No Blue Thing is Ray Lynch's fourth studio album, released on August 15, 1989. It peaked at #1 on Billboard's ''Top New Age Albums'' chart as well as #197 on Billboard's ''Top 200 Albums''. The album also peaked at #16 on Gavin Report.

Keith Tuber of Orange Coast praised the album, commentating that Ray Lynch ''has a way with melodies, combining classical, acoustic and synthesized pop elements.'' JA of Keyboard noted that the some of the album is ''more of the same'' from Deep Breakfast; JA wrote that the ''DX patches have a little more bit[e] this time, but the trick of running staccato patterns through a delay line in triplet rhythm hadn't changed'' and that the album, like his previous works, lack percussion instruments. JA concluded that the listeners may or may not like the album. Robert Carlberg of Electronic Musician compared the album to Reed Maidenberg's Unexpected Beauty, praising the album for its combination of electronic and acoustic instruments but criticizing it for having an overreliance of arpeggiations as well as its use of ''plodding'' time signatures and for its ''warm, fuzzy'' instrumentation. Carlberg concluded that the album's flaws ''rob [both Lynch and Maidenberg] of whatever vitality classical training would bring.'' John Diliberto of Jazziz Magazine criticized the album, calling it formulaic and concluded that the album ''breaks no new ground''. Gavin Report wrote that each track on the album is worthy of the listener's attention, especially ''The True Spirit of Mom & Dad'', which was described as the ''climactic final track'' of the album.

I used the music of Ray Lynch to accompany some of the photos I've taken over the years while in the San Juan mountains of Colorado (USA). This video is an upgraded version from what was posted previously. At the time the original was deleted (4/1/10) it had been viewed 102 times. Most of the scenes photographed here were taken within a 40 mile radius of Lake City CO, in what was, at one time, the least populated county in Colorado. Lake City is noted for it's access to the "Alpine Loop," several "fourteeners" and many old mining sites and towns, long since abandoned. The area is well known by sportsmen for it's wildlife, hunting, fishing and hiking. Snowmobiles, snowshoeing and cc skiing are popular in the winter months. However there is no alpine skiing, the closest ski area is in Silverton CO. The area is very popular in the summer months with 4x4s and all-terrain type vehicles. This is arguably one of the most scenic areas in CO and the western United Stated for that matter.

1. Prologue 0:00
2. Space Queen 0:26
3. Seiun (Star Nebula) 5:59
4. Hikari No Sono (Source of Light) 9:27
5. Maboroshi (Illusion) 13:57
6. Cosmic Love 19:29
7. Jiyu Eno Kakehashi (Bridge For Freedom) 24:15
8. Puromesyume (Promethium) 30:40
9. Epilogue 34:58
10.Mahoroba Densetsu (Legend of a Peaceful Place*)(Bonus Track) 42:16

KITARO - MILLENNIA

PRODUCED BY TAKA NANRI
Associate Producer: Moko Nanri

Music from the Japanese Animated Motion Picture "Queen Millennia"

Digitally mastered

Photography: Naoki Fukuda
Art Direction and Design: Jeffrey Kent Ayeroff & Norman Moore

*loosely translated by me

La teoría del Caos significa que los sistemas deterministas pueden ser impredecibles.
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¿Quiere saber más sobre la teoría del caos y los sistemas dinámicos no lineales?
Echa un vistazo: https://ve42.co/chaos-math
Hace tiempo que quería hacer un video sobre el caos. Fue desde que leí el fantástico libro de James Gleick, Chaos. Espero que este video dé una idea del espacio fásico: una imagen de los sistemas dinámicos en los que cada punto representa completamente el estado del sistema.
Para un péndulo, el espacio fásico es solo bidimensional y se pueden obtener órbitas (en el caso de un péndulo no amortiguado) o una espiral interna (en el caso de un péndulo con fricción).
Con las ecuaciones de Lorenz necesitamos tres dimensiones para mostrar el espacio fásico. Se dice que el atractor que encuentras para estas ecuaciones es extraño y caótico porque no hay un bucle (loop), solo curvas infinitas que nunca se cruzan. Esto explica por qué el movimiento es tan impredecible: dos condiciones iniciales diferentes que están muy juntas pueden terminar arbitrariamente separadas.

Imágenes de mariposa, cortesía de Phil Torres y The Jungle Diaries: https://ve42.co/monarch
Sistema solar, animaciones de 3 cuerpos e impresión de Jonny Hyman
Algunas animaciones hechas con Universe Sandbox: https://universesandbox.com/
Un agradecimiento especial al Prof. Mason Porter en UCLA, a quien entrevisté para este video.

Música de https://epidemicsound.com "The Longest Rest" "A Sound Foundation" "Seaweed"
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Servicios de doblaje: Unilingo
Traductora: Paula Salomone
Voz de doblaje: Pato Lago, Diego Rivas,
Ingeniero de sonido: Gastón Adriel Álvarez
Edición y post-producción de video: Juan Caille Tornquist
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La biología celular nos da pistas de por qué los humanos envejecemos y las langostas no lo hacen.
SUSCRÍBETE ahora para ver todos nuestros videos: http://bit.ly/Suscribirse_Veritasium_en_español

Siempre nos hacemos preguntas como:
¿Cuál es la esperanza de vida? ¿Cuánto tiempo de vida nos queda?
¿Porqué envejecemos? ¿Cómo rejuvenecer o detener el envejecimiento?
Visitamos a la doctora Ginty, quien nos contó acerca de su investigación sobre los telómeros y la telomerasa. Acompáñenme a descubrirla para intentar responder alguna de esas preguntas.

Las animaciones son de la película ganadora del Emmy 'Immortal', reproducida aquí por cortesía de December Media y Genepool Productions (anteriormente Pemberton Films)

Un agradecimiento especial a la Dra. Fiona Ginty, Científica Principal del Grupo de Ciencias de la Vida y Diagnóstico Molecular en GE. Su investigación se centra en obtener imágenes de diferentes proteínas dentro de la célula. Es una técnica muy poderosa y hermosa.

Filmado por Raquel Nuno y Vasilios Sfinarolakis.
Maquillaje envejecido por Heather Grippaldi: http://bit.ly/1Xebikh
Música de Kevin MacLeod, www.incompetech.com "Past the Edge" y "Lightless Dawn"

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Video Original Veritasium:
How Long Will You Live?
https://www.youtube.com/watch?v=_dDqFB-PjWg

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Servicios de doblaje: Unilingo
Traductora: Paula Salomone
Voz de doblaje: Pato Lago, Julia González Biondini
Ingeniero de sonido: Gastón Adriel Álvarez
Edición y post-producción de video: Juan Caille Tornquist
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Pequeños robots activados por campos magnéticos podrán usarse en futuros procedimientos biomédicos.
SUSCRÍBETE ahora para ver todos nuestros videos: http://bit.ly/Suscribirse_Veritasium_en_español

Muchas gracias a:
Dr. Eric Diller, Profesor Asistente de Ingeniería Mecánica en la Universidad de Toronto
http://microrobotics.mie.utoronto.ca

Investigaciones referidas en este video:

T. Xu, J. Zhang, M. Salehizadeh, O. Onaizah y E. Diller, robots flexibles a escala milimétrica con magnetización tridimensional programable y movimientos. Science Robotics 4, eaav4494 (2019).
https://robotics.sciencemag.or....g/content/4/29/eaav4

H. Xie, M. Sun, X. Fan, Z. Lin, W. Chen, L. Wang, L. Dong y Q. He, Enjambre de microrobots magnéticos reconfigurables: transformación multimodo, locomoción y manipulación. Science Robotics 4, eaav8006 (2019).
https://robotics.sciencemag.or....g/content/4/28/eaav8

G. Hwang, A. J. Paula, E. E. Hunter, Y. Liu, A. Babeer, B. Karabucak, K Stebe, V. Kumar, E. Steager y H. Koo, robots catalíticos antimicrobianos para la erradicación del biofilm. Science Robotics 4, eeaw2388 (2019).
https://robotics.sciencemag.or....g/content/4/29/eaaw2

Música de Kevin MacLeod http://incompetech.com "Marty Gots a Plan" "March of the Spoons"
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Servicios de doblaje: Unilingo
Traductora: Paula Salomone
Voz de doblaje: Pato Lago, Diego Rivas,
Ingeniero de sonido: Gastón Adriel Álvarez
Edición y post-producción de video: Juan Caille Tornquist
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#veritasiumenespañol

The physics behind Kelvin's Thunderstorm explained. No, it is not a practical way of generating electricity, which is why we use turbines at hydro stations.

This video goes into more detail about the phenomenon demonstrated in this Hunger Games collab video: http://youtu.be/Rwa26CXG1fc

An atom is mostly empty space, but empty space is mostly not empty. The reason it looks empty is because electrons and photons don't interact with the stuff that is there, quark and gluon field fluctuations.
It actually takes energy to clear out space and make a true 'empty' vacuum. This seems incredibly counter-intuitive but we can make an analogy to a permanent magnet. When at low energies, like at room temperature, there is a magnetic field around the magnet due to the alignment of all the magnetic moments of the atoms. But if you add some energy to it by heating it, the particles gain thermal energy, which above the Curie temperature makes their magnetic moments randomly oriented and hence destroying the magnetic field. So in this case energy is needed to clear out the field, just as in the quantum vacuum.

Special thanks to Professor Derek Leinweber, find out more about his research here: http://bit.ly/ZZTKFP

Microwave grape plasma: http://www.youtube.com/watch?v=RwTjsRt0Fzo
Northern Lights: http://www.youtube.com/watch?v=knwiWm4DpvQ
Nanodiamonds in candle flames: http://www.youtube.com/watch?v=KzOkuGQC3Rw
Relight Candle Trick: http://www.youtube.com/watch?v=1tXPVTIisl0

Is a flame really a plasma? Well it depends on your definition of plasma, but there are certainly ions in a flame, formed as molecules collide with each other at high speed, sometimes knocking electrons off of their atoms.

Special thanks to the Palais de la Decouverte for helping me perform this experiment. Using tens of thousands of volts on two metal plates, we created a strong electric field around the plasma. This pulled positive ions in one direction and negative ions in the other direction elongating the flame horizontally and causing it to flicker like a "papillon" (butterfly). Then we showed that much longer sparks can be made through the flame than through air since the ions increase the conductivity.

Can we see things travelling faster than light?
Check out Audible: http://bit.ly/AudibleVe
Music by Amarante "One Last Thing" http://bit.ly/VeAmarante
Awesome animations by http://youtube.com/minutephysics
Thanks to Prof. Geraint Lewis for input on earlier drafts of this video.

The expanding universe is a complicated place. During inflation the universe expanded faster than light, but that's something that actually happens all the time, it's happening right now. This doesn't violate Einstein's theory of relativity since nothing is moving through space faster than light, it's just that space itself is expanding such that far away objects are receding rapidly from each other. Common sense would dictate that objects moving away from us faster than light should be invisible, but they aren't. This is because light can travel from regions of space which are superluminal relative to us into regions that are subluminal. So our observable universe is bigger than our Hubble sphere - it's limited by the particle horizon, the distance light could travel to us since the beginning of time as we know it.

Why do spikes form on ice cubes? Without them the world would be vastly different.
Awesome Jingle by Accent: http://bit.ly/AccentVe
Thanks to Prof. Stephen Morris from UofT: http://bit.ly/1GFANBE

Filmed in part by Martin Marek in Olomouc, Czech Republic

Time lapse of a growing ice spike by Lesley Hill, Russ Sampson and Edward Lozowski, with technical help by Kenny Lozowski.

Ice spike image by Dan and Lynn Wolaver: http://wolaver.org/log/09.11.29.htm

Concerned ice spike video by rocknut420: https://www.youtube.com/watch?v=GwM0we_t94c

Earth footage courtesy of NASA: https://www.youtube.com/watch?v=G4BPOEmugtM

Ice vase image by PgunnG: http://www.reddit.com/r/pics/c....omments/1voeqk/so_i_

Second ice vase image by A K Haart: http://akhaart.blogspot.com/20....15_01_01_archive.htm

The total solar eclipse from Madras, Oregon on August 21, 2017. As the moon passed in front of the sun turning day to night and revealing the sun's corona, apparently all I could think to say was 'Oh my goodness!'

Special thanks to Patreon Supporters:
Nathan Hansen, Donal Botkin, Ron Neal, Zach Mueller, Jeff Straathof, Curational, Tony Fadell

Everyone says not to photograph your first solar eclipse and I think they might be right. I was focused on getting the exposure right for Bailey's beads and the diamond ring, plus making sure to get the corona and solar flares. This was a bit stressful but I'm delighted with the results.

This video originally included more info but since I'm uploading from Madras where the internet is sluggish, I cut out three minutes so the upload would happen before I had to leave for my flight.

Special thanks also to Dr. Teagan Wall for sharing this experience with me and Raquel Nuno for inspiring me to come to Oregon.

Music from http://epidemicsound.com "Spinning Earth 2" and
Kevin MacLeod http://incompetech.com "Big Mojo"

Is it possible to reconstruct sound from high-speed video images?
Part of this video was sponsored by LastPass: http://bit.ly/2SmRQkk
Special thanks to Dr. Abe Davis for revisiting his research with me: http://abedavis.com

This video was based on research by Dr. Abe Davis and colleagues. I found out about this work years ago and was fascinated by the way he was able to capture vibration information in image-only video. I always imagined the motions of objects would be visible as when recording a tuning fork in slow motion - so deriving sound from high speed images seemed a feasible task. But the reality is much more difficult.

Sound vibrations only cause objects to wiggle by about a micrometer. This is much smaller than a pixel, so the algorithm must understand the characteristics of the image. A move in one direction should cause some pixels to lighten slightly, while others darken - and this behavior is correlated along the edges of the image. So noise can be reduced because it's random over the image and there are enough places to sample that you can get it to cancel out.

Something I'm wondering now is - would it be possible to capture sound in a single image? I'm thinking it would have to be an image of a large object or space because the wavelengths of typical sounds are quite long. Maybe a high frequency sound could be imaged in a suitable medium...

Animations by Alan Chamberlain

Music from http://epidemicsound.com "Seaweed"

Veritasium is a channel of science and engineering videos featuring experiments, expert interviews, cool demos, and discussions with the public about everything science.
Clips featured in this video:
Trees are Freaking Awesome - http://bit.ly/TFilQ8
Gyroscopic Precession - http://bit.ly/U4e8HQ
Can We Go The Speed of Light? (Principle of Relativity) - http://bit.ly/X1BlXZ
Where Does The Sun Get Its Energy? - http://bit.ly/125jbeM
Where Do Trees Get Their Mass? - http://bit.ly/11AA817
What Is A Candle Flame Made Of? - http://bit.ly/Q3enCb
Levitating Barbecue (Electromagnetic Induction) - http://bit.ly/SWgOWh
Imploding Drum - http://bit.ly/125jG8B
Microwave Grape Plasma - http://bit.ly/QkCwUt
Spinning Tube Trick - http://bit.ly/Va43Z6
Spinning Disk Trick - http://bit.ly/14MSKsT
Why Do You Make People Look Stupid? - http://bit.ly/12Fmlpl
Awesome HD Slinky Slow-Mo - http://bit.ly/TRa4sE
Subscribe to Veritasium - http://bit.ly/YSWpWm

To celebrate the announcement of the discovery of a particle consistent with the Higgs Boson at the LHC, I took to the streets with Vi Hart to give out free Higgs. Now giving out a subatomic particle, especially the Higgs, would have been incredibly difficult so instead we gave out hand-drawn cards of the Standard Model, our current best theory of all matter particles in the universe and their iteractions (now with Higgs!). We also offered a hug with an integer spin, usually 1 or 2 (and in rare cases 0). This is a way of showing others that you care about the Higgs Boson.

What happens when a slinky that has been extended under its own weight is released? How does it fall to the ground? Answer link: http://www.youtube.com/watch?v=eCMmmEEyOO0

A short a cappella tribute to experimentalists. It is sung while performing three simple experiments with household items: Mentos dropped in diet Coke, a tea bag emptied and burned, and a ping pong ball floating in the air stream of a hair dryer.

What's different about food in space? Former NASA astronaut Mike Massimino breaks down all the differences between eating on Earth and eating in space. Is astronaut ice cream REALLY a thing? Who decides what food is brought to space? Can you eat burgers in space? Why do astronauts use tortillas instead of bread?

Mike Massimino is a former NASA astronaut, senior advisor for space programs at the Intrepid Museum, and professor at Columbia University.

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Former NASA Astronaut Explains How Food Is Different in Space | WIRED

Drive along with the NASA’s Opportunity Mars rover and hear the voices of scientists and engineers behind the mission. Designed to run for 90 days, the exploration spanned more than 15 years from 2004 to 2019. Along the way, it discovered definitive proof of liquid water on ancient Mars and set the off-world driving record. For more information on the Mars Exploration Rovers and all of NASA’s Mars missions, visit mars.nasa.gov.

Credit: NASA/JPL-Caltech

More moon rocks on Smarter Every Day ►► https://youtu.be/QxZ_iPldGtI
And Objectivity ►► https://youtu.be/yvhLBzsDwSQ
↓↓↓ More info and sources below ↓↓↓

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Fifty years ago, we sent the first astronauts to walk on the moon’s face. But what they brought back is just as important as what got them there. I’m talking about moon rocks, guys. And I got to go visit NASA’s lunar sample vault to learn more about them! NASA’s moon rock collection has helped us learn so much about the early solar system, the formation of rocky planets like ours, and where our moon came from. And let me tell you, the story of our moon is a VIOLENT one. It involves the word “magmoon”. That’s an awesome word! Enjoy this video, and I hope you learn not just some lunar geology, but also how exploring the moon helped change what the space program was all about.
#apollo #moon #apollo50

SOURCES: https://sites.google.com/view/....inside-nasa-moon-roc

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