Top Vídeos
"Clouds Below Your Knees" by Ray Lynch. Taken from his album 'No Blue Thing'. I used to listen to this song all the time as an adolescent and recently re-discovered it. This is one of my favorite songs on the album and I decided to put it up since no one else had. :) Enjoy. No Copyright infringement intended.
All credits to:
Compositions: Ray Lynch
Produced by: Ray Lynch
(P) 1989 Ray Lynch Productions/BMI
Ray Lynch-Keyboards, Classical Guitar
Tom Canning-"Guitar" Synthesizer
Timothy Day-Flute
Julie Ann Giacobassi-Oboe, English Horn
Amy Hiraga-Violin
David Kadarauch-Cello
Basil Vendryes-Viola
Geraldine Walther-Viola
Peter Wyrick-Cello
Song by Ray Lynch from the album 'No Blue Thing'. No Copyright infringement intended.
All credits to:
Compositions: Ray Lynch
Produced by: Ray Lynch
(P) 1989 Ray Lynch Productions/BMI
Ray Lynch-Keyboards, Classical Guitar
Tom Canning-"Guitar" Synthesizer
Timothy Day-Flute
Julie Ann Giacobassi-Oboe, English Horn
Amy Hiraga-Violin
David Kadarauch-Cello
Basil Vendryes-Viola
Geraldine Walther-Viola
Peter Wyrick-Cello
Athair ar Neamh as played in wedding of Prince Carl Philip, Duke of Värmland, and Sofia Hellqvist. The wedding took place on 13th June 2015 at Slottskyrkan, Stockholm.
The song was played when Sofia walked down the aisle to Prince Carl Philip.
Originally composed by Irish musician Enya.
Album: The Memory of Trees
Song: Athair ar Neamh
There are some clicks in the beginning of the recording. This is due to original source.
This is my arrangement of "Athair ar Neahm" by Enya from the book "Fingerpicking Enya". Enya sings this beautiful tune in Irish Gaelic. It works very well as a guitar solo. I tried to keep the prayer-like quality of the song. The tuning of the guitar is dropped D.
Please visit my website and facebook for links to more videos:
Website: http://www.larrybeekman.com/
facebook: https://www.facebook.com/larrybeekmanguitarstudio
http://www.enya.com
Sequences from movie ''The Lovely Bones'' .
(Supernatural drama film directed by Peter Jackson)
Visual content managed by: paramount_vfp
english lyrics:
Father in Heaven, God bless us
Father in Heaven, God bless me
My soul, my heart, my glory,
praise to you, God.
Long is the peaceful day
Long is the night without gloom
Delight, joy, love,
praise to you, God.
I glorify you day after day.
I glorify you night after night.
Father in Heaven, God bless us
Father in Heaven, God bless me
The moon, the sun, the wind,
praise to you, God.
Select the optimal resolution 720p
Thank you all for viewing and comments! All the best!
http://www.youtube.com/user/TBluedream
http://www.youtube.com/user/bluesensation75
https://www.facebook.com/pages..../Tatiana-Blue/221910
Screen shots inspired by the music of Enya. Lyrics:
=========================
Athair ar Neamh, Dia linn
Athair ar Neamh, Dia liom
M'anam, mo chroí, mo ghlóir,
moladh duit, a Dhia.
Fada an lá, go sámh
Fada an oích', gan ghruaim
Aoibhneas, áthas, grá,
moladh duit, a Dhia.
Móraim thú ó lá go lá.
Móraim thú ó oích' go hóich'.
Athair ar Neamh, Dia linn
Athair ar Neamh, Dia liom
An ghealach, an ghrian, an ghaoth,
moladh duit, a Dhia.
Translation:
=========================
Father in Heaven, God bless us*
Father in Heaven, God bless me
My soul, my heart, my glory,
praise to you, God.
Long is the peaceful day
Long is the night without gloom
Delight, joy, love,
praise to you, God.
I glorify you day after day.
I glorify you night after night.
Father in Heaven, God bless us
Father in Heaven, God bless me
The moon, the sun, the wind,
praise to you, God.
* A literal translation of "Dia linn" is "God be with us".
Translation merged from independent translations by Allan Riepsaame and Dennis Ryan.
Light is so common that we rarely think about what it really is. But just over two hundred years ago, a groundbreaking experiment answered the question that had occupied physicists for centuries. Is light made up of waves or particles?
The experiment was conducted by Thomas Young and is known as Young's Double Slit Experiment. This famous experiment is actually a simplification of a series of experiments on light conducted by Young. In a completely darkened room, Young allowed a thin beam of sunlight to pass through an aperture on his window and onto two narrow, closely spaced openings (the double slit). This sunlight then cast a shadow onto the wall behind the apparatus. Young found that the light diffracted as it passed through the slits, and then interfered with itself, created a series of light and dark spots. Since the sunlight consists of all colours of the rainbow, these colours were also visible in the projected spots. Young concluded that light consist of waves and not particles since only waves were known to diffract and interfere in exactly the manner that light did in his experiment.
The way I have always seen this experiment performed is with a laser and a manufactured double slit but since the experiment was conducted in 1801 I have always thought that it should be possible to recreate the experiment using sunlight and household materials. That is basically what I did here. I will show the interference pattern I observed with my homemade double slit on 2Veritasium but I chose to use a manufactured double slit here to ensure that the pattern was impressive for observers at the beach.
Special thanks to Henry, Brady, and Rupert for their cameos, Glen for filming and Josh for helping create the apparatus. Thanks also to the Royal Society for allowing us to view the original manuscript of Young's lecture and the University of Sydney for lending the double slits.
Music by Kevin Mcleod (incompetech.com) Danse Macabre, Scissors
The Mars Helicopter aims to make the first powered flight on another planet when it takes off on Mars as part of the Mars 2020 mission. I learned a lot getting to visit the drone right before it was mounted on the rover.
How do you fly in 1% of Earth's atmosphere:
Have large rotors (they are 1.2m in diameter) and spin them very fast, around 2500 RPM (5x the speed of a helicopter on Earth).
Plus the aircraft has to be light:
The Mars helicopter weighs in at 1.8kg or around the same as a laptop. Every piece had to be stripped down for weight. Instead of using aerogel for insulation, the craft makes use of CO2 gaps between components. Even aerogel was too heavy!
One of the major challenges is surviving the Martian night:
Temperatures plunge to -80C to -100C so two thirds of the craft's power is actually used to keep its electronics warm. Only one third is used for flying. The estimated flight time is 90 seconds.
The craft can't be driven remotely, it will have to fly autonomously, using its own sensor suite to determine how to fly. The round trip 20 minute delay with Earth means steering the craft from mission control would be impossible.
Huge Thanks to Patreon Supporters:
Philipp Volgger, Chris Vargas, Ron Neal, Alfred Wallace, Colin Bellmore, Michael Krugman, James Knight, Donal Botkin, Sam Lutfi, Mohammed Al Sahaf, Kevin Beavers, Chuck Lauer Vose, Bryan Baker, James Wong, kkm, Manuel Zürcher, Tige Thorman, Jasper Xin, Leah Howard, Daniel Milum, Mathias Göransson, Stan Presolski, Lyvann Ferrusca, Arjun Chakroborty, June Kang, Listen Money Matters, Pindex, Joar Wandborg, DALE HORNE, Parker Linn, Roberto Rezende
Jonny Hyman was a legend in editing, animation, filming, and sound design for this video.
A trip to #Mars involves radiation, muscle and bone loss, intermediate axis theorem and liquids.
Check out Mars on National Geographic, Monday Nov 12 at 9/8c
#sponsored
When I got offered the chance to fly in another #zeroG plane, I jumped at the chance. Do you know how hard it is when you are thrust into low-gravity, like the 37% of Earth's gravity of Mars, and you have to remember what you were going to say in a 30 second window as blood floods your head? It's pretty hard. It would be even harder to actually travel to Mars. It would take about 8 months in microgravity during which time your muscles and bones would weaken substantially, even if you exercise for hours a day like the astronauts on the space station. And your heart is a muscle too so it weakens as well. Before I contemplated these rates of muscle and bone loss, I thought the major challenge with a round trip journey to Mars would be the logistics of spacecraft and having enough fuel to get back. But with the weakening of the human body, it's an open question whether anyone would really want to come back.
Filmed by Steve Boxall
Music from Epidemic Sound: http://epidemicsound.com
Do we take the Earth for granted? It gives us life and sustains us in the manner we're accustomed to, but we don't know the first thing about it: like where did it come from? And how did it form? Most people recognize that the Earth has a big explosion in its history, which they refer to descriptively as the 'Big Bang.' But there are two very good reasons why the Big Bang is not directly responsible for forming the Earth: 1) It happened 13.7 billion years ago. That's more than 9 billion years before the Earth formed (what happened during that time?), and 2) After the Big Bang the universe consisted of only Hydrogen and Helium - not great raw material for building the Earth. The truth is the big bang formed stars, which exploded and then (perhaps) formed more stars, which exploded and then formed our solar system, including the Earth. The early stars performed the vital role of making the heavier elements of which Earth is composed and we are made.
Vitamins are 13 molecules essential for life that our bodies can't make themselves.
Watch Vitamania here: https://ve42.co/vita
Now available worldwide, except France and Germany where it will be broadcast on ARTE soon. Subscribe on the Vitamania website for updates.
Use #vitamania to join the conversation on Twitter and Facebook.
Vitamania is a Genepool Productions feature documentary for SBS Australia, CuriosityStream, and ARTE France. Principal production investment from Screen Australia, in association with Film Victoria.
I actually have many, many more questions and answers so if you want to see them, like this video and let me know in the comments and I will edit them. Thank you for your support! I wouldn't have gotten this far without you.
The story of three impressive high school science projects. Can you guess which student won $250,000 in the #RegeneronSTS? Applications open June 1: http://bit.ly/2HkLXT1 This video was sponsored by Regeneron. The Science Talent Search was founded and produced by the Society for Science and the Public.
Huge thanks to the students: Ronak Roy, Ana Humphrey, and Anjali Chadha. It was great getting to meet all of you and learn about your original scientific research.
Special thanks to Assistant Professor Konstantin Batygin for discussing Ana's research and Planet 9 with me. More is coming on the Planet 9 front.
Ronak came up with a new design for the phoropter, the device used to determine eye-glass prescriptions. It's basically been unchanged for 200 years. Using a liquid lens, he miniaturized the device and wrote an algorithm to determine your prescription.
Ana used math and physics to search for hidden exoplanets. There are a number of reasons why the transit method and Kepler telescope may have missed them: they're too small, too inclined, or take too long to orbit and so were not seen. By considering which planetary systems have additional space for more planets, Ana came up with 560 locations where we may look again for planets in future.
Anjali developed an internet enabled device for measuring arsenic concentrations in drinking water. The device performs several chemical reactions to release the arsenic into a measurable state. It then reacts the arsenic with a test strip to produce a color output. This color is sampled by a camera and processed to determine the concentration of arsenic in the water sample. This has significant potential applications around the world helping reduce exposure to arsenic and potentially other contaminants.
Filming by Raquel Nuno
I got to drive the world's first car (replica), patented by Benz in 1886
Check out the series on new safety features: http://ve42.co/MB
This video is sponsored by Mercedes-Benz, who invited me to come to Stuttgart to see their latest cars, crash test facilities and experience the innovations they are working on.
Physics is something that is directly applicable to car safety. Cars go fast, but they also sometimes collide with obstacles, which brings them to a sudden stop, subjecting the car and occupants to very high accelerations, which can cause injury or death. So the major idea to improve car safety is to reduce these accelerations and there are a number of ways to do this:
Passive safety:
Seat belts: keep passengers in the vehicle, preventing them from continuing with constant velocity, flying through the windshield and suffering a worse deceleration when they make contact with the road.
Crumple zones: increase the distance over which deceleration occurs, thereby reducing peak magnitude of deceleration.
Air bags: increase the distance over which the head decelerates, again reducing peak magnitude of deceleration of the head.
Active Safety:
Anti-lock braking system: rather than 'locking' the wheels as can happen if you slam on the brakes with a traditional braking system leading to the tires skidding across the road, ABS attempts to control the amount of braking so that the tires always roll with static friction in contact with the road. This increases the backward frictional force that can be applied to the tires, again increasing the distance over which deceleration occurs, and it gives the driver an opportunity to steer to avoid the collision (hence why it's referred to as an active safety system).
Special thanks to Mercedes for having me visit facilities in Stuttgart. I had a lot of fun making these videos so please do check out the series on Mercedes Benz's channel: http://ve42.co/MB
Filmed by Simon Schneider
Edited by Hoplite Creative and Trevor Carlee
We talk about all the potentially challenging situations autonomous cars could get into but not about how human drivers are not very good. Tens of thousands die on the roads every year in collisions, most of which could be prevented by autonomous vehicles.
Sponsored by BMW
I wanted to make a video about autonomous cars for some time but I hadn't had the opportunity. The self-driving technology is already at a state where it can save lives if only it were more widely implemented.
Links to original clips:
TED-Ed https://www.youtube.com/watch?v=ixIoDYVfKA0
BBC Newsnight: https://www.youtube.com/watch?v=FypPSJfCRFk&t=172s
Music from http://www.epidemicsound.com "Ambient Electronic Groove," "Pet Animals 2," "The Long Ride."
Filmed by Raquel Nuno
Edited by Trevor Carlee
Can we really touch things? Well if by touch we mean exchange a force-carrying particle with, then yes. The photon is the force-carrier of the electromagnetic interaction. But if the photon is also a particle of light then why aren't magnets glowing? Because the photons are virtual particles, which means they can't be directly detected (without changing the outcome we are trying to measure.
Supported by Audible: http://bit.ly/ZJ5Q6z
Who would win in a chin-up competition between me and MinutePhysics? What is going to be the most exciting area of scientific discovery in the next few decades? Where can you get a Veritasium t-shirt? http://dft.ba/-vetshirt
Huge thanks to Brady, CGP Grey, and Henry for their cameos.
Thank you to PhET for the Bohr model simulation: http://phet.colorado.edu/
Negative Pressure Exists! http://bit.ly/TFilQ8
Vsauce's Space Straw: http://bit.ly/XubIm3
Smarter Every Day's Prince Rupert's Drop: http://bit.ly/10VQBGW
ViHart's Optimal Potatoes: http://bit.ly/14egJoe
Thanks to Questacon for filming! Check out their slow-mo playlist: http://bit.ly/ZoWFGR
Science Alert brings science to your news feed: http://on.fb.me/14ehuxA
Music by Kevin Mcleod (http://incompetech.com): Pale Rider & The Cannery
