Category Archives: Astrophotography

Technology

Google’s upcoming Pixel 8 and Pixel 8 Pro smartphones have been the subject of numerous leaks ahead of their launch.

While we are familiar with every major highlight, a leaked promo video provided to 91mobiles by tipster Kamila Wojciechowska uncovers the new camera features of the Pixel 8 series.

These include Real Tone, Night Sight, Astrophotography, Super Res Zoom, Magic Editor, and more.

There will be some Pro controls for Pixel 8 Pro

The Pixel 8 series would come with several camera improvements. The promo video gives us a breakdown of the camera features, which allow users to fine-tune their photography settings.

The Real Tone feature will aim to improve the accuracy of skin tones in photos. Night Sight will help in low-light photography, whereas Astrophotography will help capture stars, nearby galaxies, and other space objects in the night sky.

The video also highlights some Pro controls exclusive to the Pixel 8 Pro.

Take a look at the post

Super Res Zoom and Magic Editor to elevate camera capabilities

The Pixel 8 and Pixel 8 Pro will feature Super Res Zoom for high-quality zoomed-in shots. The Pixel 8 will offer up to 8x zoom, while the Pixel 8 Pro will provide up to 30x zoom.

Additionally, the Magic Editor feature will allow users to swap faces in an image.

For videos, the phones will come with Video Boost, Night Sight for low-light videos, Audio Magic Eraser to reduce ambient background sounds, and improved skin tones.

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The competition is aimed at promoting and showcasing the best of India’s fast-growing astroimaging community.

In space science, India is going from strength to strength, from the recent Moon landing of Chandrayaan-3 to the launch of the solar observing satellite Aditya-L1.

That growth also extends to the amateur community: In the past few years, the astroimaging scene in India has taken off — and the nation’s largest astrophotography contest reflects that. Entries are now open for the “Aperture: Indian Astrophotographer of the Year” (IAPY) contest, open to all Indian nationals.

The competition, now in its second year, is organized by Astronomads Bangla, a group of four astroimagers who met during the COVID-19 pandemic and have since hosted numerous workshops at dark-sky sites across India.

“Since the pandemic, India not only has seen a growth in quantity in the numbers of astrophotographers, but also in quality,” says group co-founder Soumyadeep Mukherjee. (Here at Astronomy, we can see that growth anecdotally, judging by the increase in submissions to our Reader Gallery inbox.) “Indian astrophotographers have been experimenting with all the different subgenres, especially in nightscape, deep-sky and planetary photography.”

All three genres are represented as categories in the IAPY contest. Submissions opened Sept. 15; within the first five days, the organizers received over 100 images, says Mukherjee. The contest is accepting entries through Oct. 22, with results to be announced Dec. 24.

The winners and shortlisted images will also be presented in an exhibition at the M. P. Birla Planetarium in Kolkata starting the first week of January 2024.

“This contest provides a platform to all the Indian astrophotographers, from vastly experienced people to the absolute newcomers,” says Mukerjee. “It is a platform to showcase their work to the world and in the process, inspiring people to take up this beautiful genre as a hobby. The contest is about making astrophotographers ‘think out of the box’ and supporting their talent.”

The contest is open to Indian nationals residing both in and outside of India, as well as Overseas Citizens of India (a form of permanent residency available to people of Indian origin).

For more information and details on how to submit images, go to: https://astronomadsbangla.com/competition And look out for an article by Mukerjee on astroimaging in India in an upcoming issue of Astronomy.

La Luna, nuestro satélite natural. Orbita nuestro planeta a una distancia media de unos 384.000 kilómetros. La vemos casi todas las noches, a veces incluso de día aunque nunca igual debido a sus cambios de fase, tan familiar y sin embargo todavía tan desconocida que sigue sorprendiendo a cualquier persona que no la haya visto nunca a través de un telescopio.

Pero ¿Cómo se formó la Luna? La teoría más aceptada actualmente apunta a un gran impacto protoplanetario entre una jovencísima Tierra, cuya superficie estaba totalmente cubierta de magma, y otro objeto del sistema solar, un protoplaneta del tamaño de Marte llamado Theia, hace unos 4500 millones de años.

La colisión se produjo a unos 40.000 Km/h y fue descomunal, destruyendo completamente a Theia y arrojando parte del manto terrestre al espacio. Parte de ese material expulsado terminaría formando la Luna. La Tierra vio modificado su eje de inclinación y las fuerzas de marea empezaron a afectar a su velocidad de rotación produciendo días cada vez más largos, al mismo tiempo la Luna se alejaba de nosotros.

La Luna sufriría diferentes transformaciones hasta nuestros días. Grandes impactos de asteroides crearían importantes cuencas y sucesivos bombardeos de meteoros más pequeños habrían alcanzado la superficie de nuestro satélite, carente de atmósfera, modificando su geografía hasta convertirla en lo que hoy es.

¿Es la única teoría sobre la formación de la Luna?

Aunque la teoría del impacto es la más aceptada actualmente no significa que sepamos a ciencia cierta cómo se formó nuestro satélite y de hecho hay otras teorías que intentan explicarlo.

La teoría de impactos múltiples supone que la Luna en realidad se formó no por un solo impacto contra la Tierra sino por sucesivos impactos producidos por escombros cósmicos. Otras teorías comentan la posibilidad de que la Tierra tuviera en la antigüedad varios satélites u objetos atrapados en su órbita que poco a poco fueron fusionándose hasta formar un solo cuerpo.

Por otro lado la teoría de la captura explica que la Luna en realidad es un cuerpo celeste capturado por la gravedad terrestre

Actualmente hay gran interés por parte de las administraciones espaciales por la Luna y esto se demuestra en el incremento de misiones lunares. La fallida Luna 25 rusa o el éxito de la misión Chandrayaan-3 india son una muestra de lo que vendrá en los próximos años con la presencia de nuevo de humanos en su superficie con las misiones Artemisa (si China no se adelanta). Tal vez estas nuevas misiones nos ayuden a determinar de una vez por todas cómo se formó la Luna.

The Astrophotography Cameras Market Insights of 2023 is an extensive and comprehensive report that provides a complete analysis of the market’s size, shares, revenues, various segments, drivers, trends, growth, and development. The report also highlights the limiting factors and regional industrial presence that may affect the market’s growth trends beyond the forecast period of 2030. The market research aims to obtain a complete understanding of the industry’s potential and to provide insights that will help businesses make informed decisions. The Astrophotography Cameras Market Report is an impressive PDF 99 pages long document that includes a comprehensive table of contents, a list of figures, tables, and charts, as well as extensive analysis.

The report offers valuable insights and strategies that can help businesses navigate the market’s complex landscape and maximize their ROI. It provides an in-depth analysis of the market’s competitive environment, including key players operating within the industry, their market share, and their competitive strategies. The Astrophotography Cameras Market Insights Report also delves into the market’s growth drivers, including market demand, supply, and various technological advancements. It also highlights the constraints that may impact the market’s future growth, such as the technological limitations, regulatory frameworks, and other political factors.

This market report is an essential tool for all stakeholders, whether they are investors, business owners, or researchers looking for the latest market trends and insights. By providing a comprehensive analysis, the report enables businesses to make informed decisions about their future growth strategies. With the Astrophotography Cameras Market Insights 2023-2030, businesses have everything they need to understand the market and develop successful business strategies that will help them thrive in the future.

Who is the largest manufacturers of Astrophotography Cameras Market Worldwide?

Nikon

Canon

Sony

ZWO

QHYCCD

Atik Cameras

Fujifilm

Panasonic

Olympus

Leic

Get a Sample PDF of report – https://www.precisionreports.co/enquiry/request-sample/20117363

This Astrophotography Cameras Market report includes a competitive landscape analysis, providing insights into prominent players with considerable market shares. With detailed data reflecting the performance of each player shared, readers can acquire a holistic view of the competitive situation and a better understanding of their competitors.

In today’s fast-paced digital era, the focused industry of Consumer Goods has revolutionized the market with its innovative strategies. By utilizing market segmentation techniques, this industry has successfully tapped into various segments based on type, application, end-user, region, and more.

By Type

Requires Connected Device or Specific Software

No Connected Devices or Specific Software Require

By Application

Individual

Commercia

The research delves into the countries section, encompassing selected market variables that play a crucial role in steering both present and forthcoming market advancements. This study encapsulates various regions worldwide, including the influential players of the United States, Europe, China, Japan, India, Southeast Asia, Latin America, and the Middle East and Africa. By exploring the market dynamics and trends across these diverse regions, a comprehensive understanding of the global market landscape emerges, enabling informed decision-making and strategic planning for businesses operating on a global scale.

This comprehensive report provides in-depth coverage of various crucial aspects including revenue forecast, company ranking, competitive landscape, growth factors, and latest trends. It offers invaluable insights into the future prospects of the market, enabling businesses to make informed decisions. With accurate revenue forecasts, companies can plan their investments and resources efficiently.

Why is the Astrophotography Cameras Market Report 2023 Significant?

The Astrophotography Cameras Market Report 2023 holds significant value in providing a comprehensive understanding of the global economic landscape. In a world constantly influenced by various factors, such as the COVID-19 pandemic and regional conflicts, this research report analyzes the market from 2018 to 2030, offering both quantitative and qualitative analysis. It goes beyond mere sales and revenue metrics, delving into segmented markets based on region, product type, and downstream industry. By examining key factors like macro-economy, industry news, and policies, the report becomes a vital tool for businesses and investors seeking to navigate the challenging waters of the Astrophotography Cameras market. Furthermore, it sheds light on technology advancements, supply chain challenges, and investment scenarios, allowing for well-informed decisions and efficient resource allocation. As the world’s economy continues to evolve, the Astrophotography Cameras Market Report remains an indispensable resource, providing a clear and distinct picture of market distribution and empowering readers to adapt in this ever-changing landscape.

Request a Sample Copy of the Astrophotography Cameras Market Report 2023 Here

Has there been any international intervention to address both the COVID-19 pandemic and the Russia-Ukraine conflict?

As the world grapples with the COVID-19 pandemic, the Astrophotography Cameras market is one of the many industries that has been impacted. The effects of the pandemic have been felt globally, with major market participants and downstream customers all feeling the squeeze. However, a new report sheds some light on what the future may hold for the Astrophotography Cameras market.

The report takes into account multiple factors, including changes in consumer behavior, demand, transport capacity, and trade flow under COVID-19. In addition, the research seeks to contextualize the effects of regional conflict on the market. The report provides valuable insights into the present and future state of the Astrophotography Cameras market.

One of the most notable aspects of the report is its analysis of the impact of the Russia-Ukraine War on the industry. The conflict has undoubtedly had an effect on the market, and the report delves into how this has played out. By providing a nuanced perspective on how the Astrophotography Cameras market has been influenced by both conflict and pandemic, the report provides valuable information to those who are looking to invest in the industry.

Despite the challenges that the Astrophotography Cameras market has faced, the report is optimistic about its future. It predicts that the market will evolve in the years to come, adapting to the new realities brought about by the pandemic and the conflict. By including an analysis of the impact of these events on the market, the report provides valuable insights into how the industry will evolve in the years to come.

In conclusion, the Astrophotography Cameras market has undoubtedly faced significant challenges in recent times. However, the report provides hope for the future, painting a picture of an industry that will adapt and evolve in response to changing circumstances. By shedding light on the impact of both pandemic and conflict, the report provides valuable insights for those who are looking to invest in the Astrophotography Cameras market.

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What questions does the Astrophotography Cameras Market Research/Analysis Report provide answers to?

What are the global trends in the Astrophotography Cameras market? Would the market witness an increase or decline in the demand in the coming years?

What is the estimated demand for different types of products in Astrophotography Cameras? What are the upcoming industry applications and trends for Astrophotography Cameras market?

What Are Projections of Global Astrophotography Cameras Industry Considering Capacity, Production and Production Value? What Will Be the Estimation of Cost and Profit? What Will Be Market Share, Supply and Consumption? What about Import and Export?

Where will the strategic developments take the industry in the mid to long-term?

What are the factors contributing to the final price of Astrophotography Cameras? What are the raw materials used for Astrophotography Cameras manufacturing?

How big is the opportunity for the Astrophotography Cameras market? How will the increasing adoption of Astrophotography Cameras for mining impact the growth rate of the overall market?

How much is the global Astrophotography Cameras market worth? What was the value of the market in 2023/2022/2021?

Who are the major players operating in the Astrophotography Cameras market? Which companies are the front runners?

Which are the recent industry trends that can be implemented to generate additional revenue streams?

What Should Be Entry Strategies, Countermeasures to Economic Impact, and Marketing Channels for Astrophotography Cameras Industry?

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Detailed Table of Contents (TOC) of Global Astrophotography Cameras Market Research Report, 2023-2030:

With tables and figures to help analyze the global Astrophotography Cameras market trends, this study provides key statistics on the state of the industry and is a valuable source of guidance and direction for companies and individuals interested in the market.

Astrophotography Cameras Market Overview
Industry Chain Analysis
Industry Competitive Analysis
Company Profiles
Astrophotography Cameras Market – By Trade Statistics
North America Astrophotography Cameras Market Overview Analysis
Europe Astrophotography Cameras Market Overview Analysis
Asia Pacific Astrophotography Cameras Market Overview Analysis
Middle East and Africa Astrophotography Cameras Market Overview Analysis
South America Astrophotography Cameras Market Overview Analysis
Astrophotography Cameras Market – By Regions
Astrophotography Cameras Market – By Types
Astrophotography Cameras Market – By Applications
Astrophotography Cameras Market Forecast – By Types and Applications
Astrophotography Cameras Market Forecast – By Regions and Major Countries
Research Methodology and Data Source

Get Detailed TOC of Global Astrophotography Cameras Market – https://www.precisionreports.co/TOC/20117363

What are the Drivers, Restraints, and Research Methodology used in this study?

The research report provides an analysis of the various factors driving the market’s growth. The factors that impede market growth are fundamental because they create different curves to seize opportunities in emerging markets. Data collection and analysis for the base year were carried out using a large sample data collection module. The main research methodologies are data mining, data triangulation, including analysis of the impact of variable data on the market, and initial validation (industry experts). Separately, the data model includes a supplier positioning grid, market timeline analysis, market overview and leadership, company positioning grid, company market share analysis, metrics, top-down analysis, and supplier engagement analysis.

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Market is changing rapidly with the ongoing expansion of the industry. Advancement in the technology has provided todays businesses with multifaceted advantages resulting in daily economic shifts. Thus, it is very important for a company to comprehend the patterns of the market movements in order to strategize better. An efficient strategy offers the companies with a head start in planning and an edge over the competitors. Precision Reports is the credible source for gaining the market reports that will provide you with the lead your business needs.

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Press Release Distributed by The Express Wire

To view the original version on The Express Wire visit Astrophotography Cameras Market Size, Current Insights and Demographic Trends 2023-2030

COMTEX_440298428/2598/2023-09-15T18:48:53

AstroBin is an incredible resource for astrophotographers, and I’m still convinced there are a few people who have still not joined the fun.

Whether you use the website for file storage, planning your next project, or connecting with others about specific questions, AstroBin is an amateur astrophotographer’s dream. 

While it began as an image-hosting website exclusively for astrophotography, it has since become much more. It is the ultimate (searchable) database of images and astrophotography equipment. 

Two of this website’s most popular sections are its advanced search and the exciting image of the day. The forum is also very active and full of practical information. 

AstroBin Key Features

• Image Hosting and Sharing of Your Photos
• Advanced Image Search (Target, Gear, Awards, etc.)
• Advanced Platesolver (Astrometry)
• Image Processing Feedback
• Asking/Answering Questions in the Forum
• Planning Astrophotography Projects
• Researching Astrophotography Gear

As you can see, there is a lot to do on AstroBin. One of my favorite things to do is search for my next astrophotography target and sort the images by Award, and Image of the Day.

Talk about inspiration! Not only will you get an idea of what’s possible, but you can also review the equipment and integration time needed for these shots. 

Each member has their own profile page, complete with interesting stats like ‘average integration time‘. Mine is currently 4.4 hours in case you’re wondering!

My AstroBin profile page. 

The statistics displayed on AstroBin, whether it’s total integration time or the number of ‘top picks’ you’ve received, gamifys the astrophotography experience. And to me, that makes it a lot more fun. 

For example, I’d love to bump my average integration time up to a respectable 10 hours. Setting little goals like this is a great way to enjoy the hobby on a deeper level. 

What is AstroBin?

AstroBin was started by Salvatore Iovene with the goal of helping astrophotographers share their photos and learn from each other. 

It is used by astrophotographers of all disciplines, from multi-night narrowband deep-sky projects to high frame rate planetary imaging. 

At the core of AstroBin’s usefulness is the metadata associated with each uploaded image. Most images will include extensive acquisition details including exposure lengths and the moon phase of when the image was taken. 

Seeing this level of information behind an image is very helpful when planning your next astrophotography project. 

I mainly use AstroBin for research, planning, and inspiration, while others use it as a social platform to stay connected with their friends.

No matter what your interests are, if you are an astrophotographer, you will love AstroBin. 

The Global Stream includes every new image uploaded to AstroBin. 

Why I Use AstroBin

I currently subscribe to the AstroBin Premium Plan to take advantage of the additional file storage (unlimited images), and the removal of ads on the site.

To be honest, I also just want to support AstroBin to help ensure that it sticks around for a long time. I know how much work goes into building an astrophotography resource that benefits the community.

The ‘Big Wall‘ is where you will see all of the latest images uploaded to AstroBin. Not only is this a great way to see some of the astrophotography targets that are currently available in the night sky, but it is a great source of inspiration.

The bottom line is, if you are struggling to come up with an idea for your next astrophotography project, AstroBin is one of the best places to go. 

The absolute best, highest quality deep-sky astrophotos on the internet live on AstroBin. You will find that most serious astrophotographers have an account there. 

Large, High-Quality Images

One of my favorite things about AstroBin is that the astrophotos uploaded are absolutely massive. This allows you to zoom in and inspect others’ data in a way that you just can’t do on social media platforms.

The images are also plate-solved, revealing all of the interesting deep-sky objects in the field that you may have not even known about. 

The max file size for an image upload on the premium plan is 50MB, while the Ultimate plan allows you to upload an enormous 200 MB image. 

Review and Critique Image Processing

I recently uploaded my latest image of the Lion Nebula (Sharpless) 132, and received some helpful feedback on my image processing style. I only upload my highest-quality images to AstroBin. 

It was also a great way to contribute to the astrophotography community by sharing sample images taken using a new telescope that people are interested in (William Optic GT81 WIFD).

Because there is such a broad group of astrophotographers around the world, the feedback is often mixed and very helpful. 

Equipment Research

Let’s say you are considering purchasing a new telescope for astrophotography, but you would like to see example images taken with it. No problem.

You can perform a search in AstroBin that isolates images by the telescope used. For example, you can filter the image results by “William Optics RedCat 51” and only see images taken using that telescope. 

The camera, telescope, filters, etc. used for each image are outlined in the technical card underneath the image. You can also use the equipment explorer for a deep dive on specific types of gear. 

The Technical Card

When you find an image that you appreciate and may want to try photographing yourself, you should bookmark it. 

You can then go back to your bookmarked images and review the complete technical card for the image.

This will show you everything from the dates the image was taken, to the exposure lengths through each filter. 

Forums and Support

The forum on AstroBin is very active, will new questions being asked and answered each day. You can search for specific terms to narrow down your question. 

If you are having a specific issue with your telescope, or need advice on a particular project, chances are there has been a discussion about the topic in the past. 

You can browse the latest topics, or even subscribe to a specific topic to stay on top of things. 

Astrophotographers List

If you want to talk about bragging rights, the astrophotographers list is the place to go. It presents you with a complete list of members on the website, along with an exciting ‘scoring’ system.

Here, you can see which astrophotographer has the most overall integration, the most likes, and even, the most images of the day!

Plate Solving

AstroBin interfaces with Astrometry.net and PixInsight to provide plate-solving overlays and precise astrometry data on your images. 

This helps you identify deep-sky objects in your images, including nebulae, galaxies, stars, planets, and more. 

A plate-solved overlay on an image in AstroBin.

The Power of AstroBin

Fellow astrophotographer and friend Nico Carver published an insightful video about the power of AstroBin. 

This is a great watch for anyone looking for an overview of AstroBins features, and some clever ways to really utilize this resource.

He discusses a few clever ways to maximize your experience on this website, including the advanced platesolver and groups. 

Nico Carver’s AstroBin recommendations. 

Until watching this video, I didn’t even realize that AstroBin had a ‘browse by constellation’ feature. This is a useful companion for your favorite astronomy app. 

Final Thoughts

If you are an amateur astrophotographer and you haven’t explored AstroBin yet, I would highly recommend creating a free account.

You can start by uploading a few of your best images, and see what it’s like to go through the process of entering the acquisition details of your image.

Before you publish your image to the public, you can leave your image in the staging area to make sure everything in the technical card is filled out and accurate. 

I find that the image hosting aspect of AstroBin is worth the price of a paid plan alone. It is a safe place to store your high-resolution images, and all of the key metadata is included with it. 

I’ve been a member of AstroBin since 2016, and I can only hope that this incredible astrophotography resource continues to flourish for the foreseeable future. 

Helpful Resources:

 

The Royal Observatory Greenwich has announced the winners of the astronomy photographer of the Year 15, during an award ceremony held Sept. 14.

This was the Royal Observatory Greenwich’s 15th year holding the contest, which garnered more than 4,000 submissions from 64 different countries for 2023. A shortlist of winning submissions was released in July, and many of those spectacular images have made a reappearance.

A recently discovered green comet, named Nishimura, has survived its close encounter with the sun and begun its journey back into the outer reaches of the solar system. Once gone, it won’t return for around 430 years. But it could be visible over the next few weeks, depending on where you live.

Comet Nishimura, also known as C/2023 P1, was first spotted falling rapidly toward the sun on Aug. 12 by amateur Japanese astronomer Hideo Nishimura. The icy object has a green glow caused by high levels of dicarbon in its coma — the cloud of gas and dust that surrounds its solid core.

The comet’s trajectory initially suggested that it may have been a potential interstellar object, like ‘Oumuamua or Comet 2I/Borisov, that was making its first and final trip through the solar system. However, further observation revealed that it actually has an extremely elliptical orbit, which only brings it into the inner solar system every 430 years before slingshotting around the sun and returning to the Oort Cloud — a reservoir of comets and other icy objects beyond the orbit of Neptune.

On Sept. 12, Comet Nishimura made its closest approach to Earth, passing within 78 million miles (125 million kilometers) of the planet, or roughly 500 times the average distance between Earth and the moon. And on Sept. 17, the comet reached perihelion, or the closest point to the sun, when it dipped within 20.5 million miles (33 million km) of our home star.

Related: City-size comet headed toward Earth ‘grows horns’ after massive volcanic eruption

Getting so close to the sun can be deadly for comets. The increased heat and radiation can cause them to shatter into many smaller pieces. However, Nishimura appears to have emerged mostly unscathed, according to Spaceweather.com.

As Comet Nishimura moves away from the sun and slightly toward Earth it will become fractionally brighter as more light reflects off its coma, which will have grown slightly from its brush with the sun. But this doesn’t necessarily mean we will be able to see it any better.

The comet’s trajectory and close proximity to the sun only make it visible near the horizon shortly before sunrise or shortly after sunset. It’s also much dimmer than it was on its approach to Earth, when it became clearly visible to the naked eye. As a result, you need a strong telescope or specialized astrophotography equipment to catch a decent sight of the comet.

Astrophotographer Petr Horalek captured a blurry shot of the comet (shown below) on Sept. 17 above Slovakia’s Mount Lysa, shortly after the sun reached its closest point to the sun. However, he could not see the comet without his equipment, he told Live Science in an email.

However, if you live in Australia, your chances of being able to catch a glimpse of Nishimura with your own eyes are slightly better over the next week. Between Sept. 20 and Sept. 27, the comet will set around one hour after the sun, the furthest distance away from our home star over the next few weeks. And the increased separation will make it appear brighter to observers in this part of the world, Live Science’s sister site Space.com reported.

related stories

—Optical illusion gives rare green comet an ‘anti-tail’ that seemingly defies physics

—In a 1st, scientists predicted that volcanic comet was due to pop ‘like a Champagne bottle’ — and it did

—Blazing comet tail is whipped by solar winds in astonishing astronomy photo

However, the rest of us may still get another chance to spot the comet later in the year — or perhaps some scattered bits of it.

Some experts believe Nishimura could potentially be the source of the annual Sigma-Hydrids meteor shower, a minor shower that peaks annually in early December, according to the astronomy news site EarthSky. If this is the case, then Nishimura’s passing could cause this year’s shower to be much more active and visually stunning than normal. Further observations in December could help confirm or disprove this theory.

Quizá hayas oído algo acerca del eclipse de luna del 28 de octubre de 2023. Este eclipse lunar de tipo parcial será visible desde España y aunque no tendrá una gran magnitud puede ofrecer un bonito espectáculo para los amantes de estos fenómenos celestes.

Los eclipses lunares se producen cuando la sombra de la Tierra se proyecta sobre la superficie de la Luna y pueden ser totales, cuando la Luna queda totalmente tapada por la sombra o parciales, como en este caso en el que la sombra solo oculta una parte de nuestro satélite.

Este eclipse tendrá una magnitud bastante pequeña (0,12 lo que significa que se oscurecerá menos del 7% del disco lunar) y aquí en España podremos comenzar a verlo poco después de la salida de la Luna por el horizonte. Tendrá una duración total de 04h 24m 39.1s. mientras que la parcialidad tendrá una duración de 1h 17m.

¿Dónde se podrá ver el eclipse de luna?

El eclipse lunar del próximo 28 de octubre será visible en toda Europa, África y la mayor parte de Asia. Desde estos lugares podremos ver tanto la parcialidad como las fases de penumbra.

En algunos países de América como Brasil, Venezuela, parte de Colombia, Paraguay, Bolivia, Argentina y Uruguay se podrá ver un poco la penumbra.

¿Cuándo se verá el eclipse?

El horario del eclipse para la ciudad de Madrid será el siguiente:

	Horario UTC	Horario Local
Comienzo del eclipse penumbral	28 de oct, 18:01:48	28 de oct, 20:01:48
Comienzo del eclipse parcial	28 de oct, 19:35:25	28 de oct, 21:35:25
Máximo del eclipse	28 de oct, 20:14:05	28 de oct, 22:14:05
Fin del eclipse parcial	28 de oct, 20:52:40	28 de oct, 22:52:40
Fin del eclipse penumbral	28 de oct, 22:26:25	29 de oct, 0:26:25

Durante el inicio de la fase de penumbra (P1) la Luna comenzará a oscurecerse lentamente. En esta fase el oscurecimiento es difícil de percibir a simple vista. Poco a poco la parte de la Luna más internada en la penumbra comenzará a cambiar de color hacia tonalidades más oscuras. Con el inicio de la parcialidad (U1) comenzaremos a apreciar una banda oscura, la sombra, que poco a poco va creciendo de tamaño.

La fase de máximo se producirá cuando la Luna está a unos 34º de altura sobre el horizonte.

Poco a poco la sombra irá reduciendo su tamaño y finalmente retornaremos a la fase penumbral.

Fases del eclipse lunar

P1 (Primer contacto): Comienzo del eclipse penumbral. La Luna toca el límite exterior de la penumbra terrestre.

U1 (Segundo contacto): Comienzo del eclipse parcial. La Luna toca el límite exterior de la umbra terrestre.

Máximo del eclipse: Etapa de mayor ocultación del eclipse. La Luna está en su punto más cercano al centro de la umbra terrestre.

U4 (Quinto contacto): Fin del eclipse parcial. La umbra terrestre abandona la superficie lunar.

P2 o P4 (Sexto contacto): Fin del eclipse penumbral. La Luna escapa completamente de la sombra terrestre.

Consejos para ver el eclipse lunar

Los eclipses lunares pueden verse desde cualquier parte, incluso desde ciudad a pesar de la contaminación lumínica, pero se disfrutan y se aprecian mejor desde lugares oscuros ya que entonces notaremos mejor los sutiles matices de oscurecimiento de las fases, sobre todo en este caso que es un eclipse de tan poca magnitud.

Te recomendamos por tanto que salgas al campo a verlo, eso si, bien abrigado y con algo de comida y bebida caliente para poder aguantar durante todo el fenómeno que tiene una duración de más de 4 horas.

El fenómeno es apreciable a simple vista pero si dispones de prismáticos o telescopio (de focal corta) podrás apreciar algunos detalles sutiles mejor.

Hoy hablaremos sobre el próximo eclipse solar del 14 de octubre de 2023 que será visible en el continente americano y será de tipo anular. Desgraciadamente aquí en Europa (excepto en Canarias que se verá mínimamente como parcial) no será visible pero como se que muchos de vosotros me leéis desde el otro lado del charco he querido escribir este artículo con los mejores consejos de observación para vosotros.

El eclipse del 14 de octubre sera un eclipse solar anular. Esto se produce cuando la Luna se interpone entre el Sol y la Tierra pero no está a una distancia lo suficientemente cercana a nosotros como para que el cono de la sombra de la Luna nos alcance, solo nos llega la penumbra. Por este motivo el Sol no se tapa totalmente, quedan los bordes visibles con forma de anillo y por ese motivo se llama eclipse anular.

Si deseas saber más sobre los eclipses solares aquí tienes una completa guía.

Esto será un buen aperitivo para el eclipse solar, ahora si total, que se producirá el 8 de abril de 2024 y que será visible también en buena parte de América.

¿Dónde se podrá ver este eclipse solar?

El eclipse anular comenzará en la parte noroccidental de Estados Unidos, en el estado de Oregón. Irá descendiendo hacia el sureste pasando por California, Nevada, Utah, Arizona, Colorado, Nuevo México y Texas. En México cruzará la península del Yucatán y será visible desde ciudades como Campeche Oxkutzcab y Chetumal.

Otros países de Centroamérica que disfrutarán de este fenómeno de anularidad son Belice, Honduras, Nicaragua, Costa Rica y Panamá.

Desde sudamérica el eclipse será visible en Colombia, Brasil.

El eclipse será visible solo parcialmente en el resto de países de América. Cuanto más lejos estemos de la franja de anularidad (visible en el siguiente mapa como más oscura) menos porcentaje del Sol será ocultado por la Luna.

¿Cuándo se podrá ver el eclipse?

El eclipse se producirá el 14 de octubre pero dependiendo de dónde estés comenzará a una hora diferente. Por ejemplo, en la zona oeste de Estados unidos comenzará a verse antes que en Brasil.

Puedes consultar algunos de los horarios en diferentes países en la siguiente tabla.

País	Tipo	Hora de inicio	Hora de fin	Duración
Belize	Annular Solar Eclipse	9:50 CST	13:22 CST	9m
Brazil	Annular Solar Eclipse	12:05 COT	17:55 BRT	55m, 30s
Colombia	Annular Solar Eclipse	11:12 COT	15:35 PET	38m, 18s
Costa Rica	Annular Solar Eclipse	10:09 CST	13:52 CST	8m, 20s
Guatemala	Annular Solar Eclipse	9:48 CST	13:24 CST	3m, 22s
Honduras	Annular Solar Eclipse	9:56 CST	13:35 CST	13m, 5s
Mexico	Annular Solar Eclipse	8:09 PDT	14:19 EST	14m, 42s
Nicaragua	Annular Solar Eclipse	10:02 CST	13:44 CST	15m, 50s
Panama	Annular Solar Eclipse	10:18 CST	15:03 EST	14m, 35s
United States	Annular Solar Eclipse	8:04 PDT	15:13 EDT	45m, 33s

Aquí en España tendremos que esperar al año 2028 para poder ver un eclipse anular, aunque en 2026 y 2027 podremos ver dos eclipses totales, mucho más espectaculares.

¿Cómo ver el eclipse con seguridad?

Recuerda que la observación del Sol conlleva algunos riesgos por lo que debemos extremar las precauciones y seguir todas las medidas de seguridad para evitar dañar nuestros ojos. Un uso incorrecto de filtros solares o intentar la observación solar sin las medidas adecuadas puede suponer daños irreversibles en la vista o incluso ceguera permanente.

Puedes usar gafas para eclipses homologadas de venta en tiendas de óptica, filtros solares para telescopios, telescopios solares o también métodos de proyección. No uses métodos caseros como cristales ahumados o radiografías ya que no detienen la radiación ultravioleta que daña los ojos.

Las gafas de eclipses son la forma más sencilla de ver el fenómeno pero es importante usarlas bien ¡No debes nunca poner un instrumento óptico delante de ellas!

Los telescopios o los prismáticos deben llevar filtros en la parte del objetivo, es decir, en la parte delantera. Estos filtros deben estar bien asegurados y no deben manipularse si hay alguien observando en ese momento. Los filtros situados en la zona de oculares que venden algunas marcas son extremadamente peligrosos, no los uses.

Para ver bien el eclipse busca una zona abierta y despejada. Si el horario es próximo al amanecer o atardecer busca un lugar elevado con vistas despejadas al horizonte.

Los que estéis dentro de la banda de anularidad podréis ir viendo como la Luna se va adentrando poco a poco dentro del disco solar hasta llegar al máximo de ocultación, momento en que que solo es visible un anillo solar alrededor de nuestro satélite. Aunque hay un leve oscurecimiento de la luz ambiental no será tan drástica como la que se produce durante un eclipse total.

Un fenómeno muy curioso que podéis contemplar es a la sombra de los árboles, donde entre los rayos solares que se cuelan entre las hojas podréis ver múltiples eclipses proyectados.