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  1. What's new in this club
  2. Doing a project for my Psych course, and came across this Scientific Study: Genome-Wide Association Study of Male Sexual Orientation It's a very technical journal piece, but it does prove that Gay Men are genetically different from Heterosexual men. ____ Sanders, A. R., Beecham, G. W., Guo, S., Dawwood, K., Riegar, G., Badner, J. A., Gershon, E. S., Krishnappa, R. S., Kolundzija, A. B., Duan, J., MGS Collaberation, Gejman, P. V., Bailey, J. M., & Martin, E. R. (2017, December). Genome-Wide Association Study of Male Sexual Orientation. Scientific Reports, 7(Article Number: 16950 (2017)), . Retrieved from https://www.nature.com/articles/s41598-017-15736-4
  3. "Live Long and Prosper" Does that mean we have to find Romulus next? They kind of go together in Star trek
  4. I totally missed this post yesterday. I blame being up for over 48 hours. That is friggin cool! They found an optimal planet in the same star system that Roddenberry used for Vulcan... If they don't name it Vulcan, they would have missed huge chance to be a huge geek!
  5. I figured @BHopper2 would have said something about this, given his love of Trek Maybe @W_L too?
  6. Yup. https://www.msn.com/en-us/news/technology/scientists-find-planet-vulcan-from-star-trek/ar-BBNxGv9?OCID=ansmsnnews11
  7. Pentagon's New Super Weapon Kinetic Bombardment (wikipedia)
  8. I've always been a fan of the rail-cannon. The USNavy has a fully functional system in sea trials. That can be adapted to space, as it's reactionless, and uses magnets to launch solid metal chunks. It would have the velocity that the ship was moving at, plus the additional speed from the launch cannon. It's also a staple of the SciFi genre.
  9. Whether you are a fan of Star Trek, Star Wars, Battlestar Galactica, Babylon 5, or any number of space dramas, one thing is inescapable about our vision of space exploration: we wil need something big to shoot with. I know this can devolve into a political issue rather easily, but I want to discuss the technology aspect. Take Lasers for example, scientists have been developing theoretical designs for laser weapons since the 1980's and now we're seeing real life applications: Beyond lasers, other weapons are on the experiumental table from plasma based bolts to electromagnetic disruption technology to old fashioned rail guns There's a lot of technology to cover and a lot of innovations around the world
  10. Daddydavek

    Space Exploration

    I came across an article listing some basic books about how far we have come in space exploration. 17 books that will teach you everything you need to know about space Think of them as rockets for your mind. by Corey S. Powell / Aug.23.2018 / 9:22 AM ET The link is below: by Corey S. Powell / Aug.23.2018 / 9:22 AM ET https://www.nbcnews.com/mach/science/17-books-will-teach-you-everything-you-need-know-about-ncna902376
  11. Sci-fi has been speculating on this for years
  12. Yes, I saw this and was quite astonished. The possibilities are mind blowing.
  13. That is amazing and impressive.
  14. A set of conjoined twins who can share sensory information even though they have separate brains have led scientists to speculate that implants providing telepathic communication are feasible, as FMRI scans show the twins are only using two million neurons to communicate between their two brains. http://www.abc.net.au/news/2018-07-25/telepathic-communication-a-matter-of-time-hybrid-world-adelaide/10029312
  15. Yeah... science fiction is starting to get too much like work for me. lol.
  16. Good Grief! The capabilities I posited in my Mparntwe story for 3D-printers 100 years in the future are evidencing here and now. I think this article about 3D-printing being able to reach molecular limits, as of right now, might be of interest - it sure grabbed my attention. https://www.sciencedaily.com/releases/2018/06/180620162430.htm
  17. jamessavik

    Space Exploration

    The Flying Spaghetti Monster Nebula
  18. Graeme


    Baby planet found! The first "baby planet" detected so far, though the article comments that a baby planet boom is imminent....
  19. This is fantastic. Like most other sighted people, I suppose, I have never given any thought to things like this. As a passenger, it would be difficult for me to keep my eyes closed for an entire car journey, even if it's just local. I love to see technology like this. It's good to see car manufacturers putting money into projects like this. Thanks JP.
  20. Technology improves leaps and bounds. Often improving on tedious tasks and replacing outdated processes. Another thing that improves is accessibility with the technology. As a blind individual who is fiercely independent... this is a welcome benefit of technology. Things like Alexa help me do 99.9% of things for myself. Technology is also allowing me to interact with the world at large on a greater scale. An example of this will follow. Ford is working on a smart window that has vibrating sensors. Along with vibration, description is given to blind passenger as to what they are passing. This is amazing and a pretty ingenious use of technology. Riding in a car can be dreadfully boring for a blind individual. Let me know what you think. Feel free to add more examples you’ve seen. Ford Smart Window: https://www.engadget.com/2018/05/01/ford-smart-windows-help-blind-passengers-take-in-view/
  21. jamessavik


    Star Creation --"May Not Be the Same Everywhere in the Milky Way" April 30, 2018 The mass distribution of young stars may not be the same everywhere in our Galaxy, contrary to what is currently assumed. If this turns out to be the case, the scientific community will be forced to re-examine its calculations about star formation and, eventually, any estimates that depend on the number of massive stars, such as the chemical enrichment of the interstellar medium, and the numbers of black holes and supernovas. In space, hidden behind the dusty veils of nebulae, clouds of gas clump together and collapse, forming the structures from which stars are born: star-forming cores. These cluster together, accumulate matter and fragment, eventually giving rise to a cluster of young stars of various masses, whose distribution was described by Edwin Salpeter as an astrophysical law in 1955. Astronomers had already noticed that the ratio of massive objects to non-massive objects was the same in clusters of star-forming cores as in clusters of newly-formed stars. This suggested that the mass distribution of stars at birth, known as the IMF1, was simply the result of the mass distribution of the cores from which they formed, known as the CMF2. However, this conclusion resulted from the study of the molecular clouds closest to our Solar System, which are not very dense and therefore not very representative of the diversity of such clouds in the Galaxy. Is the relationship between the CMF and the IMF universal? What do we observe when we look at denser, more distant clouds? These were the questions asked by researchers at the Grenoble Institute of Planetology and Astrophysics and the Astrophysics, Instrumentation and Modelling Laboratory, when they started to observe the active star-formation region W43-MM1, whose structure is far more typical of molecular clouds in our Galaxy than those observed previously. Thanks to the unprecedented sensitivity and spatial resolution of the ALMA antenna array in Chile, the researchers were able to establish a statistically robust core distribution over an unmatched range of masses, from solar-type stars to stars 100 times more massive. To their surprise, the distribution did not obey Salpeter's 1955 law. It turned out that, in the W43-MM1 cloud, there was an overabundance of massive cores, while less massive cores were under-represented. These findings call into question not only the relationship between the CMF and the IMF, but even the supposedly universal nature of the IMF. The teams will continue their work with ALMA within a consortium of around forty researchers. Their aim is to study 15 regions similar to W43-MM1 in order to compare their CMFs and ascertain whether the characteristics of this cloud can be generalized. NASA's Wide-field Infrared Survey Explorer, or WISE, captured the image at the top of the page of a star-forming cloud of dust and gas located in the constellation of Monoceros. The nebula, commonly referred to as Sh2-284, is relatively isolated at the very end of an outer spiral arm of our Milky Way galaxy. In the night sky, it's located in the opposite direction from the center of the Milky Way. Perhaps the most interesting features in Sh2-284 are what astronomer call "elephant trunks." Elephant trunks are monstrous pillars of dense gas and dust. The most famous examples of are the "Pillars of Creation," found in an iconic image of the Eagle nebula from NASA's Hubble Space Telescope. In this WISE image, the trunks are seen as small columns of gas stretching towards the center of the void in Sh2-284, like little green fingers with yellow fingernails. The most notable one can be seen on the right side of the void at about the 3 o'clock position. It appears as a closed hand with a finger pointing towards the center of the void. That elephant trunk is about 7 light-years long. Deep inside Sh2-284 resides an open star cluster, called Dolidze 25, which is emitting vast amounts of radiation in all directions, along with stellar winds. These stellar winds and radiation are clearing out a cavern inside the surrounding gas and dust, creating the void seen in the center. The bright green wall surrounding the cavern shows how far out the gas has been eroded However, some sections of the original gas cloud were much denser than others, and they were able to resist the erosive power of the radiation and stellar winds. These pockets of dense gas remained and protected the gas "downwind" from them, leaving behind the elephant trunks. These pillars can also be thought of as rising like stalagmites from the cavern walls. The Daily Galaxy via Grenoble Institute of Planetology and Astrophysics (CNRS/Université Grenoble Alpes) ___________________________________________________ Not really a huge surprise of a discovery. Stars form differently in different regions. This is known from observation. Different types of stars form under different conditions.
  22. Transformers live! http://www.abc.net.au/news/2018-04-26/japanese-scientists-invent-real-life-transformer-robot/9701190
  23. Palantir


    Wow! Thanks DD. Those videos are spectacular Yay for the Hubble telescope.
  24. Daddydavek


    NASA Releases Astounding Video Of The Lagoon Nebula To Celebrate Hubble’s Birthday The Huffington Post has a neat article about this which contains the video NASA put together which is quite vivid. https://www.huffingtonpost.com/entry/nasa-lagoon-nebula-hubble-video_us_5adbcceae4b075b631e65bce
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