Physics Meme Review (#1)

Andrew Dotson
22 Apr 202114:34
EducationalLearning
32 Likes 10 Comments

TLDRIn this entertaining video, the host reviews a variety of physics memes from the Grand Unified Physics Memes Facebook page and the physics meme subreddit. The video delves into the humor found in the field of physics, touching on topics like the standard model, quantum mechanics, and theoretical physics. The host shares personal anecdotes and insights, making complex concepts relatable and amusing, while also discussing the relevance and accuracy of the memes. The video is sponsored by CuriosityStream, a streaming service offering a wealth of scientific and educational content.

Takeaways
  • πŸŽ₯ The video is a physics meme review sponsored by CuriosityStream.
  • 🀣 The host plans to focus on lighter, funnier videos after completing a series on tensor calculus.
  • πŸ“š The host admits to being unfamiliar with social media, primarily using old school games like Runescape.
  • πŸ“ˆ The video discusses various physics memes from the Grand Unified Physics Memes Facebook page and the physics meme subreddit.
  • πŸ“Š Memes covered include topics like the annihilation operator, the standard model Lagrangian, and complex conjugates.
  • πŸ€” The host shares personal experiences with physics, such as struggling with Greek letters and the importance of the parameter 'skewness' in nuclear physics.
  • 🌟 The host mentions recent developments in physics, like the muon g-2 experiment at Fermilab, but admits not understanding enough to discuss it in detail.
  • πŸ“š The video touches on advanced physics concepts like conformal field theories and quantum field theory in a curved background.
  • πŸ˜… The host relates to memes about the challenges of understanding complex physics concepts and the humor in approximations made by physicists.
  • πŸš€ The video concludes with the host expressing a renewed interest in the physics meme subreddit and thanks CuriosityStream for sponsoring the video.
  • 🎁 The host promotes CuriosityStream as a valuable resource for learning about science, history, and a wide range of topics with a subscription service.
Q & A
  • What is the main topic of the video?

    -The main topic of the video is a physics meme review, where the creator goes through and comments on various physics-related memes from the Grand Unified Physics Memes Facebook page and the physics meme subreddit.

  • What change did the speaker want to make after finishing the tensor calc series?

    -After finishing the tensor calc series, the speaker wanted to start making more light-hearted and funnier videos.

  • Which social media platform does the speaker mention using the most?

    -The speaker mentions using old school Runescape the most, and not being very adept with other social media platforms.

  • What does the speaker mention about their use of Overleaf?

    -The speaker mentions that they have been using Overleaf to write LaTeX, which they find very convenient.

  • What is the significance of the Greek letter the speaker has been using frequently?

    -The Greek letter the speaker has been using frequently is an important parameter in nuclear physics called the skewness.

  • What experiment at Fermilab is the speaker interested in but feels they don't understand enough to discuss?

    -The speaker is interested in the muon g-2 experiment at Fermilab, which has a 4.2 sigma value and is said to upend known laws of physics, but they feel they don't understand it enough to discuss it in a video.

  • What does the speaker suggest about the approach to perturbation theory in string theory?

    -The speaker humorously suggests that string theorists use perturbation theory for systems that don't even converge, and their philosophy seems to be that anything converges if you wait long enough.

  • What does the speaker think about the use of approximations in physics?

    -The speaker believes that physicists use approximations just as much as engineers, and that their work often involves perturbation theory to findθΏ‘δΌΌ (approximate) answers.

  • What mistake did the speaker make in their calculations related to generalized part-time distributions?

    -The speaker accidentally evaluated the fields at the same points for different correlator functions, which led to an incorrect calculation that their advisor said meant nothing.

  • What is the speaker's opinion on the physics meme subreddit?

    -The speaker initially thought the physics meme subreddit was mostly about engineers making approximations, but they noticed a change in the type of memes and considered giving the subreddit another chance.

  • What does the speaker say about the role of curiositystream in sponsoring the video?

    -The speaker thanks curiositystream for sponsoring the video and provides information about the streaming service, which offers a wide range of scientific and educational content.

Outlines
00:00
πŸŽ₯ Physics Meme Review Introduction

The speaker begins by acknowledging the sponsorship from CuriosityStream and transitions into discussing the format of the video, which will be a review of physics memes. They express excitement about returning to the lighter, funnier content after completing a series on tensor calculus. The speaker plans to review memes from the Grand Unified Physics Memes Facebook page and possibly the physics meme subreddit if the content becomes dry. They also share their limited social media usage, primarily sticking to old-school games like RuneScape, and their initial foray into the world of physics memes.

05:02
πŸ€” Engaging with Complex Physics Memes

The speaker delves into the specifics of the physics memes, discussing the content and their personal reactions to them. They mention the complexity of the memes, which include advanced physics concepts like the annihilation operator, propagators, and the standard model Lagrangian. The speaker also talks about their recent use of Overleaf for writing LaTeX and the convenience it offers. They share some insights into their research, mentioning nuclear physics parameters and the challenges of writing Greek letters. Additionally, they touch upon current events in physics, such as the muon g-2 experiment and its implications for the standard model.

10:04
πŸ˜„ Humor in Physics and Personal Experiences

The speaker continues to explore the world of physics memes, highlighting the humor found in the field. They discuss various memes that touch on different aspects of physics, such as quantum spin liquids, UV divergences, and condensed matter physics. The speaker shares personal anecdotes, including their struggles with certain mathematical calculations and the relatable nature of the memes. They also reflect on the approximations made in physics and the importance of experiencing physics beyond theoretical calculations. The speaker concludes by expressing a newfound appreciation for the physics meme subreddit and encourages viewers to share their thoughts in the comments section.

Mindmap
Viewer Engagement
Physics Meme Subreddit
CuriosityStream
PhD Journey
Mistakes in Calculations
Tensor Series
Career in Physics
Exam Experience
Spherical Cow
Approximations in Physics
Quantum Spin Liquid
String Theory
Standard Model and Experiments
Conformal Field Theories
Latex and Overleaf
Complex Calculations
Annihilation Operator
Social Media
Creator's Background
Content
Sponsorship
Conclusion and Sponsorship
Creator's Personal Experiences
Meme Analysis
Introduction
Physics Meme Review
Alert
Keywords
πŸ’‘CuriosityStream
CuriosityStream is a subscription streaming service that offers a wide variety of documentaries and educational content. In the context of the video, it is the sponsor, providing financial support for the creation of the physics meme review content. The video creator encourages viewers to explore the platform for its rich scientific offerings, which align with the interests of those watching a physics-related video.
πŸ’‘Physics Memes
Physics Memes refer to humorous images, phrases, or ideas that are shared on the internet and relate to concepts, theories, or the culture of physics. These memes are used in the video to entertain and engage viewers with a light-hearted look at the subject matter. They often involve inside jokes or require some understanding of physics to fully appreciate.
πŸ’‘Tensor Calculus
Tensor Calculus is a branch of mathematics that deals with tensors and their operations, which are used in fields like physics to describe the behavior of physical quantities in space and time. In the video, the creator mentions having previously made a series on tensor calculus, indicating it as a more serious and complex topic compared to the light-hearted nature of the physics memes being reviewed.
πŸ’‘Social Media
Social Media refers to websites and applications that enable users to create and share content or participate in social networking. In the context of the video, the creator admits to being unfamiliar with social media platforms beyond a specific gaming application, indicating a preference for more traditional or focused online activities.
πŸ’‘Grand Unified Physics Memes
The Grand Unified Physics Memes refers to a Facebook page or community where individuals share and engage with memes related to physics. The video's creator uses this as a source for some of the memes reviewed in the video, indicating it as a platform for humor within the physics community.
πŸ’‘LaTeX
LaTeX is a document preparation system and markup language that is widely used for scientific and technical documentation, including physics. It allows for the creation of high-quality, professional-looking documents, particularly those that involve complex mathematical equations. In the video, the creator mentions using LaTeX for writing mathematical expressions, indicating its importance in scientific communication.
πŸ’‘Standard Model
The Standard Model is a theory in particle physics that describes three of the four known fundamental forces in the universe and the particles that make up the matter surrounding us. It is a cornerstone of modern physics, providing a framework for understanding the basic building blocks of the universe. The video touches on the Standard Model in the context of humor, indicating its relevance and familiarity within the physics community.
πŸ’‘Conformal Field Theory
Conformal Field Theory (CFT) is a branch of theoretical physics that deals with quantum field theories that are invariant under conformal transformations, which include scale changes and rotations. CFTs are important in various areas of theoretical physics, including string theory and the study of phase transitions. In the video, the creator briefly mentions CFT, indicating it as an advanced and specialized area of physics that is not directly related to their research but is still of interest.
πŸ’‘Quantum Spin Liquid
Quantum Spin Liquid is a state of matter that is hypothesized to occur at very low temperatures, where the spins of particles do not align in a conventional ordered state but instead form a highly entangled quantum state. It is a topic of interest in condensed matter physics and quantum computing. In the video, the creator mentions quantum spin liquids as part of a meme, highlighting it as a cutting-edge concept in physics.
πŸ’‘Renormalization
Renormalization is a technique used in quantum field theory to deal with infinities that arise in calculations. It involves modifying the original theory by introducing counterterms that cancel out the infinities, making the theory predictive and meaningful. The process is essential for making quantum field theory practical and is a key concept in understanding the behavior of fundamental particles. In the video, renormalization is mentioned in the context of humor, indicating its importance in advanced physics.
πŸ’‘Spherical Cow
The Spherical Cow is a humorous concept often used in physics and engineering to represent a simplification or idealization made in theoretical models. It refers to the practice of assuming complex real-world objects or situations can be simplified to a more manageable form, like assuming a cow is spherical for the purposes of calculations. In the video, the spherical cow is mentioned as part of a meme, illustrating the common practice of approximation in physics.
Highlights

The video is a physics meme review sponsored by CuriosityStream.

The reviewer has a preference for lighter, funnier videos post-TensorCalc series.

The reviewer's only social media is old school Runescape.

The first meme discussed involves the annihilation operator and a dead state wave function.

The reviewer uses Overleaf for LaTeX writing, finding it convenient.

A complex conjugate Greek letter is frequently used in nuclear physics.

Newspaper articles about discoveries upending known laws of physics are mentioned.

The reviewer discusses the bulk holography and string theorists using perturbation theory.

Conformal field theories are briefly touched upon as scale-invariant theories.

The reviewer mentions the thermalization hypothesis and Einstein's field equations.

A meme about the challenges of condensed matter physics is found relatable even to those unfamiliar with the field.

The standard model and national labs like Brookhaven and Fermilab are discussed.

The reviewer disagrees with the idea of understanding physics only by experiencing it, preferring a mix of whiteboard, tablet, and paper.

The concept of self-interaction terms and Lagrangian divergence counter terms are explained.

The reviewer appreciates the humor in physics memes, especially those related to approximations and the life of a physicist.

The video ends with a thank you to CuriosityStream for sponsoring and a brief description of the service.

Transcripts
00:00

this video was sponsored by

00:01

curiositystream what's going on smart

00:03

people bringing you another app no

00:06

i wanted to say out of habit this was a

00:08

tensorcalc video but no today we're

00:09

doing a physics meme review

00:11

it's been such a long time since i've

00:13

done one of these it's been a while

00:14

since i've looked at any physics memes

00:15

to begin with

00:17

today we're going to be going through

00:18

physics memes on the grand unified

00:20

physics memes

00:21

facebook page and then if they get a

00:23

little bit dry maybe we'll move over to

00:25

the physics meme subreddit because

00:26

sometimes those aren't horrible

00:29

when i finished the tensor calc series i

00:31

wanted to start doing more

00:32

of the funnier videos the more

00:34

light-hearted videos so i thought what

00:36

should i start with

00:37

and what better to start with than the

00:39

very first physics meme review

00:41

so let's go ahead and jump right into it

00:42

so this is the grand unified physics

00:44

memes

00:45

i don't know how to use anything social

00:46

media the only social media i use

00:48

nowadays is old school runescape

00:50

when i'm buying a girlfriend for 5gp

00:53

don't tell kelly

00:54

um so i don't know if i can sort the

00:57

facebook stuff

00:58

by like most popular or whatever so i

01:00

just have it sorted from recent posts

01:02

so the first one i did see this one

01:04

already uh we have the annihilation

01:06

operator

01:10

acting on the they wave function so yeah

01:12

you're already dead

01:13

i'm gonna be skipping through the memes

01:15

that i either don't get they're either

01:17

too long

01:17

or i just didn't laugh at them because

01:19

why would i make you sit through that

01:21

so it says shut up and calculate let's

01:23

go uh okay that's a lot these ones are

01:26

so busy

01:27

jesus so we have a propagator here we

01:29

have some finding diagrams for various

01:31

interactions

01:32

a path integral what is that the

01:34

standard model lagrangian

01:37

uh okay using overleaf to write latex

01:41

overleaf i've been using that lately

01:43

actually it's really convenient i mean

01:45

people like what if you don't have

01:46

internet when do you ever don't have

01:48

internet okay

01:49

overleaf is kind of amazing using tech

01:51

maker

01:52

using tech studio that's the one i use

01:55

if if i don't have internet

01:57

uh using notepad that's weird did you

01:59

know that you can actually

02:00

there's like latex plugins you can put

02:02

into slack so if you have a workspace

02:04

with like your advisors or classmates

02:07

there's like a slack plug-in for writing

02:09

latex in that which is pretty cool

02:13

this is just going to be this is going

02:14

to be less of looking at memes and more

02:16

of just general

02:17

helpful advice apparently taking the

02:19

complex conjugate of

02:21

my god i've been using this greek letter

02:24

so much more i've never used this greek

02:26

letter more

02:27

than i have in the past like couple of

02:29

months because it's this important

02:31

parameter in nuclear physics that's

02:33

called the skewness and i

02:35

now i can actually write it it's not as

02:37

bad but it was uh

02:39

yeah there should be a montage of me

02:41

struggling and sweating trying to write

02:42

this letter over and over again

02:44

um the conjugate representation is that

02:48

just the adjoint

02:49

sus is that with that yeah

02:52

stupid um me

02:55

newspaper articles saying discovery

02:58

upends

02:59

known laws of physics fermilab with a

03:01

4.2 sigma

03:03

value on the muon g minus 2 experiment

03:05

i've been meaning to make videos on that

03:07

i just don't understand it enough to do

03:09

it and i'm also finishing up a course in

03:12

gr

03:12

i'm going to be driving home to virginia

03:14

so i don't know when i'll get around to

03:15

actually talking about that

03:18

violation of lepton flavor universality

03:20

the standard model

03:23

that's briefly bulk holography

03:25

holography

03:26

and string theorists using perturbation

03:29

theory for systems that don't even

03:30

converge when's the last

03:32

time you check to see if the

03:34

perturbative series actually converges

03:37

if it if it gets you close enough it

03:39

must have that's my philosophy

03:41

anything converges if you wait long

03:43

enough conformal field theories that's

03:45

something

03:46

that i don't really dabble in it's so

03:48

conformal field theories that are like

03:50

i guess scale invariant they're pretty

03:52

um

03:53

related to i wouldn't say related to my

03:56

research but when you discuss like form

03:58

factors of the energy momentum tensor

04:01

there are certain conformally invariant

04:02

quantities uh that end up popping up

04:05

so that is something that i should

04:07

invest some time into understanding a

04:08

little bit

04:09

the only thing is there's such a rabbit

04:11

hole because for my research i could go

04:13

down the conformal field theory rabbit

04:14

hole

04:15

the doing quantum field theory in a

04:17

curved background

04:18

rabbit hole there's so much that you

04:20

could do

04:22

i just haven't taken the time to

04:23

actually do that stat neck books using

04:25

ensembles without context without

04:27

context i can state

04:29

thermalization hypothesis uh

04:33

quick grab pathway we have a g equals

04:36

eight pi

04:37

t we have einstein's field equations

04:41

said someone just saying oh it's really

04:43

simple it's like no but this is what it

04:44

really means

04:45

einstein's field equations uh which we

04:48

just derived are motivated i guess i

04:50

should say in the most recent tensor

04:51

videos

04:52

rigi scalar reachy tensor in terms of

04:55

the

04:56

oh so it's reachy scalar in terms of the

04:57

rigid tensor rigid tensor in terms of

05:00

the riemann tensor

05:01

riemann tensor in terms of derivatives

05:03

and products of christopher symbols

05:05

christopher symbols and terms all that

05:07

stuff is so nested it's insane

05:09

it is pretty overwhelming the first time

05:11

you start going through it

05:13

uh average string theorist average

05:15

experimentalist

05:17

qft nightmares ah that's raheem that's

05:18

cool um uv divergences

05:21

yeah we can handle those we do have the

05:23

technology as long as it's

05:24

that's an end it's an infrared emergence

05:28

uh what was i doing is it tadpole

05:31

diagrams that have the ir

05:33

divergences that are difficult to get

05:34

rid of

05:36

condensed matter physicist oh great i

05:38

can't wait not to understand this meme

05:40

can't find a quantum spin liquid that's

05:42

not a real

05:43

that's a thing say something smart about

05:45

physics uh quantum spin liquid

05:48

yeah yeah that's that checks out

05:51

problem cannot be mapped into a

05:52

quadratic band theory

05:54

i need my buddy rigo here so that he can

05:56

tell me if this stuff is funny or not

05:58

vigner crystal meth it's basically a

06:02

human fermion

06:03

even nutrient i don't even understand

06:04

these and they're still kind of funny

06:06

even neutrinos have more human

06:08

interaction oh it's so it took me

06:10

six examples to learn that they're just

06:11

talking about this

06:13

uh physicist so yeah it's like a mix of

06:16

quantum physics and stat mac

06:18

actually understands neither is actually

06:20

chemistry

06:21

that's pretty funny that's a top tier

06:24

meme if someone like me who knows

06:26

nothing about condensed matter physics

06:28

i could still get a laugh out of that

06:30

excellent excellent job

06:32

standard model cavend

06:35

national lab brookhaven national lab

06:38

fermilab yeah

06:39

my advisors used to tell me that

06:40

brookhaven was the future

06:42

of uh of physics ever since it was

06:45

decided that

06:46

the new accelerator will be going there

06:48

instead of like at uh to jefferson lab

06:51

and i guess some even without that being

06:53

done they're still coming out

06:55

coming out on top you'll never

06:57

understand physics

06:58

if you sit with a bug and pen you need

07:00

to get up and start experiencing it

07:02

uh i disagree but i tend to go

07:06

from my whiteboard to my tablet and then

07:08

just back to sheets of paper because i

07:10

like to change things up

07:12

self-interaction terms lagrangian

07:15

one loop divergence counter term

07:18

lagrangian there you go two blue

07:20

divergence counter term lagrangian

07:22

uh so clearly this one isn't about

07:25

what are they called what are they even

07:26

called super renormalizable theories

07:29

i think for those so for if you don't

07:31

get the meme let's explain it because

07:33

that always makes it funnier

07:34

for the self-interaction terms these

07:36

diagrams that have loops they always

07:38

diverge

07:39

and you can isolate the divergence and

07:41

get rid of it by adding a

07:43

an additional term to the lagrangian

07:46

but that doesn't guarantee that you'll

07:48

get rid of higher order divergences but

07:50

i think in like

07:51

super renormalizable theories i think

07:53

there are like a finite number

07:55

of counter terms you can add and then it

07:57

removes all the divergences i could be

07:59

wrong though i'm not i'm not an expert

08:01

i'm not an expert on that thing i'm

08:02

supposed to be an expert on

08:06

uh what was this made by flammable maths

08:11

thank you for my little pog champ

08:14

all right i don't know how long that's

08:16

going to be i think these ones were

08:18

pretty good actually let's move over

08:19

let's give uh

08:21

the physics meme subreddit a little bit

08:23

of a shot and then we'll end things

08:24

there

08:25

so i'm there right now and i have it

08:27

sorted

08:28

by top of this month i haven't looked at

08:30

any of them that yet though

08:31

i finally saw it irl assuming a house to

08:34

be a sphere

08:38

i wonder what the context was for this

08:42

so it's either so i think i see some

08:44

solar what is that

08:46

solar system stuff maybe it's an

08:47

astronomy uh back of an envelope

08:50

calculation

08:50

solving the grandfather paradox by

08:52

killing your grandpa and still being

08:54

alive forgetting the time travel part

08:56

oh god it's here again uh corporate

08:58

needs you to find the differences

09:00

between this picture and this picture

09:01

students

09:02

they're the same picture i do think i

09:05

mean my

09:06

c's my c's look a lot better now i'm i'm

09:09

recovering this person but now they look

09:13

a bit more like this

09:16

thanks a lot gpds uh you think all the

09:19

calculations are going well

09:20

velocity equals twice the speed of light

09:24

mathematicians just multiplied by dx no

09:26

derivatives aren't fractions you can't

09:28

make such

09:29

blatant approximations physicists is cow

09:31

sphere

09:32

yes i

09:36

wonder for how much of a meme that is

09:39

i've never

09:39

seen that ever in in like a physics book

09:43

or something a suit like a spherical cow

09:46

thing i've assumed some weird stuff to

09:48

be spheres don't get me wrong but never

09:50

the actual cow

09:52

the canonical cow teacher

09:55

we happy me opening the exam paper air

09:57

resistance and friction is negligible

10:00

yeah we happy tell me the truth i'm

10:03

ready to hear it

10:04

physicists approximate just as much as

10:06

engineers i've been saying that

10:09

forever probably more i don't have a

10:12

career i don't have my own i wouldn't be

10:14

doing this phd

10:15

if i couldn't approximate every single

10:17

day anything i do

10:19

anything i look at is done in

10:21

perturbation theory

10:23

all i'm interested in is what the answer

10:25

almost is

10:27

um so we haven't so yeah i'm glad i'm

10:29

glad this is

10:30

this is coming out more especially in

10:32

the physics meme reddit where usually

10:34

i mean maybe things are changing maybe

10:36

there's a change of pace but

10:38

from my recollection it used to just be

10:40

a platform for on engineers

10:42

approximating things

10:44

oh yeah jupiter uh

10:48

what is it like it's like that meme

10:50

where uh you have the

10:52

the noob playing the video game like

10:54

your friend getting into the video game

10:56

and then the you with all of like your

10:59

max gear and stuff defending them from

11:00

arrows and stuff so that they can enjoy

11:02

the game

11:03

that's what this is that's how i would

11:05

have made the meme so you study physics

11:07

you must be really smart

11:08

uh and then and there i'm afraid the

11:11

answer is no yeah

11:12

story of my life when you start to find

11:14

a silly mistake you made in your

11:16

solution this little maneuver is gonna

11:18

cost us 51 years

11:20

i sent god

11:24

i made the stupidest mistake it may not

11:26

sound like a stupid mistake unless you

11:27

know that it's a stupid mistake

11:29

i had to calculate so i'm interested in

11:31

calculating these things called

11:32

generalized part-time distributions

11:34

which are really useful in uh nuclear

11:36

physics and

11:38

it's all quantum field theory and you

11:40

basically have these fields evaluated at

11:42

different points

11:43

i accidentally made them at the same

11:44

points these correlator functions

11:47

and went through all of the calculation

11:51

doing it wrong and i sent an email to my

11:53

advisor

11:54

i was like is this this is useless now

11:56

isn't it he's like yeah that's

11:58

that means nothing to anything so

12:01

yeah i can relate to that a little bit

12:05

i want to die i want to reach the state

12:06

of thermodynamic equilibrium

12:09

that's like those games that censor any

12:12

kind of bad word that you may throw in

12:14

there like you can't say

12:16

i don't know i'm gonna kill you or

12:17

something you'll be like i'm gonna not

12:18

alive you

12:19

yeah that's what they should start using

12:20

in like i don't know

12:23

that's good why did my mind go to club

12:25

penguin uh theater is spending all their

12:26

life

12:27

uh developing a theory experimentalist

12:29

when that theory does not agree

12:31

to hundreds of decimal places of the

12:33

experiment

12:35

hey some people's lives some people's

12:37

career is chasing that next decimal

12:40

we need them that is so funny h bar

12:42

equals one i think i might actually just

12:44

end it here

12:45

these were pretty good these were

12:46

especially on the physics meme subreddit

12:48

usually

12:49

they're not quite as good but maybe i

12:51

should start you know

12:53

uh giving them another chance i mean

12:56

that's what i started making

12:57

it started strong then they got a little

12:59

bit engineers approximate hahaha and now

13:02

it seems like they're coming back

13:03

engineer okay so they're what the next

13:06

meme was an approximation

13:07

it still is curious how there wasn't

13:09

just this steady stream of

13:11

engineering memes in the subreddit

13:13

speaking of curious stream

13:14

huge thanks to curiositystream for

13:16

sponsoring this video

13:18

it's a horrible segue now if you don't

13:20

know curiosity stream is a subscription

13:22

streaming service with thousands of

13:24

options for you to choose from

13:25

if you're like me which i mean you're

13:27

watching a video on physics memes so i

13:28

assume you're interested in science

13:30

if you go to browse in the science uh

13:32

topic the list just goes on for all the

13:34

different topics you can watch videos on

13:36

for example if we go to physics you got

13:38

drake equation story of electricity so

13:40

there's a lot of overlap between like

13:42

the physics and the astronomy

13:43

astrophysics

13:44

uh stuff i feel like i've outgrown

13:48

the big topic videos like on string

13:51

theory multiverse

13:52

a few years ago i would have watched

13:54

those but lately i've been a lot more

13:56

into the history of science

13:58

uh how these discoveries are made with

13:59

the technology that was available at the

14:01

time

14:02

and what mistakes or accidents were made

14:04

that led to these discoveries in the

14:06

first place so i've been checking out

14:08

the story of electricity which has been

14:09

pretty fascinating

14:10

now you can get unlimited access for 299

14:13

a month or 19.99 for the year

14:16

and you can get started on a free trial

14:18

by clicking the link in the description

14:19

or going to curiositystream.com

14:22

andrew dodson and use the code andrew

14:24

dotson

14:25

go figure uh so huge thanks to

14:27

curiositystream for sponsoring this

14:28

video hope you all enjoyed this video

14:30

let me know in the comments section if

14:31

you did

14:32

and i'll see you guys there

Rate This

5.0 / 5 (0 votes)

Thanks for rating: