinfectant injections as a potential solution, as IJR previously reported.

“When he gets new information, he likes to talk that through out loud and really have that dialogue,” Birx said.

She added, “And so that’s what dialogue he was having. I think he just saw the information at the time, immediately before the press conference, and he was still digesting that information.”

As of Sunday afternoon, the United States has more than 941,000 confirmed coronavirus cases and over 54,000 deaths, according to reports.

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The United States is preparing for a novel coronavirus epidemic that is national in scope."No state, no metro area will be spared," Dr. Deborah Birx, the coronavirus response coordinator for the White House Coronavirus Task Force, told NBC's Chuck Todd on Sunday's edition of Meet the Press.Birx was clear that no area of the country will evade the effects of the virus, but said the sooner places react and instill mitigation measures, the easier it will be to "move forward."> WATCH: Dr. Deborah Birx says "no metro area will be spared" of the coronavirus outbreak. MTP IfItsSunday> > Dr. Birx: "The sooner we react and the sooner the states and the metro areas react and ensure that they have put in full mitigation ... then we'll be able to move forward." pic.twitter.com/B9Fo3lUVHA> > -- Meet the Press (@MeetThePress) March 29, 2020Dr. Anthony Fauci, the head of the National Institute of Allergy and Infectious Diseases, also provided a sense of scale Sunday, but he said he doesn't want to be held to any prediction. Fauci told CNN's Jake Tapper that he's never seen an outbreak match the worst-case scenario of its models, and he believes that remains unlikely for the coronavirus, as well. Nevertheless, he thinks it's possible the U.S. could be looking at somewhere between 100,000 and 200,000 deaths. > Dr. Anthony Fauci says there could potentially be between 100,000 to 200,000 deaths related to the coronavirus and millions of cases. "I just don't think that we really need to make a projection when it's such a moving target, that you could so easily be wrong," he adds. CNNSOTU pic.twitter.com/F2MOHY3xl4> > -- State of the Union (@CNNSotu) March 29, 2020More stories from theweek.com Trump's message to blue states battling coronavirus: Drop dead Fox News reportedly fears its early downplaying of COVID-19 leaves it open to lawsuits How coronavirus has reshaped Trump's economy-driven, rally-heavy re-election campaign

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