11/30/2023 0 Comments Pathological hypertrophy examplesStem cells proliferate very slowly or lie dormant, but can rapidly proliferate when required Stem cells divide repeatedly to replenish losses Tissues can be classified into 3 types depending on the ability to self-repair, which depends on their stem cell activity: Tissue type Thus where stem cells are present, new cells can be formed in response to disease, environmental stressors or normal replenishment of cells at the end of their lifespan. They are key to determining a tissue’s ability to replenish lost cells, as they are able to self-renew indefinitely. Stem cells are immature cells that can go on to differentiate into various specialised, mature cell types within a certain lineage. Cell differentiation – cell takes on specialised form and function.Cell division – cell enters the cell cycle.Ultimately, cell signalling results in one of four outcomes: Examples of growth factors include epidermal growth factor, vascular endothelial growth factor and platelet-derived growth factor. Growth factors act on cell surface receptors, stimulating transcription of genes that regulate the cell cycle. If cell proliferation becomes uncontrolled, and cells no longer respond to inhibitory signals, cancer can develop. Signalling may be via hormones, local mediators such as growth factors or direct cell to cell contact. Physiological cell proliferation is primarily regulated by chemical signals which either promote or inhibit proliferation. Increased cell numbers are therefore seen with either increased cell proliferation or decreased cell death.Ĭell proliferation occurs both in both physiological and pathological conditions. The size of cell populations depends on the rate of 3 factors:
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Customize the features of the game according to your choice.Extremely high-definition and super animated game.Main Key Features of Shadow Fight 2 for Laptop Though there are many ways to install this game on your PC, I will suggest you to install Shadow Fight 2 with the help of the BlueStacks Android Emulator.Īs Shadow fight 2 for Windows 10/8.1/8/7/XP & Vista and Mac Computer is officially not available, this method of using BlueStacks to install Shadow fight 2 on PC is the best and a simplest way. And it is just a perfect game to all of them who wants to show their desperation towards winning a battle. Shadow Fight 2 is free for all the game lovers, that means you do not have to pay a single penny to play this game. In every game, there is something called sound which plays tremendous effect while playing them and Shadow Fight 2 is well equipped with amazing sound effects. Download Shadow Fight 2 for PC (Windows 8.1/10/8/7/vista/XP & Mac) Laptop And there are so many things that you can customize like Armors, weapons that you use, etc. The background of this game is simply terrific. Fighters, in this game can make use of advanced features to win Shadow Fight 2 game on Windows PC. This game has a spectacular picturization with high definition animation and it creates more fascination to play this game. Shadow Fight 2 is an Android game which every frisky person would just love to play it. A new version called Shadow Fight 2 is more interesting than its earlier one. Because of its furious way of winning the game, it has gained its popularity among 40 million users. If you think that you have that fighter spirit in yourself, then this game will be like a challenge for you, where you can feel as if you are really in a battle. Shadow Fight 2 for PC is a game for real fighters. Installation of Shadow Fight 2 for PC on Windows 10/8.1/8/7/XP & Vista Laptop.How to Download Shadow Fight 2 for Windows 10/8.1/8/7/XP/Vista & Mac?.Main Key Features of Shadow Fight 2 for Laptop.Download Shadow Fight 2 for PC (Windows 8.1/10/8/7/vista/XP & Mac) Laptop. 11/30/2023 0 Comments Motion parallax definitionArnold and David Levine, University of Nebraska Press, 1969, pp. 237-307.Motion parallax, the perception of depth resulting from an observer's self-movement, has almost always been studied with random dot textures in simplified orthographic rendering. Here we examine depth from motion parallax in more naturalistic conditions using textures with an overall 1/f spectrum and dynamic perspective rendering. We compared depth perception for orthographic and perspective rendering, using textures composed of two types of elements: random dots and Gabor micropatterns. Relative texture motion (shearing) with square wave corrugation patterns was synchronized to horizontal head movement. Four observers performed a two-alternative forced choice depth ordering task with monocular viewing, in which they reported which part of the texture appeared in front of the other. For both textures, depth perception was better with dynamic perspective than with orthographic rendering, particularly at larger depths. Depth ordering performance with naturalistic 1/f textures was slightly lower than with the random dots however, with depth-related size scaling of the micropatterns, performance was comparable to that with random dots. We also examined the effects of removing each of the three cues that distinguish dynamic perspective from orthographic rendering: (a) small vertical displacements, (b) lateral gradients of speed across the corrugations, and (c) speed differences in rendered near versus far surfaces. Removal of any of the three cues impaired performance. In conclusion, depth ordering performance is enhanced by all of the dynamic perspective cues but not by using more naturalistic 1/f textures. Motion parallax, the differential motion of retinal images of objects at different distances resulting from natural observer movement, is a powerful depth cue. As our vantage point moves, objects that are closer to us move faster across our field of view than objects that are farther away (Gibson, Gibson, Smith, & Flock, 1959 Helmholtz, 1925 Howard & Rogers, 2012). 11/30/2023 0 Comments Salesforce tower parkingSalesforce Tower is 61 stories tall, and covers 1,400,000 sq ft (130,000 m 2) of floorspace. As of 2019, Boston Properties owns the building. Other companies involved with the project include glass manufacturer Guardian Industries, plumbing manufacturer Kohler Co., elevator manufacturer Schindler Group, engineering consultant Morrison Hershfield, and structural engineering firm Magnusson Klemencic Associates. It was one of Pelli's last finished works before his death in 2019. Salesforce Tower was designed by Argentine-American architect César Pelli and developed by Hines Interests Limited Partnership and Boston Properties. Architecture Argentine-American architect César Pelli designed Salesforce Tower. The building is located near Millennium Tower. Salesforce Tower is adjacent to the Transbay Transit Center, a 1,430 feet (440 m) transit station that replaced the San Francisco Transbay Terminal, which had been severely damaged as a result of the 1989 Loma Prieta earthquake and served as the central focus of the San Francisco redevelopment plan. The building's land lot is rectangular and covers 50,514 sq ft (4,692.9 m 2), while its frontage is 75.21 ft (22.92 m). Salesforce Tower is located at 415 Mission Street, at the intersection of First and Fremont Street, south of Market Street and within the Financial District of San Francisco. By 2019, Boston Properties had acquired a 100% stake in the property. Salesforce Tower was completed in 2018 for over $1.1 billion. In 2011, the San Francisco Transbay Terminal was completely demolished, beginning the plan, and in 2013, construction on the building began. The plan was adopted by the city in 2005. What is now the Salesforce Tower was planned as part of the San Francisco Transbay development, a redevelopment plan for the area surrounding the Transbay Transit Center. A public art light sculpture at the top of the building, consisting of 11,000 LEDs, displays video animations every evening that can be seen from up to 30 miles away. Salesforce Tower is designed to be a green building, with the building employing water conservation measures and air intake systems. Each floor of the building uses brises soleil to deflect sunlight. The exterior of the building consists of a glass and steel curtain wall with a steel frame and a concrete core. The building sits on a land fill, and multiple load-bearing pillars reach below the foundation and into bedrock. Salesforce Tower is obelisk-shaped, with a grid of metal fins running from the base of the building to the roof. As of 2018, Salesforce Tower is the tallest building in San Francisco and the second-tallest building both in California and west of the Mississippi River after the 1,100 feet (335 m) Wilshire Grand Center in Los Angeles. Designed by César Pelli and developed by Hines Interests Limited Partnership and Boston Properties, it was the last building designed by Pelli to be completed in his lifetime. The building is 1,070 feet (326 m) tall, with a top roof height of 970 feet (296 m). Its main tenant is Salesforce, a cloud-based software company. Salesforce Tower, formerly known as Transbay Tower, is a 61-story skyscraper at 415 Mission Street, between First and Fremont Street, in the South of Market district of downtown San Francisco. Hines Interests Limited Partnership, Boston PropertiesĬlark Construction Group Hathaway Dinwiddie 11/30/2023 0 Comments Wood skim boardThis refers to the movement a skimboarder makes with his legs when he reaches deeper water, so that he remains afloat. It is easier to skimboard in shallow water because of the ground effect Does “pumping” work on skimboarding?Ī common term among skimboarders is “ pumping“. This effect allows the helicopter to “shave” over the ground at low altitude and you can see the swirling air in action as the blades blow up dirt and dust particles. The blades are beating up air to vortices, which hold the helicopter up even though it has just left the ground. Think, for example, of a helicopter that floats for a moment just after take-off and almost touches the ground. This creates the skimming effect until you end up in deeper water, where buoyancy and speed are needed to keep skimming. These swirls of water prevent the board from touching the bottom. The pressure exerted on the water between the duck and the bottom creates movement, which the skimboard uses to move forward. Simply put, this works just like a rubber duck that you push to the bottom and come back up again. This happens when the board pushes the water down, but the ground pushes it up again. Because the board is so close to the bottom, small masses of swirling water are formed under the board. It’s not just the shallow water itself that makes a skimboard move forward. A boy with a wooden skimboard – You can see how small the board is here (a wetsuit is recommended!) The ground effect That’s why skimboards work perfectly in shallow water – they have less water to move. If the skimboard has to push a large amount of water aside, this means that the user will lose energy and slow down. The more water they move, the slower they move.īecause human strength is much more limited than an engine and runs out after a certain amount of time, the aim of skimboarding is to use as little energy as possible to move across the water. However, both have one thing in common: when they move, they move water. If you’re good at it, it does look really cool! Displacement of waterĪ skimboard is a small craft that essentially works like a boat, but uses human power instead of an engine. It feels great to glide across the water’s surface, but how does skimboarding actually work? Below is a short physics lesson to make this clear, so you will immediately understand what a great experience skimboarding is. As you can see above, you can even make decent jumps if you have enough pace, but that’s not the case for beginners. Once you’ve mastered the sport, you can even skim towards the waves with your board and ride them for a while, like surfers. If you look at the small board you would think that you would sink to the bottom instead of sliding over the waves, but nothing could be further from the truth! With a skimboard you can make high jumps, where with a SUP board you won’t be able to do that so easily How does a skimboard work?Ī skimboard offers a unique experience. Advanced skimboarders are more likely to go for a wooden skimboard to achieve high speeds on shallower surfaces due to less friction. So you have a lot of flexibility to move fast with the waves but less balance.īecause foam skimboards are a bit larger and have more buoyancy, they are easier for beginners to use and more suitable for waves. A skimboard is small (between 110 and 150 cm long) and made of wood or foam. The approach is very different, so you also need a different board. On the other hand, you have more adventure and adrenaline, so getting wet in your swimwear doesn’t matter! So you will often fall into the water, where that is not the case with SUP. Whereas paddle boarding is often about stability, skimboarding is about catching those waves and taking risks. Unlike a Stand Up Paddle board, a skimboard is only meant to catch waves and quickly move over shallow water, therefore the boards are a lot smaller. I’m sure you’ve heard of a skimboard once, but most people have no idea what the word means. Everything about skimboarding and which skimboards are best for catching waves. 11/30/2023 0 Comments Vintage transistor radio windsorThe radio is all plastic and sets on a plastic base. The bells on top are the station dial and on/off volume knobs. and on and on and on Any way I describe it, this is a wow wow wow museum and I loved it. Up for auction is this vintage Windsor Industries inc transistor radio. How traveling movies were the rage in the twenties and what got peoples attention. the first projectors and the meaning of lime light. We are an all-volunteer run museum located in Windsor, Connecticut, offering a fascinating and. But the history and stories continued about theatre and projection. Welcome to the Vintage Radio and Communications Museum. Vintage Radio with receipt from 1962 Transistor six Pocket Radio. If I only got that part of the tour I would have been ecstatic and happily overwhelmed. Then step up the the next level with thick records and learn how they were created and listen again. Then step up to the second model Edison created in the thirties and listen to the improvement. Imagine getting to play music on an original Edison Phonograph. So I will list a few and there are so many more. there is so much that it boggles the mind to start to list things in the review. This place needs to be on the map for all museum goers and history buffs. These guys know their stuff and are so very excited to share all they have to offer. The guided tour is the best, and the guide is so excited, it is almost too much information. It is an incredible collection of what some might call junk, that has been classified, loved, repaired and tended to create a historic timeline of electronics, communication, theatre, radio and more. I got demonstrations of crank-up phonographs, a teletype machine, and radio and TV transmissions. I would recommend a visit here to anyone who likes "gadget nostalgia." Many things in the museum are still in working order. If you’re a baby boomer, you might recognize old radios and early record players that your parents had in the home when you were a kid. Check out the first TVs that had a magnifying glass in front to enlarge the tiny image. In the 30s and 40s, radios were like furniture: the devices were hidden in cabinets, tables and even fake books. Just start at the far end (early 1900s) and wind your way down each aisle. Shelves have extensive displays of vacuum tubes, military communication devices, transistor radios and broadcast microphones. The aisles are jam-packed full of radios, televisions, phonographs, typewriters, computers, camera equipment and more. vintage transistor radios - vintage transistor radio stock pictures, royalty-free photos & images Picture dated 1951 showing a model of transistor, during a radio show. Thanks so much guys I really enjoyed your museum. Lucky me, I was the only visitor in this museum and wound up getting a private tour from the two experts who were there. 11/30/2023 0 Comments Benchmark venture capitalThere are more firms on the list (419) than founders ranking them (388). And you can read more about how they put the list together here. each founder’s vote has same weight Play around with the Founder’s Choice results yourself. >Only ratings, no text comments, so no hate, no sour grapes. >Only ranks VCs who have invested in that founder (it’s about working together more than the pitch experience) >Verifies identities (even though nobody’s identity is revealed, and it’s all stored securely) This fixes the flaws of past approaches at public founder feedback on VCs: Too much of the knowledge of which investors are good is buried in private networks - it should be public. Ye - who has worked as an intern at Bloomberg LP - recommended founders do their own diligence and pay more attention to the section of the list that a firm fell into rather than obsess over the difference between a few rungs.īahat made the case for the ranking on Product Hunt a few months ago:Īs a founder and now as a VC, I’ve wanted this to exist for a long time. “The grand vision of this is just giving people without that much access some sort of knowledge of how these investors actually work with their founders,” Ye said. Ye, one of the creators of the list, said that he’s heard horror stories about VCs over the years and this is one way to provide new founders information on the people they’re considering tapping for capital. So, the list could shift dramatically over time. The Founder’s Choice creators plan to update the list in January 2023 as more survey respondents participate. Founder’s Choice is an effort to create the magic of YC’s exclusive guide for a broader audience. Probably the best ranking of venture capitalists is the private YC investor directory that’s shared with Y Combinator portfolio companies. And Forbes’ Midas List is a regular source of debate within venture capital. I remember the backlash when Social Capital collaborated with The Information on its diversity list. VC rankings have a long history of controversy. We recognize that our first leaderboards may be biased by the sample of which VC’s portfolio companies submitted rankings, but we believe that over time the leaderboards will reflect a broader pool of rankings as more founders submit. Sponsors Bloomberg Beta (6), Precursor Ventures (28), and BBG Ventures (141) performed relatively well. Foundry Group, which promoted the ranking, came in 7th. Notably, firms that promoted the survey link seemed to do better. The creators of the ranking acknowledge that the list - like all attempts to rank venture investors - inherently has flaws. I think Founder’s Choice represents an interesting crack at the perpetual challenge of judging investors. I agreed to publish the list before seeing the results. I didn’t have a say in the ranking methodology or the final list. They asked founders, “Which (firm) would you rather have as an investor?”įounder’s Choice gave Newcomer the exclusive first look at the results. Altogether 388 founders judged their investors in head-to-head matchups to create Elo rankings for 419 different tech investing firms. Jerry Ye and Daniel Tao - who have studied at the University of Pennsylvania together - built the chess-like ranking system. Two young coders, with the encouragement of Bloomberg Beta leader Roy Bahat created the new ranking of venture capital firms, called Founder’s Choice. 11/30/2023 0 Comments Who invented the clockLyons’ clock was honored on 8 August with ceremonies at the National Institute of Standards and Technology, in Gaithersburg, Md., and at the site of the former NBS building, in Washington, D.C. An example is the U.S. NIST-F1 atomic clock. Modern atomic clocks first cool the atoms to near absolute zero by slowing them with lasers and probing them in atomic fountains in a microwave-filled cavity. The new definition meant that seconds were measured by counting atomic oscillations, and minutes and hours became multiples of the second rather than divisions of the day. That changed in 1967, when the second was redefined as the duration of 9,192,631,770 energy transitions of the cesium atom. In 1955 Louis Essen, a physicist at the U.K. National Physical Laboratory, outside London, built the first atomic clock accurate enough to be a time standard.īefore atomic clocks, the second was defined by dividing astronomical events, such as the solar day or the tropical year, into smaller parts. Based on the frequency of the microwaves emitted by the ammonia molecule, the clock was not accurate enough to be used as a time standard, but it did prove the concept. Lyons and his NBS colleagues began designing their atomic clock in 1947 and had a working prototype by 1948. But atomic clock research at Columbia was halted during World War II. For his work, Rabi received the 1944 Nobel Prize in physics. That was close to the number that later would define the second. He first measured a cesium atom’s resonance frequency in 1940, estimating the frequency at 9191.4 megacycles. Rabi in 1939 informally discussed with scientists at the National Bureau of Standards his idea of applying the team’s molecular beam magnetic resonance technique as a time standard. Most of the concepts that led to atomic clocks were developed by physicist Isidor Isaac Rabi and his colleagues at Columbia in the 1930s. Early experiments in the 1930s and 1940s were made possible by rapid advances in quantum mechanics and microwave electronics. Thomson wrote in the second edition of the Elements of Natural Philosophy, published in 1879, that hydrogen atoms, sodium atoms, and others were “absolutely alike in every physical property” and “probably remain the same so long as the particle itself exists.”Ītomic clock experiments didn’t begin until nearly 60 years after the correspondence between Maxwell and Thomson. In 1879 he wrote to electricity pioneer William Thomson, suggesting that the “period of vibration of a piece of quartz crystal” would be a better absolute standard of time than the mean solar second (based on the Earth’s rotation) but would still depend “essentially on one particular piece of matter” and therefore would be “liable to accidents.” Maxwell theorized that atoms would work even better as a natural standard of time. Physicist James Clerk Maxwell was perhaps the first to recognize that atoms could be used to keep time. The circuits were accurate enough to measure and record variations in the Earth’s rotation, but they were still limited in performance and sensitive to environmental changes. It kept time according to the mechanical resonance of vibrating crystals of piezoelectric material-which created electrical signals with a precise frequency. In the 1920s the quartz crystal oscillator circuit was invented. A BRIEF HISTORY OF TIMEKEEPINGįor thousands of years the reference for timekeeping was the Earth’s rotation rate-which was limited in accuracy. Administered by the IEEE History Center and supported by donors, the milestone program recognizes outstanding technical developments around the world. This month the atomic clock received an IEEE Milestone. The clock kept time by tracking the microwave signals that electrons in atoms emit when they change energy levels. The clock helped redefine the duration of a single second, and its groundbreaking accuracy contributed to technologies we rely on today, including cellphones and GPS receivers.īuilding on the accomplishments of previous researchers, Harold Lyons and his colleagues at the U.S. National Bureau of Standards (now the National Institute of Standards and Technology), in Washington, D.C., began working in 1947 on developing an atomic clock and demonstrated it to the public two years later. THE INSTITUTEThe invention of the atomic clock fundamentally altered the way that time is measured and kept. 11/30/2023 0 Comments Pdfpen snow leopardWithout programs like this, many people just see snow leopards as a problem. “The conservation programs help local people stabilize their income and the education programs help develop the understanding needed to actively take part in conservation. “These programs are the key to snow leopard conservation in Kyrgyzstan,” says Kuban. By 2021, we expect to start conservation programs in at least three new communities and expand our successful environmental education program to over 100 children. With agreements in place, we can protect this land in partnership with the local communities.” Under the IUCN Save Our Species project, we will bring new training to rangers in all three co-managed areas, conduct wildlife surveys in these areas, and reach out to build greater engagement with local people.īeyond these co-managed areas, IUCN Save Our Species will also help to build new livelihood and outreach programs across a wider landscape in Kyrgyzstan. “It’s unprotected land, and without these agreements it might already be undergoing unsustainable hunting. “Kochkor is a critical place to conserve,” explains Kubanychbek (Kuban) Zhumabai uulu, Director of Snow Leopard Foundation in Kyrgyzstan. “This will provide direct protection to snow leopards and key prey species through long-term no-hunting agreements and improved anti-poaching ranger patrols.” A wild snow leopard curiously inspects a research camera © Snow Leopard Trust/ Snow Leopard Foundation Kyrgyzstan/ SAEPFĪgreements have already been signed between Snow Leopard Trust, Snow Leopard Foundation in Kyrgyzstan, and the Government of Kyrgyzstan to launch co-management in two new areas, called Aksu and Kochkor. “With support from IUCN Save Our Species, we have a chance to work in partnership with government and local communities to transform existing and potential hunting concessions into co-managed wildlife protection areas,” says Charudutt Mishra, Executive Director of the Snow Leopard Trust. The Government of Kyrgyzstan has since been interested in expanding the model, and our new project with IUCN Save Our Species helps accomplish this aim. Shamshy, a former hunting concession in the Ala Too range of Inner Tien Shan, was converted into a protected area for research and conservation in collaboration with the Government of Kyrgyzstan. In 2015, in response to concerns over unsustainable hunting, a new ‘outside the box’ model was conceived. To accomplish this work, Snow Leopard Trust is joined by longtime collaborators, Snow Leopard Foundation in Kyrgyzstan and Woodland Park Zoo in Seattle, USA.įor many years, Snow Leopard Trust and Snow Leopard Foundation in Kyrgyzstan, with support from the Woodland Park Zoo, have been implementing community-based conservation programs, such as conservation handicrafts, predator-proof corrals, and nature education. In April 2020, IUCN Save Our Species and Snow Leopard Trust began work to reverse these trends with the goal to improve management in novel ‘co-managed’ wildlife conservancies and expand livelihood and outreach programs to local communities. Snow leopards are experts at blending into their mountainous surroundings © Snow Leopard Trust/ Snow Leopard Foundation Kyrgyzstan/ State Agency for Environment Protection and Forestry-Kyrgyzstan (SAEPF) Poaching and intensifying human-wildlife conflicts are major threats to snow leopards in Kyrgyzstan, and across the cat’s range it’s believed that roughly 2-10% of the population could be poached annually. Localized extinctions are believed to have occurred in some areas of the former Soviet Union, including Kyrgyzstan. Their general population trend is thought to be decreasing. Snow leopards are officially recognized as Vulnerable on the IUCN Red List of Threatened Species. Globally, as few as 3,500 snow leopards may remain in the wild and an estimated 150-200 are believed to remain in the stronghold of Kyrgyzstan’s Tien Shan and Alai Mountains. As of spring 2020, IUCN Save Our Species is partnering with the Snow Leopard Trust on an ambitious and innovative 18-month project to protect even more habitat through community partnerships in this prime region. Kyrgyzstan also sits at the crossroads of north and south snow leopard range, and boasts a high diversity of species, including the iconic snow leopard as a flagship. Dominated by soaring mountains, over half of the country is considered prime roaming grounds for the big cats. There is no place for snow leopards quite like Kyrgyzstan. 11/30/2023 0 Comments Poker stars maintenanceThere can be times that the site doesn’t run on certain mobile networks. Also if PokerStars is not working, check your firewall settings in your virus scanner and internet connection that you are using. You are advised to retry from another device prior to contacting customer service. There are most likely network troubles that prevent your device to connect with their servers. Why is PokerStars not working?Īre you having issues logging in and play at PokerStars? There could be many reasons. This can be annoying at times, but setting up these downtimes allows companies to work out any bugs in their games while no one is playing them. Online casinos use downtime as a marketing strategy to get more customers interested in their service- and it works! People get frustrated when their favorite site goes down and come back once it’s back up again, which helps casinos grow their userbase. You can still have fun spinning slots even when your internet goes down since your local computer hosts the games for you. Instead, it just ensures everyone is playing the same game and that everyone has the same results in each spin. Online slots are hosted by an external server when you play them, but that doesn’t affect how you play them. Most of the time the maintenance of PokerStars will only last for 30 minutes maximum. These games still function even when you aren’t connected to the internet since they aren’t hosted on an external server. This is because most games are controlled by software that you install locally on your computer. There are many online games that work seamlessly even when the site is down. This allows them to address any issues before players notice them and report them back to the company. Having these extended downtimes also lets the owners work out any bugs they find in their games while no one is playing them. This leads them to stay on the site longer than they normally would, which is great for business. Players often get used to a casino being offline and then log in right when it comes back online again. Many internet casinos and poker sites tend to go down for long periods of time, which can be frustrating for players. Using downtime as a marketing strategy allows casinos to grow their userbase and create more interest in their service. It’s a smart move since online gambling isn’t as popular as traditional gambling yet. Casinos use this tactic to get more people to sign up since they know players will want to play when the site comes back online. Most known reasons are because of server updates and sometimes 3 rd party downtime can be happening. PokerStars’s downtime doesn’t happen often and there has been no occasion that lasts for several days. There is a lot of frustration from players who can’t access their games during downtimes. Many players have complained that the online casino is down. Visit Site Why is PokerStars not available? |
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