Mind Bending Physics

Mind Bending Physics

Higher Education

Explore, Experiment, Enjoy!

About us

"Mind Bending Physics" is a dynamic LinkedIn page designed to explore the most intriguing and complex aspects of physics, breaking down advanced concepts into engaging and thought-provoking discussions. Whether you're a student, educator, or enthusiast, the page offers insights into theoretical and experimental physics, bridging the gap between high-level theory and everyday applications. Expect regular posts on topics like quantum mechanics, relativity, and cutting-edge discoveries, all crafted to challenge your understanding and spark curiosity about the universe's underlying principles.

Industry
Higher Education
Company size
5,001-10,000 employees
Headquarters
Canada
Type
Nonprofit

Locations

Employees at Mind Bending Physics

Updates

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    111,110 followers

    The resonance effect during an earthquake occurs when the natural frequency of a building matches the frequency of seismic waves, amplifying the building's vibrations. Buildings of different sizes are affected differently by this phenomenon. Smaller, shorter buildings typically have higher natural frequencies, making them more susceptible to fast, high-frequency seismic waves. In contrast, taller buildings have lower natural frequencies and are more vulnerable to slower, low-frequency waves. When the frequency of the ground motion matches the natural frequency of a building, resonance can cause severe amplification of vibrations, leading to structural damage or collapse. Engineers aim to design buildings with damping systems and structural flexibility to minimize the impact of resonance during earthquakes.

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    111,110 followers

    Leonardo da Vinci's bridge, also known as the self-supporting or "spring-loaded" bridge, showcases the genius of Renaissance engineering. What makes it unique is that no nails, screws, or ropes are needed! The wooden beams cleverly interlock, using their own weight and pressure to create a stable, sturdy structure. Its strength lies in how the forces are evenly distributed, preventing collapse, while the arches efficiently transfer weight to the ground. Built from simple materials, the bridge can handle heavy loads and easily assemble and disassemble. This clever design was perfect for military use, where armies needed quick, temporary bridges to cross rivers. How incredible is it that da Vinci's innovation still fascinates us today? What are your thoughts on this masterpiece❓

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    111,110 followers

    Dario Costa, the first person to fly a plane through a tunnel, taking off in one tunnel and flying his race airplane into and out of the second at 250kph to set several world records and enter aviation history. Dario is an experienced professional race pilot and whilst he had been dreaming of attempting this for years, he knew it would be a complicated challenge. Video credit and rights are reserved for the respective owner.

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    111,110 followers

    Have you ever noticed how magicians can easily free themselves from handcuffs? They might be leveraging the principles of topology! It’s not merely about the mechanics of locks; it’s about grasping how objects can change forms without needing to break or cut them. 🔓 Consider those tangled headphones you find in your pocket. Often, what seems like an impossible knot can be untangled with the right approach. Topology offers insight into why some knots are genuinely locked while others only seem to be stuck. A mathematician recognizes what a magician intuitively understands: certain arrangements contain hidden ways to escape! Follow: Mind Bending Physics for such educational content.

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