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On March 28, 1965, Martin Luther King, Jr. appeared on NBC's Meet The Press to discuss his historic five-day march from Selma to Montgomery, Alabama.
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One week after leading, King said that the demonstration was necessary not just to help push the Voting Rights Bill through, but to draw attention to the humiliating conditions in Alabama such as police brutality and racially-motivated murder.
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On the Sea Islands along the coasts of South Carolina and Georgia, a painful chapter of American history is playing out again. These islands are home to the Gullah or Geechee people, the descendants of enslaved Africans who were brought to work at the plantations that once ran down the southern Atlantic coast. After the Civil War, many former slaves on the Sea Islands bought portions of the land where their descendants have lived and farmed for generations. That property, much of it undeveloped waterfront land, is now some of the most expensive real estate in the country.
But the Gullah are now discovering that land ownership on the Sea Islands isn’t quite what it seemed. Local landowners are struggling to hold on to their ancestral land as resort developers with deep pockets exploit obscure legal loopholes to force the property into court-mandated auctions. These tactics have successfully fueled a tourism boom that now attracts more than 2 million visitors a year. Gullah communities have all but disappeared, replaced by upscale resorts and opulent gated developments that new locals — golfers, tourists, and mostly white retirees — fondly call “plantations.”
Faced with an epic case of déjà vu, the Gullah are scrambling for solutions as their livelihood and culture vanish, one waterfront mansion at a time.
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Every Google search, OKCupid date, and Netflix recommendation, and even the items and prices you see at the grocery store is uses massive amounts of data. Algorithms of increasing complexity make sense of this ever-expanding mountain of data, and are helping us achieve unprecedented insights into medicine and other fields, create even more powerful computers, and much more. Watch scientists James Fowler, Steven Strogatz, Andrew Lo, and Seth Lloyd crunch the numbers in "Go Figure: Predicting the World With Math," part of the Big Ideas series from the 2014 World Science Festival.
This program is part of the Big Ideas Series, made possible with support from the John Templeton Foundation.
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Original Program date: June 1, 2014
Host: Ira Flatow
Participants: James Fowler, Steven Strogatz, Andrew W. Lo, Seth Lloyd
Predicting the World with Math introduction. 00:00
Ira Flatow's Introduction. 1:35
Participant Introductions. 2:42
How much data is there in the world? 4:35
What is big data and machine learning? 11:24
Will we need new tools to analyze all of this data? 14:00
Will we be able to track everything you do 24/7? 19:57
Are there ant natural algorithms that can predict our world? 26:36
Can we use FaceBook to make predictions of the world? 34:18
Does god play dice with the universe? 42:32
Asking better questions to get better data. 50:06
Can we predict when society will change it's mind? 59:05
How will quantum computing change the future? 1:05:17
Predicting how a disease will spread. 1:13:05
Why was the SARS epidemic stunted from predictions? 1:17:43
How do you all approach a problem from your different decisions. 1:21:23
Demographics and marketing in a social world. 1:27:26
From a bee’s hexagonal honeycomb to the elliptical paths of planets, symmetry has long been recognized as a vital quality of nature. Einstein saw symmetry hidden in the fabric of space and time. The brilliant Emmy Noether proved that symmetry is the mathematical flower of deeply rooted physical law. And today’s theorists are pursuing an even more exotic symmetry that, mathematically speaking, could be nature’s final fundamental symmetry: supersymmetry. Join some of the world’s preeminent scientists to explore the core role symmetry plays in our unraveling of nature’s deepest secrets—and catch a glimpse of profoundly important symmetries that may be awaiting us just over the horizon.
MODERATOR: John Hockenberry
PARTICIPANTS: Robbert Dijkgraaf, David Gross, Alan Lightman, Maria Spiropulu
Original Program Date: June 4, 2016
This program is part of the Big Ideas Series, made possible with support from the John Templeton Foundation.
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The Predictive Power Of Symmetry 00:00
John Hockenberry's Introduction 3:10
Participant Introductions 7:18
What are the different types of symmetry? 8:48
The symmetry of the laws of nature 12:30
How has the discussion of symmetry evolve? 17:27
Why is nature so good with symmetry? 19:54
Math and symmetry go hand and hand 25:30
How your face needs to be non symmetrical 33:20
What kind of symmetry are fractals 40:05
Gage symmetry is influencing the Higgs 46:45
Scale symmetry and the vacuum 48:50
Einstein proposed symmetry of motion 55:07
How does the multiverse theory play in to symmetry? 1:01:20
Looking at breaking symmetry 1:06:40
Gravity may not come together with the other forces 1:11:23
Theorist and Experimentalist can get along 1:18:58
Super symmetry is an enlargement of space 1:20:47
What are experimental data can we expect in the next few years? 1:23:00
Visualizing the higgs and adding more energy 1:27:20
When no one is looking, a particle has near limitless potential: it can be nearly anywhere. But measure it, and the particle snaps to one position. How do subatomic objects shed their quantum weirdness? Experts in the field of physics, including David Z. Albert, Sean Carroll, Sheldon Goldstein, Ruediger Schack, and moderator Brian Greene, discuss the history of quantum mechanics, current theories in the field, and possibilities for the future.
This program is part of the Big Ideas Series, made possible with support from the John Templeton Foundation.
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Original Program date: May 29, 2014
Host: Brian Greene
Participants: David Z. Albert, Sean Carroll, Sheldon Goldstein, Ruediger Schack
Brian Greene's Introduction. 00:00
The double-slit experiment 4:03
Waves of probability. 10:50
Participant Introductions. 17:55
The classic outlook changed forever. 19:41
The Norman Ramsey approach to quantum mechanics. 22:44
The quantum measurement problem. 28:45
Does there need to be a clear separation between the quantum description and the observer? 31:44
How does the double slit fit into this example? 38:49
The many worlds approach to quantum mechanics. 45:48
If we can't see the other worlds, isn't that equal to believing in god or angels? 50:45
Summing up the many worlds theory. 59:52
Spontaneous collapse theory. 1:00:04
How do you make this theory precise. 1:08:00
Tallying the votes for collapse theory. 1:13:27
What is Qbism? 1:14:00
Does cubism gives a description of the world that needs an observer? 1:19:25
Two equations vs one. 1:27:04
The final vote for Qbism. 1:30:20
What are fractals?
A fractal is a never-ending pattern that has self-similarity. This is one of the topics in math in the modern world nature and arts.
⏲️ Timestamps ⏲️
Introduction: (0:00)
What are fractals (9:41)
Self-similarity of Fractals (14:52)
How to compute Fractal dimension (15:41)
Formula of fractal dimension (22:55)
Examples of fractals (28:58)
Fractals in nature (38:12)
Fractals in architecture (39:20)
Fractals in arts (39:30)
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Intelligence was once thought to be uniquely human. But researchers have discovered astonishing cognitive abilities in many other species—not just our close cousins like chimps, or fellow mammals like dolphins—but also crows, parrots, and even octopuses. If we consider the intelligence of swarms, we must add bees, termites, and ants to the list of super smart creatures. Join the scientists who study smarts as we ask: What is intelligence? Why do some species get an extra dose? And just how special are humans, really?
This program is part of the BIG IDEAS SERIES, made possible with support from the JOHN TEMPLETON FOUNDATION.
PARTICIPANTS: Simon Garnier, Suzana Herculano-Houzel, Frank Grasso, Denise Herzing
MODERATOR: Faith Salie
MORE INFO ABOUT THE PROGRAM AND
PARTICIPANTS: https://www.worldsciencefestiv....al.com/programs/reth
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