Since the last World Cup, almost every household has the largest HD TV available, most bought just to watch football, but at a fraction of the cost of what it used to be. Many pubs offered 3D games and the market is shaping up to be the next big trend with televisions, no doubt we will all have them for the next World Cup. This raises the question of what the future holds for the beautiful game, how will we enjoy it, how will they play it? There are a variety of theories that are perfectly plausible; the only question is how soon it will arrive. Here is a selection of theories about what football will be like in 2020.

Holograms:

One step ahead of 3D broadcasts are holographic projections; Projecting the game and players onto any coffee table or living room floor could provide a whole new visual experience. In the same way, it could be used to project players in real time onto another field on the other side of the world. This could fill stadiums around the world with millions of fans and provide that real match experience. Depending on what you advance faster, augmented reality could be a quicker step as it already exists on mobile devices.

Interactive experience:

With the rise of cheaper electronics, every seat in a stadium could be equipped with a touch screen computer that offers action replays, stats, the ability to buy food and merchandise, and most importantly; advertising. With smartphones already offering most of this, this feature will likely need to offer something unique and will likely be filled with personalized advertising.

Microchip managers:

Managing future soccer teams will be much easier, as coaches will no longer need to rely on memory, instinct and intuition, but will instead use technology and even artificial intelligence to make decisions. A player’s performance within a game and during a season could be monitored wirelessly to provide vital statistics on their fitness and potential; this could help a coach decide who to keep on the bench and who to bring in in the final minutes. Some airports and secure facilities already use emotional monitoring systems and these could determine which players were getting aggravated and at risk of being expelled or who needs to be encouraged. Analyzing the data and comparing it with that of an opposing team could allow a coach to choose the players that are best suited to the other team, for example a stronger defense or forwards who have experience with a particular goalkeeper. Although such information is only factual, it could provide a valuable backup to the manager and at the same time allow him to put the human touch.

Virtual launch:

The case for field technology is very much alive today and there is the possibility of ruling out all human error in refereeing the game, but governing bodies are reluctant to remove the human element from the game despite the controversy that arises. know what causes. A series of microchips, GPS data, and infrared technology could pinpoint the exact location of the ball, players, and the field of play to accurately mark a shot, place a free throw, and mark our 10 yards. This could be virtual information available only to the referee or projected with lasers on the field.

Little Referee Helpers:

Impact sensitive kits, boots, balls and throwing could help the referee determine if a tackle was a foul and expose diving players; the same technology could also help position a free throw and aid in the decision to give a card. Linesmen are likely to be replaced by technology, as it is relatively simple to determine the position of players and the ball with lasers and camera replays.

Communication:

Currently, the referees communicate with the referees using blutooth headsets to avoid delaying the game with decisions. With this technology, players can communicate wirelessly with and among managers, altering tactics and issuing orders on the go.

Nanotechnology:

Players’ kits could soon be equipped with nanotechnology to treat minor injuries with nutrient-releasing fibers and also combat fatigue and muscle cramps. The same kits could also produce a variety of colors or patterns to suit changing light conditions and even virtual sponsor messages. This could be used to scroll through advertising messages like side billboards and increase ad revenue.

Hyper human players:

Athletes’ training would greatly benefit from technology; Intelligent systems could recognize an individual’s strengths and weaknesses, analyze their metabolic and nervous systems, and develop a unique training program. High-tech training techniques could improve fitness and strength, cryotherapy and magnetic chambers could be used to reduce recovery times and allow players to train harder and more frequently. Advanced supplements could provide the player with the nutrients and energy they need to deplete glycogen fatigue and keep them active for the full 90 minutes. Improved training and diets will mean players will run faster and farther than today’s players, while reducing injuries with gene therapy and the ability to monitor a player’s health. Controversial techniques like stem cell banking and organ mascots could allow players to transplant and regenerate damaged skin, limbs or organs so they can return to training as soon as possible. With this technology, a broken leg could mean that a player simply takes the next day off before training again.