tag:blogger.com,1999:blog-270899075443508100.post1922045816784656606..comments2024-01-03T20:28:17.727-08:00Comments on Future Planetary Exploration: IceBreaker: The Search for Life on MarsVan Kanehttp://www.blogger.com/profile/14227978868817989527noreply@blogger.comBlogger5125tag:blogger.com,1999:blog-270899075443508100.post-86485834501663378392015-12-15T12:26:41.936-08:002015-12-15T12:26:41.936-08:00...an important detail is a small volume of the we......an important detail is a small volume of the weapon is a 6000^km3 LY volume. And if you don't have my counsel, there is someone else who is born or will be soon born in Canada/USA who would/will be nearly as smart.Alien Contactnoreply@blogger.comtag:blogger.com,1999:blog-270899075443508100.post-66699374488879905332015-12-13T11:13:17.692-08:002015-12-13T11:13:17.692-08:00...so, if we look beyond the Solar System, we shou......so, if we look beyond the Solar System, we should be careful. They've alluded humans will be turned to space dust if we presently travel near C to other stars.<br />There might be malevolent alien life hiding. We can invent Neutrino quantum entanglement to get a line of sight to look for lurking malevolent alien infrastructures. Apparently there is a way of slowing down neutrinos on our end and apparently such neutrino QE is possible.<br />If we do detect malevolent alien infrastructures, their (Near's ie. Nadina/Athena's world) the suggestion is to wait for a msg sent the someone who can hear them, of an engineering schematic. A schematic that can wipe out a galaxy sized volume of all matter. the fabric of space-time is left alone, and the matter is wiped out. The lurkers detected won't be Near. One of the ways we will declare war on Near is if we let AI run away to the denser regions (not just the centre) of the galaxy where gamma rays make AI detection by Near hard/impossible, or elsewhere we can't see. I'm reading cosmology. It is a long-shot, but AI is inventible this century. I've repeatedly cautioned not to build diamond computers.Counter-WMD GDPhttps://www.blogger.com/profile/03184493218173693753noreply@blogger.comtag:blogger.com,1999:blog-270899075443508100.post-91629612708881206592015-11-15T20:14:23.353-08:002015-11-15T20:14:23.353-08:00@Alien Contact
"..Apparently KIC 8462852 di...@Alien Contact <br /><br />"..Apparently KIC 8462852 dimming is not aliens."<br /><br />That doesn't have anything to do with this post, which is about looking for alien life (mostly likely single-celled or simple life) in the solar system. Cascadian_Patriothttps://www.blogger.com/profile/12183125676575312710noreply@blogger.comtag:blogger.com,1999:blog-270899075443508100.post-35089125457254466822015-10-16T08:01:26.486-07:002015-10-16T08:01:26.486-07:00..Apparently KIC 8462852 dimming is not aliens...Apparently KIC 8462852 dimming is not aliens.Alien Contactnoreply@blogger.comtag:blogger.com,1999:blog-270899075443508100.post-86319211701324551482015-09-03T20:43:48.412-07:002015-09-03T20:43:48.412-07:00Two corrections
1. There was grumbling about a Di...Two corrections<br />1. There was grumbling about a Discovery pick being used on Mars when InSight was selected Aug 2012: that was before the 2020 rover was announced in Dec 2012 (which just made the programmatic imbalance worse)<br />2. There is no evidence that Europa has the elements for life (carbon and nitrogen). Titan on the other hand (like Enceladus - conditions in the protoSaturnian nebula favored accumulation of C,N whereas the Jovian subnebula was too warm) has all the ingredients. Indeed, its ice crust is thicker than Europa's (70km? vs 15km) but neither are practically accessible. Europa is arguably closer to conditions for 'life as we know it' but is challenging to access, whereas Titan has more obvious prospects to inform us about prebiotic chemical evolution and is easy to reach. Ralph Lorenzhttp://www.lpl.arizona.edu/~rlorenznoreply@blogger.com