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Bozeman Science
Models
In this video Paul Andersen shows you how to develop and use models in a mini-lesson on Models. Two examples are included in the video and two additional examples are included in the linked thinking slides. <br/>
Bozeman Science
Modeling Phenomena
In this video Paul Andersen shows you how to develop and use models in a mini-lesson on modeling phenomena. Two examples are included in the video and two additional examples are included in the linked thinking slides. <br/>
Bozeman Science
Modeling Causal Accounts
In this video Paul Andersen shows you how to INSERTPRACTICE in a mini-lesson on INSERTTITLEHERE. Two examples are included in the video and two additional examples are included in the linked thinking slides. <br/>
Bozeman Science
Modeling Systems with Evidence
In this video Paul Andersen shows you how to develop and use models in a mini-lesson on modeling systems with evidence. Two examples are included in the video and two additional examples are included in the linked thinking slides. <br/>
TED-Ed
TED-Ed: Why don’t companies want you to repair your stuff? | Aaron Perzanowski
Today, some companies are working hard to prevent consumers from repairing products on their own. In many cases, repair can only be done by the original manufacturer, if at all. With limited repair options available, we end up buying new...
SciShow
Cats Shouldn't Love Tuna (But They Do)
Tuna are big, fast-swimming ocean fish. They're hardly the natural prey of cats, whose ancestors evolved in the desert. Yet a study of taste receptors in cats shows that they're predisposed to LOVE tuna.<br/>
SciShow
A Brief History of Robotics
Why don’t we have robots taking care of our every need by now? A little history of the field of robotics might help you understand how hard it is to get machines to perform tasks, and how far we’ve come in just a few decades.
SciShow
How Machines the Size of Molecules Could Change the World
Future advances in engineering may come from chemistry. From molecular motors to salt-shaker-drug-deliverers, the future looks small.
PBS
Self-empowerment is sweet for diabetes patients in innovative program
Empowering diabetes patients to feel like they can change their health is the goal of Project Dulce, an innovative program in San Diego that has been held up as a national model. It combines peer counseling, guidance from physicians and...
3Blue1Brown
Quaternions and 3d rotation, explained interactively - Part 2 of 2
An introduction to an interactive experience on why quaternions describe 3d rotations
3Blue1Brown
Quaternions and 3d rotation, explained interactively
An introduction to an interactive experience on why quaternions describe 3d rotations
TED Talks
TED: On the verge of creating synthetic life | Craig Venter
Can we create new life out of our digital universe? Craig Venter asks. His answer is "yes" -- and pretty soon. He walks through his latest research and promises that we'll soon be able to build and boot up a synthetic chromosome. NOTE:...
PBS
The Geometry of SET
In the card game SET, what is the maximum number of cards you can deal that might not contain a SET?
Bozeman Science
Thinking in Systems - Level 3 - Inputs, Processes and Outputs
In this video Paul Andersen shows conceptual thinking in a mini-lesson on inputs, processes and outputs in a system.
T
ERMS:
System models - a representation o
f a system
Interactions - reciprocal (two-way) acti
on...
T
ERMS:
System models - a representation o
f a system
Interactions - reciprocal (two-way) acti
on...
SciShow
How Machines the Size of Molecules Could Change the World
Future advances in engineering may come from chemistry. From molecular motors to salt-shaker-drug-deliverers, the future looks small.
Bozeman Science
Thinking in Systems - Level 2 - Components and Interactions
In this video Paul Andersen shows conceptual thinking in a mini-lesson on components and interactions within systems.
T
ERMS:
System - a set of components (e.g. things) workin
g together
Components - a part of
a larger...
T
ERMS:
System - a set of components (e.g. things) workin
g together
Components - a part of
a larger...
TED Talks
TED: Lifelike simulations that make real-life surgery safer | Peter Weinstock
Critical care doctor Peter Weinstock shows how surgical teams are using a blend of Hollywood special effects and 3D printing to create amazingly lifelike reproductions of real patients -- so they can practice risky surgeries ahead of...
SciShow
What's the Best Way to Rescue a Drowned Phone?
What should you do after your phone goes for a swim?
TED Talks
Tom Wujec: 3 ways the brain creates meaning
Information designer Tom Wujec talks through three areas of the brain that help us understand words, images, feelings, connections. In this short talk from TEDU, he asks: How can we best engage our brains to help us better understand big...
TED Talks
Peter van Manen: Better baby care -- thanks to Formula 1
During a Formula 1 race, a car sends hundreds of millions of data points to its garage for real-time analysis and feedback. So why not use this detailed and rigorous data system elsewhere, like at children's hospitals? Peter van Manen...
TED Talks
George Whitesides: Toward a science of simplicity
Simplicity: We know it when we see it -- but what is it, exactly? In this funny, philosophical talk, George Whitesides chisels out an answer.
TED Talks
TED: The power of venom -- and how it could one day save your life | Mandë Holford
Venom can kill ... or it can cure. In this fascinating talk, marine chemical biologist Mandë Holford shares her research into animal venom, from killer sea snails to platypuses and slow lorises -- and explores its potential to one day...
TED-Ed
TED-Ed: How do the lungs work? - Emma Bryce
When you breathe, you transport oxygen to the body's cells to keep them working, while also clearing your system of the carbon dioxide that this work generates. How do we accomplish this crucial and complex task without even thinking...
SciShow
What Will Happen to The ISS?
After more than two decades buzzing around above our heads, the life of the ISS will soon be coming to a close. But what does that actually look like? And what does it mean for the future of space experimentation?