Stray thought: pasta chirality. Do all commercially made fusilli / spirali have the same handedness?
A quick search yields a paper on neutron stars, https://doi.org/10.1103/PhysRevD.101.074007 which, although interesting, does not answer my question.
I got a D on a test today. 
D for dense, or more specifically "Extremely Dense" 
A neutron star would probably get the same rating, right? 
I would think so. That implies Hypothesis 1.
It also means that according to science, lesbricks are in the same category of dense as a neutron star. 
Thus I can recklessly assume that the mystery remains on whether or not lesbricks are denser than a neutron star. 
Hypothesis 1: Neutron stars are giant space titties.
Hypothesis 2: Lesbricks and Neutron stars are in the same density category.
Corollary (H1+H2): Lesbricks might have more tricky to interpret mammograms and should make sure they are regularly checking for lumps!
You can make astronomical discoveries without being a researcher 
Join our citizen science project “Einstein@Home: Pulsar Seekers.”
https://www.zooniverse.org/projects/rsengar/einstein-at-home-pulsar-seekers
All you need is an internet connection, a device with a browser, or the Zooniverse app and you're ready to discover new pulsars.
You will help classify graphical representations of the results of our distributed computing project @einsteinathome.
(01 May) The Universe’s Gold May Come From a Totally Unexpected Kind of Star https://s.faithcollapsing.com/ke1ex Archive: ais: https://archive.md/wip/WVYTU ia: https://s.faithcollapsing.com/c970z #magnetars #nasa #neutron-stars #space-&-spaceflight
NASA’s Chandra Diagnoses Cause of Fracture in Galactic “Bone” https://www.nasa.gov/missions/chandra/nasas-chandra-diagnoses-cause-of-fracture-in-galactic-bone/ #NASA #ChandraXRayObservatory #General #MarshallAstrophysics #MarshallSpaceFlightCenter #NeutronStars #Pulsars #Stars #TheUniverse
Five days ago marked the sixth anniversary of the detection of gravitational-wave signal GW190425 (https://astrodon.social/@mpi_grav/114399427478636217). It came from a binary neutron star merger.
These events emit both gravitational waves and electromagnetic signals. This could help solve long-standing questions in fundamental physics research with multi-messenger astrophysics.
For more information on multi-messenger astrophysics, see this article on our portal “Einstein Online”: https://www.einstein-online.info/en/spotlight/multi-messenger-astrophysics/
On this day, six years ago, @LIGO Livingston and Virgo detected an unusual gravitational-wave signal.
GW190425 was only the second signal from (most likely) a neutron star merger. Its distance to Earth was significantly larger and the sky position less precisely determined than for the first such signal (GW170817). Therefore, astronomers did not observe any afterglow in the electromagnetic spectrum.
The total mass of the merging objects was unusually high compared to known double neutron stars.
https://www.aei.mpg.de/142401/news-from-the-gravitational-universe
The publication abuout the observed gravitational-wave signal appeared on 6 January 2020:
NASA’s Roman Mission Shares Detailed Plans to Scour Skies https://www.nasa.gov/missions/roman-space-telescope/nasas-roman-mission-shares-detailed-plans-to-scour-skies/ #NASA #NancyGraceRomanSpaceTelescope #BlackHoles #DarkEnergy #DarkMatter #EarthLikeExoplanets #Exoplanets #Galaxies #GasGiantExoplanets #GoddardSpaceFlightCenter #NeptuneLikeExoplanets #NeutronStars
NASA’s Roman Mission Shares Detailed Plans to Scour Skies https://www.nasa.gov/missions/roman-space-telescope/nasas-roman-mission-shares-detailed-plans-to-scour-skies/ #NASA #NancyGraceRomanSpaceTelescope #BlackHoles #DarkEnergy #DarkMatter #EarthLikeExoplanets #Exoplanets #Galaxies #GasGiantExoplanets #NeptuneLikeExoplanets #NeutronStars #Stars
NASA’s Hubble Tracks a Roaming Magnetar of Unknown Origin https://science.nasa.gov/missions/hubble/nasas-hubble-tracks-a-roaming-magnetar-of-unknown-origin/ #NASA #Astrophysics #AstrophysicsDivision #GoddardSpaceFlightCenter #HubbleSpaceTelescope #Magnetars #NeutronStars #Stars #TheUniverse
If you want to learn more about our volunteer distributed computing project @einsteinathome, you can read up on our online portal “Einstein Online”:
Postdoctoral positions in Computational Relativistic Astrophysics at our Potsdam institute
The “Computational Relativistic Astrophysics” department at the @mpi_grav in Potsdam led by Masaru Shibata announces the opening of postdoc appointments (2 years).
The department is currently composed of two group leaders, one senior scientist, and several postdoc researchers and students.
It focuses on several research topics in relativistic computational astrophysics including neutron star merger, collapsar, stellar core collapse and explosion, formation of supermassive black holes, and multi-messenger astronomy.
apply by 25 March 2025
Postdoctoral positions in Computational Relativistic Astrophysics at our Potsdam institute
The “Computational Relativistic Astrophysics” department at the @mpi_grav in Potsdam led by Masaru Shibata announces the opening of postdoc appointments (2 years).
The department is currently composed of two group leaders, one senior scientist, and several postdoc researchers and students.
It focuses on several research topics in relativistic computational astrophysics including neutron star merger, collapsar, stellar core collapse and explosion, formation of supermassive black holes, and multi-messenger astronomy.
apply by 25 March 2025
Reading material for your next break 
What is so special about @LISA, the planned gravitational-wave observatory in space?
This “Einstein Online” article provides more information about the European Space Agency (ESA) mission, which is to observe Einstein's space-time ripples with a gigantic laser satellite triangle in the 2030s:
https://www.einstein-online.info/en/spotlight/lisa/
Our web portal “Einstein Online” is dedicated to Einstein’s theory of relativity and its applications. Our authors come from renowned institutions and research institutes all over the world. All articles are available in both German and English and are accompanied by numerous illustrations and animations.
An interdisciplinary research team, including scientists from @mpi_grav in Potsdam, has developed an innovative machine learning method. It makes it possible to precisely analyze gravitational waves from colliding neutron stars 
in a fraction of a second. 
The new algorithm DINGO-BNS could revolutionize multi-messenger astronomy.
Postdoctoral positions in Computational Relativistic Astrophysics at our Potsdam institute
The “Computational Relativistic Astrophysics” department at the @mpi_grav in Potsdam led by Masaru Shibata announces the opening of postdoc appointments (2 years).
The department is currently composed of two group leaders, one senior scientist, and several postdoc researchers and students.
It focuses on several research topics in relativistic computational astrophysics including neutron star merger, collapsar, stellar core collapse and explosion, formation of supermassive black holes, and multi-messenger astronomy.
apply by 25 March 2025
X-rays from Dark Matter?
https://scitechdaily.com/physicists-may-have-found-dark-matter-x-rays-surrounding-magnificent-7-may-be-traces-of-theorized-particle/
#XMMNewton
#ChandraX
#XRay #XRays
#astronomy #DarkMatter
#axion #axions #WIMP
#particle #physics
#astrophysics #cosmology
#NeutronStar #NeutronStars
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