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2 weeks ago | 
esquire.com | Caroline Delbert
Una nueva teoría sugiere que la gravedad surge de la entropía, lo que podría unir la relatividad y la mecánica cuánticaLos científicos creen que la gravedad podría ser un campo cuántico¿Es real la gravedad? Un nuevo experimento pionero plantea interrogantesDos científicos en Finlandia afirman haber avanzado en la búsqueda de una teoría unificada de la gravedad, incluyendo “una teoría completa y renormalizable de la gravedad cuántica”.
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2 weeks ago | 
popularmechanics.com | Caroline Delbert
Here’s what you’ll learn when you read this story:Dark matter could be the result of fermions pushed into a warped fifth dimension. This theory builds on an idea first stated in 1999, but is unique in its findings. Dark matter makes up 75 percent of matter but has never been observed ... yet. Scientists say they can explain dark matter by positing a particle that links to a fifth dimension.
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2 weeks ago | 
flipboard.com | Caroline Delbert
1 day agoThe FDA has been tasked with re-evaluating the safety of mifepristone after a flawed report claimed it has a high rate of serious complications. Health and Human Services Secretary Robert F. Kennedy Jr. has tasked the Food and Drug Administration with conducting a safety review of mifepristone, a …
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2 weeks ago | 
popularmechanics.com | Caroline Delbert
Here’s what you’ll learn in this story. A new paper uses a simplified model to prove that gravity can be unified between quantum and standard physics. The simpler model still meets the established requirements for a robust unified gravity theory. Even if this theory does not prove revolutionary, it shows that new ways of thinking are possible.
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2 weeks ago | 
yahoo.com | Caroline Delbert
Here’s what you’ll learn in this story. A new paper uses a simplified model to prove that gravity can be unified between quantum and standard physics. The simpler model still meets the established requirements for a robust unified gravity theory. Even if this theory does not prove revolutionary, it shows that new ways of thinking are possible.
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3 weeks ago | 
esquire.com | Caroline Delbert
Dos matemáticos resuelven un problema matemático centenarioUnos matemáticos logran resolver un antiguo enigma del álgebra abstracta, marcando un hito en esta rama de las cienciasLos matemáticos se están replanteando el signo igualDos matemáticos han utilizado un nuevo enfoque geométrico para abordar un problema muy antiguo del álgebra. En el colegio, aprendemos a multiplicar y factorizar ecuaciones polinómicas como (x² – 1) o (x² + 2x + 1).
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3 weeks ago | 
prevention.com | Caroline Delbert
Two mathematicians have used a new geometric approach in order to address a very old problem in algebra. In school, we often learn how to multiply out and factor polynomial equations like (x² – 1) or (x² + 2x + 1). In real life, these equations get very messy, very fast. In fact, mathematicians typically only approximate the solutions for ones above a certain value, known as higher degree (or higher order) polynomials.
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3 weeks ago | 
yahoo.com | Caroline Delbert
Two mathematicians have used a new geometric approach in order to address a very old problem in algebra. In school, we often learn how to multiply out and factor polynomial equations like (x² – 1) or (x² + 2x + 1). In real life, these equations get very messy, very fast. In fact, mathematicians typically only approximate the solutions for ones above a certain value, known as higher degree (or higher order) polynomials.
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3 weeks ago | 
flipboard.com | Caroline Delbert
NowStudents are already using A.I. to learn and write. The education policy expert Rebecca Winthrop explores the big questions emerging for educators and parents. Here’s a statistic I’ve been thinking about recently: In 1976, about 40 percent of high school seniors had read six books or more for fun in …
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3 weeks ago | 
popularmechanics.com | Caroline Delbert
Two mathematicians have used a new geometric approach in order to address a very old problem in algebra. In school, we often learn how to multiply out and factor polynomial equations like (x² – 1) or (x² + 2x + 1). In real life, these equations get very messy, very fast. In fact, mathematicians typically only approximate the solutions for ones above a certain value, known as higher degree (or higher order) polynomials.
