Someone was wiling to pay Ish a ridiculous amount of money for traveling to a system with a far apart station…
Starting 0.14 ly away, this has been about the max speed I’ve dared to achieve. I’ve tested full impulse and made it to 1,600+ c, but didn’t know how the final brakign woudl go so just kept impulse at around 50%. Didn’t need to worry since there’s a star and it slows down your SC… but better safe than sorry.
And now, off to bed. Nighties lovelies!
Several men were in the locker room of the gym when a cell phone on a bench rang and a man put it on speaker and begins to talk. Everyone in the room stopped to listen.
Man: Hello!
Woman: Hi honey, its me. Are you at the club?
Man: Yes.
Woman: Im at the shops now and found this beautiful leather coat. Its only $2000: is it OK if I buy it?
Man: Sure, go ahead if you like that much.
Woman: I also stopped by the Lexus dealership and saw the new models. I saw one that I really liked.
Man: How much?
Woman: $90,000
Man: OK, but for that price I want it with all options.
Woman: Great! Oh, and one more thing. I was just talking to Jane and found out that the house I wanted last year is back on market. They are asking $980,000 for it.
Man: Well, then go ahead and offer $900,000. They’ll probably take it. If not, we can go to the extra $80,000 if that’s what you really want.
Woman: OK. See you later! I love you too much!
Man: Bye, I love you too.
The man hung up. The other men in the locker room were staring at him in astonishment, mouths wide open.
He turned and asked: Anyone knows whose phone is this?
I couldn’t sleep at night. I was only able to sleep for 10 minutes, which lowered my dopamine spike. Now I’ll try to go to bed again and hopefully sleep. Good night, lovelies. 
I’m going to practice this with dedication:
If you decide to give it a try, I hope it may help you too, Yiole. 
Good night, lovelies.
ALSO:
These last 3 days WoW was on trial mode for existing accounts. I logged in with my Tauren Shaman from 2004. There were much coveted items that I could sell on the Auction House for 10s of thousands of gold. But I didn’t. I’ll keep him as a monument.
Here’s a very jaw-dropping vanilla pvp video showing the power of Arms warriors:
That’s a interesting hack… will try to try it! (Although the 10 seconds will be difficult. Stopping my mind it’s like holding a freight train with your hands…)
And now i’m off to bed. Nighties lovelies!
Richard Feynman - Patents
Muon Ray
Published on Jun 27, 2013
Safe Cracking with Feynman - Numberphile
Numberphile
Published on Mar 27, 2013
Sixty Symbols
Published on Jun 7, 2010
CHRIS HADFIELD TEACHES SPACE EXPLORATION
- 01
Introduction
Meet your instructor: Chris Hadfield, retired astronaut and former Commander of the International Space Station. In his first lesson, Chris reflects on overcoming the impossible to explore outer space.
- 02
Astronaut Training
To become an astronaut, you have to become an expert on everything. Chris outlines the scope of an astronaut’s training from leadership skills to survival skills.
- 03
Rockets: How Rockets Work
Chris explains the functions of the basic parts of a rocket, the physics of launching one beyond the atmosphere, and how rocket design has evolved from mission to mission.
- SHOW ALL 29 LESSONS
- 04
Rockets: What It Feels Like to Launch
Only a few hundred humans have ever traveled to space. Chris describes in precise detail the emotions an astronaut feels on launch day and the physical feeling of leaving Earth.
- 05
Rockets: Atmospheric Drag
Chris breaks down the equation for drag and shows how rockets are designed to overcome the biggest hurdle of launching into space—the atmosphere.
- 06
Rockets: Orbital Mechanics
Chris uses familiar situations—like driving a car and jumping off a diving board—to illustrate how the laws of orbital mechanics govern spaceflight and navigation
- 07
Rockets: Fuels and Propulsion
Chris explains the pros and cons of different types of rocket fuels including liquid fuel, solid fuel, and ionized gas.
- 08
Rockets: The Price of Exploration
"Rockets and spaceflight are dangerous by definition. Learn how astronauts manage their fears and cope with tragedy as Chris had to do after the loss of a friend in the Columbia Space Shuttle mission. "
- 09
Spaceships: Capsule Design
Learn the virtues and drawbacks of using the capsule model for human transport to space as Chris analyzes the designs of the Apollo, Gemini, Lunar Lander, and Soyuz.
- 10
Spaceships: Shuttles and Beyond
Two-thirds of those who’ve flown to space got there on a Space Shuttle. Chris outlines the design of the Shuttle, the impact of its reusability, and how spacecraft will evolve in the future.
- 11
Spaceships: Navigation Systems and Human Variables
Learn how astronauts use stars, planets, and instruments to understand where their spaceship is, how it’s oriented, and where it’s going.
- 12
Spaceships: Navigating to the International Space Station
“It’s kind of like an elephant ballet.” Chris talks you through the process of flying your spaceship to the ISS, docking, and beginning your adventure aboard the laboratory in the sky.
- 13
The ISS: Conception, Design, and Construction
The International Space Station couldn’t have been built without teams coming together from around the world. Chris details the process of constructing the ISS and explains the idea of shared exploration.
- 14
The ISS: Life Support Systems
Learn about the many systems that work together to keeps astronauts alive aboard the ISS and how those systems are evolving so that we can travel even further in space.
- 15
The ISS: Experiments
Chris outlines a few experiments currently running on the ISS and explains how astronauts learn to conduct experiments in space on behalf of scientists on Earth.
- 16
Leadership: Commanding the ISS
Chris describes the great honor and responsibility of commanding the ISS, ranks the commander’s priorities, and outlines what it takes to reach and fulfill such an elite and difficult leadership position.
- 17
Training and Learning: One-Pagers
Preparing for space travel means learning massive amounts of information. Learn how Chris used a series of one-page summaries to recall complex systems and concepts on the fly during his time in space.
- 18
Comms: Mission Control Evolution and Operations
The first words spoken from the Moon were directed to Mission Control for a reason. Learn how Mission Control functions and why it is so critical to the success of a mission to space.
- 19
Spacewalking: Spacesuits
Chris gives a head-to-toe tour of an EMU (Extravehicular Mobility Unit), explaining how it keeps astronauts alive while spacewalking and conducting work outside the ship.
- 20
Spacewalking: Spacewalks
Chris outlines the physical and mental challenges of walking in space, describing the important roles played by support teams on Earth and inside the spacecraft during a spacewalk.
- 21
Spacewalking: Training
Chris describes his personal experience training for spacewalking in an underwater simulation and emphasizes the importance of gaining confidence in maneuvering and monitoring the spacesuit.
- 22
Spacewalking: Space and Perspective
What can we learn from looking down at Earth from above? Chris explains what spaceflight means for our human perspective and how we can use what we learn in space to preserve our species and planet.
- 23
Training and Learning: Simulations
Chris teaches you the principles behind simulation setup, the mindset you need to learn as much as possible from simulations, and how astronauts prepare for worst-case scenarios.
- 24
Mars: How to Get to Mars
Chris explains the technical and societal challenges we face in traveling to Mars, including the ideal flight path required, the physics of slowing down and landing, and the risk of human life.
- 25
Mars: Living on Another Planet
Chris walks through the basic human needs required to live on another planet. Learn what it takes to grow food in space, protect ourselves from the elements, and readjust to gravity.
- 26
Mars: In-Situ Resource Utilization
If we can safely get to Mars, in-situ resource utilization could help us sustain life there. Chris breaks down the vital Sabatier process for creating hydrogen, oxygen, and methane on Mars.
- 27
Mars: Exploring Mars, Geology, and Astrobiology
Chris discusses how finding life on Mars could deepen our understanding of the universe and illuminate our place within it. Learn how we’re working with robots to search for life and build an outpost on Mars.
- 28
Conclusion: The Future of Exploration
In his parting words, Chris reflects on the cyclical nature of human exploration and Earth’s place in outer space.
- 29
Bonus Chapter: Chris’s Journey
Chris tells his personal story of becoming an astronaut and gives advice for achieving your goals—no matter where life takes you.
BEST UPDATE EVER!
Died June 30, 2019 (aged 74)
New York City, U.S.
sigh.
Time to go to bed, later than desired. Nighties lovelies!
My net connection is gone, I’m connecting through hotspot. The first day of falling asleep challenge worked somewhat ok. I think it is a skill to be mastered.
Good night, lovelies. 
XtremeRealityCheck
Published on Sep 21, 2017
I’m not so sure about that, but it would make sense to have such a kind of intelligence mission…
Nonetheless, it could be investigated, if it is worthwhile that is.
To suggest false hoax is not going to give much credibility, and much less certainty, even if there was such uncertain credibility accredited and administered towards investigation of this.
Other scientific facts are analysed and worked on to work with global security.
Also, I was almost 12 in 1985, but 18.
Day 3 of the sleeping challenge. The first two days worked well with me.
Good night, lovelies.
I miss Erica’s face.
Where does NASA keep the Moon Rocks? - Smarter Every Day 220
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I was 2 years old then, for 3 months and 6 days.
Apollo 11 50th Anniversary link , Ontario Science Centre
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Published on Jun 17, 2018
The Late Show with Stephen Colbert
Published on May 16, 2018
The Evolution Of Stealth Technology
169K views * 4 months ago
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Published on Feb 23, 2019
There is no more fuses than my fuse which fuses you, before nuclear fusion from the sun, and/or after, or both as per above (or below, if it does fuse inside the earth from below, that is…).
How NASA Built The Rocket That Went To The Moon | The Saturn V Story | Spark
#apollo11 #saturnV #space
35,751 views ; 848 Thumbs Up , 29 Thumbs down
Spark
Published on Jul 6, 2019
@ 9:22
Collectively, the five engines now
produce an astounding 7.5 million pounds
of thrust meeting von Braun’s
original specifications.
@ 9:36
The four outer
engines are then fitted on gimbals
to direct their thrust for in-flight
course corections.
@ 9:44
It’s the nearest thing you can see to an explosion that
isn’t quite an explosion.
@ 9:50
It’s quite
stupendous to see something that is so
nearly out of control and yet being
controlled so precisely…
@ 9:58
It’s that
balance that makes you respect the
people who can design and build equipment
like that.
@ 10:05
Although the F1 Engines
will only burn for two and half
minutes, they are a feet of Engineering,
and, to this day, remain the most powerful
single chamber liquid-fueled rocket
engines ever built.
@ 10:19
9-Ton Slab of Glass Found in the Cave of Beit Shearim
Sergio & Rhoda in Israel
Published on Sep 17, 2017
@ 4:48
To produce such a slab of glass, they would need: 12 tons of raw material,
20 tons of fuel, an 1,100 degrees centigrade furnace that burns 5-10 days continuously.
@ 5:09
That’s funny, because we use an 1,100 degrees Fahrenheit furnace to melt aluminum,
although that, it doesn’t take 1 to 5 days to burn, and it does work instantly by then.
1,100 °Fahrenheit =
593.333 °Celsius
(rounded to 6 digits)
Conversion Formula
| °Celsius = | 5/9 | * (°Fahrenheit - 32) |
|---|
Lagrangian Mechanics: How powerful is it?
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Available in our lifetime is going to be extremely short if you consider our lifetime to be only 1 or 2 generations. If you do consider our lifetime to be only 1 or 2 generations, we might very well end-up being relegation to a life-form specie which does only in fact live for 1 or 2 generations.
In fact, our ability to procreate is one of the most important ability of men, and, apparently, we were put here on this earth to achieve that, since, if we did not, we would in fact be dead, and, also, as good as dead.
Additionally, to be in fact dead doesn’t mean that we shouldn’t die, but however, it does take into account the very fact that, indeed, we are meant to die, and, we also have to procreate to be able to continue to live.
Additionally, to go to another system to reach that system, and not come back, it also means that we have to be able to procreate there, which means that, the gravitational limitation will have to be overcome for us to go there.
One good solution to this is to create a system in which we can live, and which does create gravity.
It would have to harness the energy required to generate enough energy for us to be able to survive in space with the proper gravity that we need for our system.
How We Discovered the Milky Way’s Black Hole
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Astronauts will be Baking on the Space Station
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… @ some time near the middle of the 5 some minutes video…
They will have to send them back to earth to find out reasons why they should not like the cookies, whether from interference of signals or other.