The power rule is arguably the most frequently used calculus rule. This essay presents the mathematical fundamentals behind this useful rule in detail!
Correlation (II): How To Spot The Surrogate Endpoint Problem?
More than 130 years after the discovery of correlation, the surrogate endpoint problem is still unsolved. It tricks researchers into making false conclusions.
Calculus (V): How To Differentiate, Actually?
Knowing how to differentiate is one of the fundamental prerequisites of calculus. Learn the math and motivation behind the ‘dy/dx’ computation in this essay!
Learning Better Using Tacit Knowledge
Tacit knowledge is not only essential for learning better but also for highly personalized expertise. Be an expert whilst being YOU at the same time!
Calculus (IV): How To Replace Limits With Infinitesimals?
This essay is all about an alternative version of calculus that aims to replace limits with infinitesimals. The history behind infinitesimal calculus is rough!
Ant On A Rubber Rope Paradox – How To Solve It?
The Ant on a rubber rope paradox exposes intuition's blind side via mathematical logic. Will a slow-moving ant ever reach the end of a faster stretching rope?
Can You Really Solve This Tricky Logic Puzzle (III)?
Welcome to the third entry in the tricky logic puzzle series. Test your verbal reasoning skills as well as your spatial reasoning skills with this puzzle!
Correlation: One Of The Most Misunderstood Concepts In Science
Correlation is at the heart of scientific discovery. Yet, researchers abundantly misread this term. This essay covers the counter-intuitive math behind it.
Calculus (III): What Is A Derivative? How To Really Integrate Differentials?
When it comes really understanding what a derivative means, many people take things for granted. People seldom ask the fundamental questions. This essay does!
How To Actually Solve The Bouncing Ball Puzzle?
The bouncing ball puzzle features a special elastic ball than bounces an infinite number of times. To solve it, you will need a strong grasp of ‘Limits’.