DKOldies vs Physics Stuff — Instagram Profile Comparison

Compare DKOldies and Physics Stuff Instagram profiles side-by-side. Analyze followers, engagement rates, and account performance.

This page provides a detailed Instagram comparison between @dkoldies (DKOldies) and @physics.stuff (Physics Stuff). With 895.9K and 895.8K followers respectively, both accounts are classified as Large and Large level Instagram profiles. Our analysis covers key areas including follower statistics, engagement rates, posting frequency, hashtag strategy, and authority scores.

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VS
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Profile Overview

Leader

10% off with code: MEMORIES *1 use per customer* Buy Retro Video Games at https://www.dkoldies.com

895.9K

Followers

50%

983

Following

10.2K

Posts

87%

ComparisonLeading

Physics, Science, Politics. Justice, integrity, free thought, speech & critical thinking. * Not affiliated with any public figure or organization

895.8K

Followers

50%

15

Following

1.5K

Posts

13%

ComparisonTrailing

In this overview, @dkoldies is currently leading the comparison with stronger numbers in 3 out of 3 primary metrics. The percentage bars reflect each account's share relative to the combined total of both profiles.

Top Performing Posts

Top post by @dkoldies

They will never get old. • • #memories #nostalgia #videogames #rememberwhen #retrogaming

@dkoldies
1.3K
9
Winner
Top post by @physics.stuff

The phenomenon observed here involves both additive and subtractive color mixing. When red, green, and blue lights combine, they form white light through additive mixing. However, when a slit blocks portions of this white light, subtractive color mixing occurs. The slit acts as a filter, allowing specific wavelengths of light to pass through. As a result, shadows cast by objects appear in cyan, magenta, and yellow. These shadows arise because each primary color in the additive model corresponds to a complementary color in the subtractive model: cyan complements red, magenta complements green, and yellow complements blue. 🎥: @art.pete.repeat #physicsclass #physicsfacts #physicslovers #physicslover #physicsfun #physicsstudent #physicsfact #physicsfacts #theoryofeverything #theoryofrelativity #stringtheory #understandlife #understandinglife #quantumtheory #quantummechanics #quantumfield #astronomyfacts #astrofacts #spacefacts #spacetheory

@physics.stuff
1.3M
1.9K
1.3K likesVS1.3M likes 🏆

@physics.stuff's best post achieved 1.3M likes, which is 1.3M more than @dkoldies's top post at 1.3K likes. A strong top post typically indicates either viral content, high audience resonance, or effective use of Instagram's recommendation algorithm.

Key Metrics Comparison

@dkoldies(3 wins)
VS
(3 wins)@physics.stuff
895.9K
Followers
895.8K
983
Following
98% ahead
15
10.2K
Total Posts
85% ahead
1.5K
0.09%
Engagement Rate
99% ahead
12.75%
747
Avg Likes
99% ahead
114K
17
Avg Comments
94% ahead
283
dkoldies3 - 3physics.stuff

In this head-to-head comparison, each account wins 3 out of 6 categories — an evenly matched comparison with each account excelling in different areas.

The most significant gap appears in Engagement Rate, where @physics.stuff leads by 99%.

Hashtag Performance

Better Strategy
@dkoldies

12

With Hashtags

0

Without Hashtags

Avg per post5.8
Avg Likes747
Avg Comments17
Hashtags boost engagement
#retrogaming#gaming#nintendo#nostalgia#mario
@physics.stuff

3

With Hashtags

9

Without Hashtags

Avg per post2.3
Avg Likes439.1K
Avg Comments787
Hashtags boost engagement
#starship#spacex#physicsfacts#tesla#elonmusk

Both accounts employ hashtag strategies. @dkoldies uses an average of 5.8 hashtags per post compared to @physics.stuff's 2.3.

@dkoldies has a more effective hashtag strategy

Engagement Trend

Better Trend
@dkoldies
Declining

-36.0%

Engagement change

-35%

Likes

-69%

Comments

Older posts avg931
Recent posts avg596
@physics.stuff
Declining

-97.0%

Engagement change

-97%

Likes

-71%

Comments

Older posts avg221.8K
Recent posts avg6.8K

@dkoldies shows a moderate -36.0% engagement decline, which is common for accounts adjusting their content strategy.

@physics.stuff shows a significant -97.0% engagement decline. This sharp drop may be influenced by one or more viral older posts that inflated the historical average, rather than indicating a genuine loss of audience interest.

Overall, @dkoldies demonstrates the stronger engagement trajectory in this comparison.

Posting Frequency

@dkoldies

Posts/Week
12.0
Avg Days Between
0.0
Most Active Day
Tuesday
Consistency19%

@physics.stuff

Posts/Week
12.0
Avg Days Between
0.0
Most Active Day
Thursday
Consistency13%

Both accounts post approximately 12.0 and 12.0 times per week respectively. @dkoldies achieves a higher consistency score of 19%, meaning their posting schedule is more predictable.

@dkoldies is most active on Tuesday, while @physics.stuff prefers Thursday.

Advanced Analytics

Authority Score
65
Expert
@dkoldies
Reach20/25
Engagement0/30
Ratio20/20
Consistency15/15
Verification10/10
Authority Score
Winner
85
Elite
@physics.stuff
Reach20/25
Engagement30/30
Ratio20/20
Consistency15/15
Verification0/10

The Authority Score is calculated from five weighted factors: Reach (max 25), Engagement (max 30), Follower-to-Following Ratio (max 20), Consistency (max 15), and Verification status (max 10). Scores above 80 are rated "Elite".

Account Classification

Large

895.9K followers

Range: 500K-1M

@dkoldies

Large

895.8K followers

Range: 500K-1M

@physics.stuff

Influence Index
60
/ 100
@dkoldies
Influence Index
Winner
75
/ 100
@physics.stuff

The Influence Index reflects an account's overall impact potential on a scale of 1-100, combining audience size with engagement quality and content activity.

Engagement Quality

@dkoldies

0.09%

Benchmark: 0.5-1%

Low

@physics.stuff

12.75%

Benchmark: 0.5-1%

Excellent

Following/Followers Ratio

@dkoldies

0.0011

Very influential

Excellent

@physics.stuff

1:59.7K

Very influential

Excellent

Content Density(posts per 1K followers)

@dkoldies

11.40

Very Active

@physics.stuff

1.69

Active

Content Density measures total posts per 1,000 followers. Higher values indicate more prolific content creation relative to audience size. Celebrity accounts typically show low density due to massive follower counts.

Expert Verdict & Conclusion

Overall Analysis:

After analyzing all available metrics across 5 categories, @physics.stuff emerges as the narrow leader in this comparison with 3 metric wins compared to @dkoldies's 2.


@dkoldies

@dkoldies excels in: Followers, Posts.

FollowersPosts

@physics.stuff

@physics.stuff excels in: Engagement Rate, Avg Likes, Avg Comments.

With an engagement rate of 12.75% (benchmark for this size: 0.5-1%), this profile demonstrates excellent audience interaction.

Engagement RateAvg LikesAvg Comments

Conclusion

This comparison highlights that Instagram success is multifaceted. While @dkoldies has the larger audience (895.9K followers), @physics.stuff generates deeper engagement per post (12.75%). Both accounts represent significant influence within their space on Instagram.

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Analysis FAQ

FAQ About @dkoldies vs @physics.stuff

Detailed answers about this specific comparison and metrics

Based on our real-time data, dkoldies leads the follower count with a difference of 43 followers. Specifically, @dkoldies has 895,869 followers while @physics.stuff has 895,826 followers. Follower count is one of the most visible Instagram metrics and indicates the overall reach of each account. However, a higher follower count doesn't always mean better performance — engagement rate and content quality are equally important factors to consider when comparing Instagram profiles.

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