558 results found for 18-22-year-olds

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00:31:00

Where am I From? Where Are You Going?

by Ryoji Noyori
Where am I From? Where Are You Going?
for 18-22 and upwards,
Lectures | 18-22 and upwards | 9 years ago | 1547 views
Rating:

Scientific research is a never-ending 'journey of knowledge'. There is more meaning in experiencing various encounters and making a good journey itself than reaching the destination. Basic science has eternal cultural value; it has served to heighten....

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00:33:00

Towards Adaptive Chemistry

by Jean-Marie Lehn
Towards Adaptive Chemistry
for 18-22 and upwards,
Lectures | 18-22 and upwards | 9 years ago | 1550 views
Rating:

Molecular chemistry implementing reversible chemical bonds between atoms in molecules, as well as supramolecular chemistry, whose molecular components are held together by intermolecular interactions, are able to undergo a continuous change in consti....

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00:32:00

Aquaporin Water Channels – From Atomic Structure to Malaria

by Peter Agre
Aquaporin Water Channels – From Atomic Structure to Malaria
for 18-22 and upwards,
Lectures | 18-22 and upwards | 9 years ago | 3271 views
Rating:

Aquaporin channels allow water to rapidly cross cell membranes in all living organisms. AQP1 confers red cells and proximal renal tubules with high water permeability. Present in renal collecting duct, AQP2 is regulated by vasopressin, and human muta....

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00:31:00

Seeing is Believing – A Hundred Years of Visualizing Molecules

by Venkatraman Ramakrishnan
Seeing is Believing – A Hundred Years of Visualizing Molecules
for 18-22 and upwards,
Lectures | 18-22 and upwards | 9 years ago | 1365 views
Rating:

It has been a hundred years since molecules were first visualized directly by using x-ray crystallography. That gave us our first look at molecules as simple as common salt to one as complex as the ribosome that has almost a million atoms. In the las....

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00:28:00

Optical Microscopy – the Resolution Revolution

by Stefan Hell
Optical Microscopy – the Resolution Revolution
for 18-22 and upwards,
Lectures | 18-22 and upwards | 9 years ago | 1406 views
Rating:

Throughout the 20th century it was widely accepted that a light microscope relying on conventional optical lenses cannot discern details that are much finer than about half the wavelength of light (200-400 nm), due to diffraction. However, in the 199....

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00:03:00

The Florida Bar Benchmarks Program Toolkit

by Erin Watson
The Florida Bar Benchmarks Program Toolkit
for 18-22 and upwards,
Arts presentations | 18-22 and upwards | 10 years ago | 1866 views
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00:01:00

The Florida Bar Benchmark Program Lessons

by Major Harding
The Florida Bar Benchmark Program Lessons
for 18-22 and upwards,
Arts presentations | 18-22 and upwards | 10 years ago | 1729 views
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00:01:00

The Role of the Courts: The Florida Bar Benchmarks Program

by Major Harding
The Role of the Courts: The Florida Bar Benchmarks Program
for 18-22 and upwards,
Arts presentations | 18-22 and upwards | 10 years ago | 1699 views
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00:01:00

The Role of the Courts

by Major Harding
The Role of the Courts
for 18-22 and upwards,
Arts presentations | 18-22 and upwards | 10 years ago | 1570 views
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00:26:00

Climbing with adhesion

by Mark Kutkosky
Climbing with adhesion
for 18-22 and upwards,
Lectures | 18-22 and upwards | 10 years ago | 1696 views
Rating:

Mark Cutkosky is Fletcher Jones Professor of Mechanical Engineering at Stanford. Here he discusses climbing robots and how they can take their cue from nature.

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00:25:00

Physical perspective on cytoplasmic streaming

by Ray Goldstein
Physical perspective on cytoplasmic streaming
for 18-22 and upwards,
Lectures | 18-22 and upwards | 10 years ago | 1530 views
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Professor Ray Goldstein FRS is the Schlumberger Professor of Complex Physical Systems at the University of Cambridge. Here he describes a biological example of topological inversion, with relevance to engineering problems in human technology.

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00:33:00

Biomimetic adhesive microstructures

by Stanislav Gorb
Biomimetic adhesive microstructures
for 18-22 and upwards,
Lectures | 18-22 and upwards | 10 years ago | 1542 views
Rating:

Stanislav Gorb is Professor of Zoology at the University of Kiel, Germany, with an interest in functional morphology and biomechanics. Here he discusses clustering as a form of self-assembly, and applications in adhesion.

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