How does the Higgs Boson and top quark mass help us infer the stability/metastability of the universe? |
- How does the Higgs Boson and top quark mass help us infer the stability/metastability of the universe?
- What propels vomit out of your stomach?
- AskScience AMA Series: We're excited to bring you industry experts from the official Peer Review Week 2020 Panel. Join our experts who will be answering all your questions around the theme 'Trust in Peer Review'. Ask us anything! All welcome.
- Ask Anything Wednesday - Engineering, Mathematics, Computer Science
- Why can't you see your own eyes move in a mirror?
- Why doesn't the immune system reject donated blood if they have different DNA but same blood type?
- Do the flu or any other common diseases ever have long-term complications like what we’re seeing from COVID-19?
- Do conjoined twins' immune systems attack each other? What about chimeric twins?
- Why fever is the most common symptom in infectious diseases?
- Are some infinities really bigger than other infinities?
- How did Rutherford bombard the atom with alpha particles when discovering the nucleus in the Gold Foil Experiment?
- Is there a three-dimensional analogue of complex number plane? If not, then why?
Posted: 22 Sep 2020 05:00 PM PDT I'm just an aficionado so try to keep it dumbed down please! All articles I've seen state that the mass of the Higgs and the top quark seem to be on the limit between stability and metastability, although it still hasn't been confirmed. My question is not regarding in which state the universe is but why does this measurements relate to it. Why does it mean than if the masses of these particles was different then the universe will be in another estate of stability/instability/metaestability/non-perturbability? In short, where do the regions of this chart come from and why are they there? Also, what does the non-perturbability region mean? Thanks! EDIT: I see lots of shadow banned people here. [link] [comments] |
What propels vomit out of your stomach? Posted: 23 Sep 2020 05:27 AM PDT |
Posted: 23 Sep 2020 04:00 AM PDT Join our expert panel to discuss this year's #PeerRevWeek20 theme #TrustInPeerReview. Peer Review Week (PRW) committee is hosting two live sessions on 24th September 2020 to enable our community all over the world to join a session in your timezone and interact with industry experts. Simply reply to this post with your peer review questions following the theme of #TrustInPeerReview before or during the event and we'll answer them live, giving you a diverse range of answers. LIVE Thursday 24 September 2020 Session 1 Asia Pacific, Middle East, India, Australia, New Zealand time zones - 6am-8am BST/ 10.30am-12.30pm IST/1pm-3pm CST/3pm-5pm AEST/5pm-7pm NZST Lou Peck (host), Eleanor Colla, Gareth Dyke, Tamika Heiden, Bahar Mehmani Session 2 Europe and US/Canada time zones - 9am-11am EDT/2pm-4pm BST Lou Peck (host), Anupama Kapadia, Joris Van Rossum, Michael Willis Panellist biographies
What is Peer Review Week? Peer Review Week (PRW) is an annual weekly celebration of all things 'peer review', covering a specific theme which changes every year. The voluntary Steering Committee is open to anyone involved or interested in peer review from publishers, service providers, libraries, to peer reviewers, and the research and author community. It provides a platform for us all to come together with the common goal of celebrating peer review including the good, the bad and the ugly! (https://peerreviewweek.wordpress.com/get-involved/) We'll also check back and answer any additional questions that come in. Lou will be online throughout the day and running both PRW sessions. Make sure you add your questions below! [link] [comments] |
Ask Anything Wednesday - Engineering, Mathematics, Computer Science Posted: 23 Sep 2020 08:08 AM PDT Welcome to our weekly feature, Ask Anything Wednesday - this week we are focusing on Engineering, Mathematics, Computer Science Do you have a question within these topics you weren't sure was worth submitting? Is something a bit too speculative for a typical /r/AskScience post? No question is too big or small for AAW. In this thread you can ask any science-related question! Things like: "What would happen if...", "How will the future...", "If all the rules for 'X' were different...", "Why does my...". Asking Questions: Please post your question as a top-level response to this, and our team of panellists will be here to answer and discuss your questions. The other topic areas will appear in future Ask Anything Wednesdays, so if you have other questions not covered by this weeks theme please either hold on to it until those topics come around, or go and post over in our sister subreddit /r/AskScienceDiscussion , where every day is Ask Anything Wednesday! Off-theme questions in this post will be removed to try and keep the thread a manageable size for both our readers and panellists. Answering Questions: Please only answer a posted question if you are an expert in the field. The full guidelines for posting responses in AskScience can be found here. In short, this is a moderated subreddit, and responses which do not meet our quality guidelines will be removed. Remember, peer reviewed sources are always appreciated, and anecdotes are absolutely not appropriate. In general if your answer begins with 'I think', or 'I've heard', then it's not suitable for /r/AskScience. If you would like to become a member of the AskScience panel, please refer to the information provided here. Past AskAnythingWednesday posts can be found here. Ask away! [link] [comments] |
Why can't you see your own eyes move in a mirror? Posted: 22 Sep 2020 10:00 AM PDT |
Why doesn't the immune system reject donated blood if they have different DNA but same blood type? Posted: 23 Sep 2020 02:40 AM PDT I do know that there's a term of transplant rejection but why doesn't it apply to blood as well when they have the same blood type? [link] [comments] |
Posted: 23 Sep 2020 02:29 AM PDT I keep on seeing articles about the potential long term effects of COVID-19, ranging from organ damage to neurological conditions. I was wondering if any other common illnesses have comparable long-term effects. [link] [comments] |
Do conjoined twins' immune systems attack each other? What about chimeric twins? Posted: 22 Sep 2020 10:40 PM PDT I know that when blood transfusions and transplants are done, incompatible immune systems can be a huge problem. So how does that work when they're two connected bodies? [link] [comments] |
Why fever is the most common symptom in infectious diseases? Posted: 22 Sep 2020 08:04 PM PDT |
Are some infinities really bigger than other infinities? Posted: 23 Sep 2020 07:32 AM PDT I am really bad at both math and science and therefore have trouble understanding the idea of some infinities being bigger than other infinities. "There are infinite numbers between 0 and 1. There's .1 and .12 and .112 and an infinite collection of others. Of course, there is a bigger infinite set of numbers between 0 and 2, or between 0 and a million. Some infinities are bigger than other infinities." I understand the idea and the concept behind it BUT doesn't this involve comparing the two collections of numbers? And isn't that defeating the purpose of infinity as you need a clear start and end to something if you want to compare it? I don't really know how to express this in words, but isn't comparing two collections of numbers that are constantly getting bigger like trying to compare two cars in detail while they drive past you at high speeds? lmao. I don't know. [link] [comments] |
Posted: 22 Sep 2020 08:06 PM PDT I'm confused of how Rutherford 1. isolated an alpha particle, and 2. How did he even know what an alpha particle was or even measure it?? If they hadn't discovered the nucleus yet how was it possible for him to know to shoot 2 protons and 2 neutrons at the atom? I'd really appreciate if someone could explain this as I haven't found anywhere that explains these details. Thanks for your help!! [link] [comments] |
Is there a three-dimensional analogue of complex number plane? If not, then why? Posted: 22 Sep 2020 01:11 PM PDT I had an idea whether it is possible to plot the mandelbrot equation in three dimensions, but looking to it more (I am fairly novice on understanding mathematics) it seems there is no three dimensional analogue of complex numbers but instead quaternions. Why is that? Do complex numbers have points in only two dimensions or are there more? [link] [comments] |
You are subscribed to email updates from AskScience: Got Questions? Get Answers.. To stop receiving these emails, you may unsubscribe now. | Email delivery powered by Google |
Google, 1600 Amphitheatre Parkway, Mountain View, CA 94043, United States |
No comments:
Post a Comment