Doctor Marcus

Starfleet Science Officer Serving aboard the USS Enterprise under the captaincy of James Kirk equipped with a doctorate in applied physics and specializes in advanced weaponry. // This is an indie role play blog for AOS Carol Marcus. Multishipper. Multiverse. Mun and Muse are both 21+.

[onemansinsanity-onecatsreality]

"I swear I am an actual roleplay blog"

[karlurbanana]

Karl Urban: Favourite Character Ships

Leonard McCoy x Carol Marcus (Into Darkness)

[rp-ask-box-memes-blog-blog-blog]

Your character is in my character's room looking around while mine is gone. They come back and see you in there. What is their reaction?

[showmcwhattodo]

Way to make sure people are notified about your RP replies.

I have been trying to think of a way to try and make sure that people always get notified for my replies, because I know how frustrating it is for me to go to my activity and it doesn’t show everything. This morning I had an idea. 

I have noticed that when you tag a username in the post with the @ feature that you will pretty much always get a notification for it. with this idea you are using that function as a backup in case tumblr doesn’t notify the other person about your reply. (if you don’t know about that function go here)

But this is what I was thinking of doing with my replies. I do the usual: Load up the reply, remove my last post and get it ready to write my own under it. Usually the link of their name at the top will go to the other persons post. We can cheat a little here. We can remove that and type their name again with with the @ feature like below. That way the other person will get notified also that they have been tagged in a post and when they go to view it, they will see their reply waiting for them. 

(i used a random draft for this)

I just also tested this with a reply to a friend that is online right now and she received the notification that I had tagged her in a post. This might really help with the issue of losing drafts. 

So to my followers and people I RP with. Till tumblr gets off their backside and fixed the notification system for reblogs, I will be using the tagging/mentioning system as above to make sure you are notified about my replies. 

-Mun

[itsnicetohaveafamily]

[gammaslamma]

Send my Muse one of the following:

[torpedoesxscience]

"Who did this to you?" "I’m ashamed of you." "I hate you." "You disgust me." "I love you." "Don’t go, please!" "Just leave already." "I don’t care about you." "I don’t think I’ve ever seen so many dogs at once…" "I don’t love you." "I lied." "You’re pathetic."  "You need to sleep sometime."  "Come on, just hit me!"  "Leave me alone!" "Don’t touch me." "I wish I’d never met you." "You’re adorable." "Do you have a cuddle buddy yet?" "Mind if I sleep here tonight?" "You’re beautiful."

[saader]

It’s nice to have a family.

[torpedoesxscience]

{ Anyone up for some role play? }

[torpedoesxscience]

{      You don't have to say anything--

           --- Just sit by me. Just be near me ---  }

[rododendorm]

[movieandcountrymusiclover26]

[torpedoesxscience]

                            ｙｏｕ put your arms { around } me and I am ＨＯＭＥ.

[gravesmarket]

[curiousmotion-blog]

movement and posture headcanons!

[torpedoesxscience]

send a symbol to find out how my muse…

⋀ stands ♚ sits ☞ talks ➔ walks ♞runs ♐ fights ♫ dances ☾ sleeps ☻hugs ♦ kisses ☼ you choose!

[torpedoesxscience]

{ There's beauty ---

   ---     in breaking down }

[s-c-i-guy]

Molecular clouds in the whirlpool galaxy appear to be embedded in fog

A multi-year study of the Whirlpool galaxy (M51) has changed our understanding of giant molecular clouds, in which stars are born. The new study, which mapped 1,500 such clouds, shows that, instead, they are embedded in a kind of molecular fog, which permeates the whole of the galactic disc. Pressure exerted by this fog is crucial in determining whether or not new stars will form within the clouds. The study, led by Eva Schinnerer from the Max Planck Institute for Astronomy, made extensive use of the millimeter telescopes of IRAM, the Institut de Radioastronomie Millimétrique.

Most of a galaxy’s stars are born within giant molecular clouds - accumulations of hydrogen molecules with total masses between a thousand and several million times that of our Sun. As a region within such a cloud collapses under its own gravity, it contracts until pressure and temperature are high enough for nuclear fusion to set in: a new star is born.

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[thehiddlebatch]

Happy St.Patrick’s Day!