FIFA has stated there is 'no evidence' to support claims that England's equaliser in the 2-1 win over Norway in the World Cup quarter-final should have been ruled out after the ball appeared to strike a camera cable in the build-up. Norway's players protested to the referee after Bellingham scored in first-half stoppage time to make it 1-1 at the Hard Rock Stadium.
Controversial Build-Up
Footage of Orjan Nyland's goal-kick that started the passage of play which led to Bellingham's goal showed the ball's trajectory appearing to change suddenly and dropping down into the path of England midfielder Elliot Anderson. Under the laws of the game, this should have led to play being halted for a drop ball.
Sensor Technology Clears Goal
FIFA, however, said a chip sensor embedded in the ball -- the same technology used to disallow a goal in Croatia's knockout defeat to Portugal earlier in the tournament -- showed there was no sign of the ball hitting the cable. 'Before England's goal in minute 45+2 against Norway, the sensor in the Connected Ball showed no peak in the 'heartbeat of the ball' when in the air, and therefore no evidence that the ball touched the overhead wire and changed the movement of the ball,' the statement said.
Why This Matters
This decision is significant as it underscores the reliance on advanced technology in modern football to ensure fair play and accurate decision-making. The use of sensor technology in the ball provides an additional layer of verification, helping to maintain the integrity of the game. For Bangladesh readers, this highlights the increasing integration of technology in sports, which can have implications for how games are officiated and perceived globally.
Next Steps
With the goal standing, England progressed to the semi-finals, where they faced a formidable opponent. The incident, however, sparked a broader discussion about the role of technology in officiating and the need for continuous improvements to ensure accuracy and fairness in high-stakes matches.






























