Presenter(s)

    Brett Jones, Andrew Shoemaker, Charles Strunc

    Comments

    9:00-10:15, Kennedy Union Ballroom

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    Description

    Before 1905, it was believed that time and space were absolute. Two observers will measure the same time and space regardless of the frame of reference where measurements are made. However, Albert Einstein challenged this long-held belief after introducing his well known special theory of relativity. This theory transformed how we view the universe as a whole. His theory shows that two observers would measure different times and distances when they move with respect to each other. In particular, time slows down and distance shrinks in moving frames. As an example, in our presentation we will discuss the twin paradox where we will show that the traveling twin will age less. Ten years later (1915), Einstein introduced his general theory of relativity where he shows that massive objects like planets and stars can bend space and time around them, affecting how the fabrics of space-time behave. This idea upends the traditional view of a constant, unchanging reality, showing instead that time and space are dynamic and interwoven in ways we’d never imagined before.

    Publication Date

    4-23-2025

    Project Designation

    Course Project - PHY 321 01

    Primary Advisor

    Mo Ahoujja

    Primary Advisor's Department

    Physics

    Keywords

    Stander Symposium, College of Arts and Sciences

    Institutional Learning Goals

    Scholarship; Scholarship; Scholarship

    Time and Space are not Absolute

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