Quique Llopis, biomechanics, and hours of video in search of the hundredth that will lead him to world gold: 'We measure everything'
Spanish athlete Quique Llopis is preparing for the World Indoor Championships in Torun, Poland, aiming for a medal by analyzing minute details of his performance.
The Secret of Cats Has Been Revealed. Scientists Have Figured Out a Certain 'Trick'
Researchers have discovered that the flexibility of a cat's spine plays a crucial role in its ability to perform agile movements in the air.
Neither Acrobats nor Contortionists by Nature: A Scientific Study Explains Why Cats Almost Always Land on Their Feet
A new scientific study reveals the complex motor factors that enable cats to almost always land on their feet during free falls.
The Secret of Cats' 'Four-Legged Landing' Lies in the 360-Degree Rotating Thoracic Spine
A recent study suggests that cats can always land on their feet due to the unique flexibility and structure of their thoracic spine, allowing for efficient body rotation during free fall.
Biomechanics: Why Cats Always Land on Their Feet
Japanese researchers have made progress in understanding how cats manage to land on their feet after falling, though some aspects remain unclear.
Floky Brings Science to Padel to Reduce Vibrations and Injuries
Floky has developed a biomechanical sleeve that reduces arm vibrations by 30% during padel games, aiming to minimize injuries associated with the sport.
Jeff Nippard, professional bodybuilder and powerlifter: 'The key to a perfect deadlift is technique, not brute strength'
Jeff Nippard emphasizes the importance of technique over brute strength for executing a perfect deadlift, offering a structured approach based on biomechanical efficiency.
Is being a left-handed batsman beneficial for cricket?
The article discusses how the biomechanics of left-handed batsmen can provide advantages in cricket, particularly against right-handed bowlers who often target them.