Lisa Stoj's Avatar

Lisa Stoj

@lisastoj

Rockets, space, satellites, cats. Previously @RocketLab, @TMRO, @Questacon. 今は日本語が勉強しています。

466
Followers
225
Following
59
Posts
20.10.2024
Joined
Posts Following

Latest posts by Lisa Stoj @lisastoj

Right!?!!!

03.03.2025 00:31 👍 0 🔁 0 💬 1 📌 0

An amazing opening!! Cynthia is a powerhouse!!!

03.03.2025 00:14 👍 1 🔁 0 💬 0 📌 0

That’s amazing!

13.01.2025 21:27 👍 1 🔁 0 💬 0 📌 0

They're scrubbing the launch attempt of New Glenn this morning. Not sure when it will be made official.

13.01.2025 08:04 👍 149 🔁 21 💬 6 📌 6

Solar system meeting needs to move to meeting room Mars?

13.01.2025 08:06 👍 1 🔁 0 💬 0 📌 0

Go get some sleep 🙏

13.01.2025 08:05 👍 0 🔁 0 💬 0 📌 0

You jinxed it lol

13.01.2025 07:38 👍 0 🔁 0 💬 0 📌 0

That was such a cool day, I was watching from Banana creek

13.01.2025 07:19 👍 0 🔁 0 💬 0 📌 0

This made me chuckle. Let’s manifest you that 1 million 🙏🙏🙏

13.01.2025 02:47 👍 1 🔁 0 💬 0 📌 0

Been there! It was great!

28.12.2024 16:26 👍 1 🔁 0 💬 0 📌 0
Top view of the inner solar system with the proposed spacecraft trajectory. Diagram from the linked NASA report.

Top view of the inner solar system with the proposed spacecraft trajectory. Diagram from the linked NASA report.

Technical sketch of the proposed interplanetary spacecraft. From the linked NASA report.

Technical sketch of the proposed interplanetary spacecraft. From the linked NASA report.

Gentle reminder: We almost sent three astronauts to Venus. In 1973.

🔭🚀

ntrs.nasa.gov/citations/19...

19.12.2024 05:08 👍 67 🔁 15 💬 7 📌 3

Map men map men map map map men men

18.12.2024 07:35 👍 2 🔁 0 💬 0 📌 0
A prominent ring-like nebula. There are two features. An inner region which is not as dense and has blue-green hues. And an outer, more prominent ring of red dense nebulous gas that is clumpy. A small central star, the white dwarf, is energizing the nebula through its UV radiation causing different gases to be excited and emit different 
colours. Surrounding the central object, are several other stars. There is also text on the image that has title of “astrophotography alt-text” and bullet points: 1. Describe  main object (features, shape, colour, size, depth).  2. Describe its surroundings (isolated, dense star field, 
nebulous). 3. Describe its dynamics (orbiting, radiating, swirling, moving). 4. Describe science processes (merging, illuminating, exhibiting)

A prominent ring-like nebula. There are two features. An inner region which is not as dense and has blue-green hues. And an outer, more prominent ring of red dense nebulous gas that is clumpy. A small central star, the white dwarf, is energizing the nebula through its UV radiation causing different gases to be excited and emit different colours. Surrounding the central object, are several other stars. There is also text on the image that has title of “astrophotography alt-text” and bullet points: 1. Describe main object (features, shape, colour, size, depth). 2. Describe its surroundings (isolated, dense star field, nebulous). 3. Describe its dynamics (orbiting, radiating, swirling, moving). 4. Describe science processes (merging, illuminating, exhibiting)

This is a plot of a pulsar observation, with the x-axis representing the pulse phase and the y-axis representing flux density in units 
of millijansky. The plot contains thre curves, one in black which represents the pulsar’s  profile intensity, one in red which represents 
the linear polarization and one in blue which represents the circular polarization. The pulsar's signal forms a sharp narrow peak around pulse phase 0.35. The intensity profile is much larger than the polarization profiles, which both form a more variant profile, rising up and down. The circular polarization even goes negative. This plot is 
representative of an observation for the pulsar PSR J2241-5236. Above the main plot there is also a smaller sub-plot, which shows the position angle (P.A.) data as a function of the same pulse phase, as well as degrees. The data in this plot is small clusters of data points and their error bars. The P.A. represents the orientation of the linear polarization of light from the observer's perspective. There is also text on the plot, which provides handy accessibility tips and a template for the wording to use, as this image is being used to demonstrate science plot 
accessibility

This is a plot of a pulsar observation, with the x-axis representing the pulse phase and the y-axis representing flux density in units of millijansky. The plot contains thre curves, one in black which represents the pulsar’s profile intensity, one in red which represents the linear polarization and one in blue which represents the circular polarization. The pulsar's signal forms a sharp narrow peak around pulse phase 0.35. The intensity profile is much larger than the polarization profiles, which both form a more variant profile, rising up and down. The circular polarization even goes negative. This plot is representative of an observation for the pulsar PSR J2241-5236. Above the main plot there is also a smaller sub-plot, which shows the position angle (P.A.) data as a function of the same pulse phase, as well as degrees. The data in this plot is small clusters of data points and their error bars. The P.A. represents the orientation of the linear polarization of light from the observer's perspective. There is also text on the plot, which provides handy accessibility tips and a template for the wording to use, as this image is being used to demonstrate science plot accessibility

The background image provides a border of many different equations which are presented in various angles and create a box around the image. These equations are science equations and they are in a light grey colour. The text on the image provides guidelines on writing alt-text for images that feature equations, and suggest that a clear description of what the equation represents is given. Then it suggests that short equations should have variables explained (e.g., E equals mc squared where E is energy, m is mass and c is the speed of light, which is squared), and also where large equations should break down the equation into smaller chunks and explain these (e.g., The top term 
 represents the gas cloud’s temperature, which resists collapse. The bottom term describes the density and gravity, which encourages collapse. The square root gives the Jeans Length – a threshold size). Lastly, there is a point to provide a link with MathML for equations in an accessible format, and this is the preferred method.

The background image provides a border of many different equations which are presented in various angles and create a box around the image. These equations are science equations and they are in a light grey colour. The text on the image provides guidelines on writing alt-text for images that feature equations, and suggest that a clear description of what the equation represents is given. Then it suggests that short equations should have variables explained (e.g., E equals mc squared where E is energy, m is mass and c is the speed of light, which is squared), and also where large equations should break down the equation into smaller chunks and explain these (e.g., The top term represents the gas cloud’s temperature, which resists collapse. The bottom term describes the density and gravity, which encourages collapse. The square root gives the Jeans Length – a threshold size). Lastly, there is a point to provide a link with MathML for equations in an accessible format, and this is the preferred method.

The background image is a false-colour satellite image of the Tharsis region on Mars, showing elevation changes in terms of colour variability for significant landmarks across a portion of the planet. Whilst the  colour bar is not visible, it shows that the colours representing the elevation starting at blue which is 8km below the flat planes, then go to green which is the level of the flat planes, then go to white, which is about 20km above the plane. Interesting features include three very tall ancient volcanoes on a line, and a single extremely tall volcano (this is Olympus Mons, the highest mountain in the Solar System). To the right of the volcanic region, is a long, almost straight and very deep canyon which is the Valles Marineris. To the top of this image is a lot of blue, indicating low elevation land, and the bottom of image presents lots of impact craters. Overlaid on this image is text that provides guidelines for applying alt-text to geo-maps. It includes describing the map purpose, describing the legend, colour-bar and labels, describing interesting features and providing further context, such as structures, shapes, perspective in adjacent descriptions in article or posts.

The background image is a false-colour satellite image of the Tharsis region on Mars, showing elevation changes in terms of colour variability for significant landmarks across a portion of the planet. Whilst the colour bar is not visible, it shows that the colours representing the elevation starting at blue which is 8km below the flat planes, then go to green which is the level of the flat planes, then go to white, which is about 20km above the plane. Interesting features include three very tall ancient volcanoes on a line, and a single extremely tall volcano (this is Olympus Mons, the highest mountain in the Solar System). To the right of the volcanic region, is a long, almost straight and very deep canyon which is the Valles Marineris. To the top of this image is a lot of blue, indicating low elevation land, and the bottom of image presents lots of impact craters. Overlaid on this image is text that provides guidelines for applying alt-text to geo-maps. It includes describing the map purpose, describing the legend, colour-bar and labels, describing interesting features and providing further context, such as structures, shapes, perspective in adjacent descriptions in article or posts.

Over the years, I've heard lots of folks say that they don't really know what to write for alt-text accessibility.

So ... as promised - here are some handy #Accessibility guides!

I've written these from the perspective of #SciComm material, but they can be generalised to any field.

🔭🧪🎢

1/3

27.10.2024 21:06 👍 201 🔁 102 💬 17 📌 15

Can we get Cynthia Erivo to do the Super Bowl halftime show in 2025? #wicked #superbowl

02.12.2024 05:37 👍 3 🔁 0 💬 1 📌 0

Sounds like jimmy Hendrix reincarnated

27.11.2024 20:20 👍 1 🔁 0 💬 0 📌 0

I love that we use the same file naming system.

26.11.2024 08:39 👍 1 🔁 0 💬 0 📌 0
Preview
a close up of a man 's face with the words constant vigilance written below him Alt: a close up of a man 's face with the words constant vigilance written below him. The man is Mad Eye Moody from the Harry Potter franchise
25.11.2024 17:11 👍 1 🔁 0 💬 0 📌 0

Lots of Japanese exam study. Hope the same to y’all 😊

24.11.2024 06:06 👍 2 🔁 0 💬 0 📌 0

I didn’t see much of it here either, sadly. Was all over my insta feed

24.11.2024 03:50 👍 0 🔁 0 💬 1 📌 0

That’s super cool

23.11.2024 19:55 👍 2 🔁 0 💬 0 📌 0

I guess it depends on the asking price.

23.11.2024 19:51 👍 0 🔁 0 💬 0 📌 0

Space Bluesky is such a joy 💕

23.11.2024 19:49 👍 1 🔁 0 💬 0 📌 0

Good morning and happy 11:46!

23.11.2024 19:46 👍 1 🔁 0 💬 1 📌 0

Beautiful

23.11.2024 18:53 👍 0 🔁 0 💬 0 📌 0

2019 really does now show when launch rates began to accelerate. We quantify the world's rocket emissions for 2019 in this new paper 🚀🧪

22.11.2024 09:22 👍 81 🔁 24 💬 4 📌 0

'You know what the greatest tragedy is in the whole world?' said Ginger, not paying him the least attention. 'It's all the people who never find out what it is they really want to do or what it is they're really good at…

22.11.2024 03:39 👍 52 🔁 12 💬 1 📌 0

Seconded

19.11.2024 08:18 👍 6 🔁 0 💬 1 📌 0

Recently travelled through LAX airport and it was way less shitty than I remembered. Even did my Global Entry interview after grabbing my luggage.

I hope the LAX experience continues to improve with the opening of the transit line. Having to use UberBlack just to be picked up curbside isn’t great.

19.11.2024 08:17 👍 3 🔁 0 💬 0 📌 0

Hammerbarn 🔨

17.11.2024 14:27 👍 0 🔁 0 💬 0 📌 0
Post image
10.11.2024 04:16 👍 801 🔁 195 💬 17 📌 10