S.T.E.M Explorer ✓

@stemexplor · joined 29 Dec 2013

Exploring Science, Tech, Engineering & Math . Credits to rightful owners.

57 632Followers

7Following

1 146Posts total

3.5MViews on collected posts

Latest posts

S.T.E.M Explorer ✓@stemexplor8 Sep

This bicycle turns part of its own frame into an anti-theft lock https://t.co/CLJw8hdY6S

0:39

4.4K views · 61 likes · 8 reposts · 1 replies Open on X →

S.T.E.M Explorer ✓@stemexplor7 Sep

@stemexplor Not quite true. They simulate it with water but water is not compressible. Air compresses and behaves very differently. I suspect someone took a video about water currents during flooding and where to stand to be safe out of context and put some AI voice over it. 1.4K views · 22 likes · 1 reposts · 1 replies Open on X →

S.T.E.M Explorer ✓@stemexplor7 Sep

@stemexplor Sorry, water does NOT match the physics of air. The word is "hydraulics" 1.2K views · 17 likes · 0 reposts · 1 replies Open on X →

S.T.E.M Explorer ✓@stemexplor7 Sep

@stemexplor Fascinating! Using eutrophication to replicate how air flows throughout a home. I think my seven year old daughter will like this experiment. A sink might be too small, but an outside inflatable pool should do it. Thank you! 2.4K views · 8 likes · 0 reposts · 0 replies Open on X →

S.T.E.M Explorer ✓@stemexplor7 Sep

This Is How Air Actually Moves Through Your Home https://t.co/6eBrQxBxhm

1:20

3.4M views · 11.2K likes · 1.7K reposts · 61 replies Open on X →

S.T.E.M Explorer ✓@stemexplor6 Sep

@stemexplor I love how sound can be traced as Lissajous curves! https://t.co/PDlUXHj9Yg 309 views · 4 likes · 0 reposts · 0 replies Open on X →

S.T.E.M Explorer ✓@stemexplor6 Sep

Watch how vibrations can let us see sounds https://t.co/ygVjGL7DIN

1:01

42.4K views · 1.1K likes · 113 reposts · 6 replies Open on X →

S.T.E.M Explorer ✓@stemexplor4 Sep

How Bamboo Becomes Clothing: The Full Factory Process https://t.co/NSoWodYyfp

1:36

7.8K views · 88 likes · 13 reposts · 2 replies Open on X →

S.T.E.M Explorer ✓@stemexplor3 Sep

This experiment is known as Tollens' test, often called the "silver mirror test," and it's one of the most visually satisfying reactions in chemistry. https://t.co/54C8wRnavf

0:21

27.5K views · 147 likes · 16 reposts · 1 replies Open on X →

Against accounts of the same size

9 posts from the last 90 days, next to the 10K–100K follower range. shown to more people than peers of the same size.

Median views4 388this account924median for 10K–100K

Reach, %7.61%this account3.62%median for 10K–100K

Engagement, %1.32%this account1.52%median for 10K–100K

Metric	This account	Median for 10K–100K	Ratio
Median views per post	4 388	924	4.75×
Reach (views ÷ followers)	7.61%	3.62%	2.10×
Engagement rate	1.32%	1.52%	0.87×

Others in this range → Compare with another account → How these benchmarks are built →

Growth & engagement

How the posts we collected actually performed: views and reaction rate post by post, what the audience did with them, and where the follower count goes.

Views per post

27.5K3 Sep

7.8K4 Sep

42.4K6 Sep

309

3.4M7 Sep

2.4K

1.2K

1.4K

4.4K8 Sep

Last 9 collected posts, oldest on the left. The scale is logarithmic: one post can outrun the rest a hundred times over.

Engagement rate per post

0.60%3 Sep

1.32%4 Sep

2.91%6 Sep

1.29%

0.38%7 Sep

0.33%

1.48%

1.70%

1.60%8 Sep

Reactions — likes, reposts, replies and quotes — divided by views. Median for 10K–100K accounts is 1.52%.

What the audience does

Likes61.6%12 638 in total

Reposts8.8%1 814 in total

Replies0.4%73 in total

Quotes0.2%44 in total

Bookmarks29.0%5 938 in total

Share of every reaction we collected for this account. Replies mean argument, reposts mean endorsement, bookmarks mean the post was worth keeping.

The follower curve appears once this account has two daily snapshots — we take one a day, and this one is on its first.

Latest posts

Against accounts of the same size

Growth & engagement

Views per post

Engagement rate per post

What the audience does

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