Why We Choke Under Pressure: New Monkey Study Reveals Brain’s Role in Performance

A new study in monkeys reveals how the anticipation of a large reward can actually hinder performance. Researchers discovered that the prospect of a big payoff can interfere with brain signals responsible for preparing us for tasks, leading to underperformance. This research sheds light on why we sometimes falter under pressure and offers potential avenues for improving performance in various contexts.

Eldest Daughter Syndrome: The Unpaid Internship of Life

This article explores the unique pressures and expectations placed on eldest daughters, often leading to a sense of responsibility and perfectionism that persists into adulthood. It examines the phenomenon of ‘eldest daughter syndrome’, exploring its impact on self-perception, relationships, and career choices. The author shares personal anecdotes and scientific findings to shed light on this often-unacknowledged experience.

Ronnie O’Sullivan Opens Up on the Pressure Cooker of the Crucible

Snooker legend Ronnie O’Sullivan has revealed the intense pressure he faces at the Crucible, the venue for the World Snooker Championship. In an Amazon Prime documentary, O’Sullivan admitted to feeling physically ill with nerves before matches. Despite his seven World Championship titles, the pressure never seems to diminish. This year, O’Sullivan is chasing a record eighth crown, but he knows the task will be far from easy. The Crucible’s unique atmosphere and the high stakes involved take a toll on even the greatest players, making it a true test of mental strength and resilience.

Pressure in the Womb Shapes Baby’s Face, Study Finds

A study published in Nature Cell Biology has found that physical pressures experienced by the embryo play a significant role in shaping facial features. The study, which involved observations on mouse and frog embryos as well as human embryoids, found that higher-than-normal levels of pressure can disrupt the development of facial features. This suggests that differences in pressure might contribute to the risk of facial malformations, including craniosynostosis.

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