High School Students Make Mathematical Discovery Unproven For 2,000 Years
March 29, 2023
Two high school students in New Orleans are causing quite a stir among mathematicians after discovering a new way to look at a 2,000 year old formula.
Calcea Johnson and Ne'Kiya Jackson / Credit: WWLTV
Last week, Calcea Johnson and Ne'Kiya Jackson gave a presentation to the American Mathematical Society's Annual Southeastern Conference in Atlanta.
The St. Mary’s Academy seniors claimed Pythagoras' Theorem (a squared + b squared = c squared) can be proven with trigonometry -- something that many thought was impossible.
Since the Pythagorean theorem is the basis of trigonometry, it is said there are no trigonometric proofs because that is circular logic and an idea cannot prove itself.
But Johnson and Jackson were able to prove the theorem with trigonometry.
"I saw like a bunch of people like this, and like, writing down stuff and pulling up things on their computers like, oh, like the connections and I was like, wow, they really connected with this," Johnson said.
"Afterwards, we got a lot of congratulations," Jackson said. "Some people apparently started recording."
Watch the news video below.
The theorem is named for the Greek philosopher Pythagoras, born around 570 BC.
Click Here For The Most Popular On Sunny Skyz
Zoo Visitor Captures Incredible Moment An Elephant Saves A Gazelle From Drowning
She Meant Every Word Of 'In Sickness And In Health'
My Friend Threw Her Disabled Cat A Birthday Party In The Park
The Grade That Saved A Life: A Professor's Unforgettable Act Of Kindness
Hummingbirds Are Nesting On String Lights - And People Are Sharing The Cutest Photos
Parents Secretly Build Disney-Themed Backyard While Kids Sleep
Zoo Visitor Captures Incredible Moment An Elephant Saves A Gazelle From Drowning
Golden Retriever Pushes Owner Into Water Causing Hilarious Chaos
Man Claims He Can Speak Chicken - And Then Proves It
Emu Has An Absolute Blast Playing Chase With Dogs
Kid's Freestyle Dance To Live Jazz Is Pure Joy — And Viewers Can't Get Enough