AI is giving people a confidence boost they might not deserve, especially among those who consider themselves tech-savvy. Studies show that using AI for problem-solving leads many to overestimate their own abilities, with higher AI literacy actually making users more likely to trust the machine and question themselves less. The smarter we think we are with technology, the more likely we are to fall for its digital flattery.

Meanwhile, ancient Australia was home to predators that make today’s wildlife look tame. Fossil evidence suggests that five-metre crocodiles once hunted by dropping out of trees onto unsuspecting prey. This twist on the classic crocodile encounter adds a new layer of terror to Australia’s already legendary roster of dangerous animals. Forget snakes in the grass. Sometimes the real threat was lurking above.

On the cultural front, Gen Z is challenging old standards and rewriting the rules on everything from ironing to mental health. Some in this generation long for a less digital era, question the value of traditional skills, and proudly reject the notion that neat clothes equal good character. They also claim credit for baggy jeans and even admit to being the most annoying generation to work with.

From digital delusions to tree-dwelling crocs and Gen Z’s new priorities, the only thing we can count on is that the world refuses to stay boring.

CHAPTERS:

00:00 Introduction 

00:48 AI and the Dunning-Kruger Effect

02:11 AI Literacy and Overconfidence

02:51 AI's Impact on Self-Assessment

06:59 Australian Wildlife and Myths

07:35 Legend of the Drop Croc

08:57 Generational Differences

10:10 Gen Z's Perspective

11:03 Skills and Inventions

12:52 Annoying Generations at Work

13:40 Conclusion and Call to Action

SOURCES:

AI Is Causing a Grim New Twist on the Dunning-Kruger Effect

Generation Conflicted: How Do Gen Zers Compare Themselves to Past Generations?

Evidence of ancient tree-climbing 'drop crocs' found in Australia

Australia’s oldest crocodylian eggshell: insights into the reproductive paleoecology of mekosuchines