Math core???
- Thread starter Vish-shoe
- Start date
Professor-Modelo
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FUCK YOU FUCK YOU FUCK YOU FUCK YOU FUCK YOU FUCK YOU FUCK YOU!
Christian_Bale
Active member
e^(iπ) + 1 = 0
STEEZUS_CHRI5T
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ReturnToMonkey
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Math is tight. If there is a god, it created math first, then everything else
STEEZUS_CHRI5T
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14486490:STEEZUS_CHRI5T said:
This is a serious post. It attempts to get people to notice how he's not only very smart but also the strongest man in the world. You're supposed to think those pictures are real and that he didn't make all this up for clout.
This is what happen when a narcissist has access to social media.
**This post was edited on Dec 6th 2022 at 7:59:49am
Very core. For all of those who subscribe to spiritual beliefs and interconnectedness, as I would consider myself, math and physics are both tools to prove beliefs and existential questions. See the new development in particle physics that was nominated for a Nobel prize. In short, scientists have discovered particles that behave in symmetry across any amount of space. There are more definite immediate and practical applications, but I enjoy considering just how much there is to discover using applied mathematics and the implications of these discoveries.
Math is core.
Math is core.
STEEZUS_CHRI5T
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14487500:jk9242 said:
(seriously though, that was a good shit post)
little1337
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SteezyYeeter
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14487618:little1337 said:me after being forced to read a "core" joke on NS for the 10,000th time
WTF he's eating a human? i always though it was pizza. it's the pfp of a YT channel....
Icant_kfed
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Y=mx+this guys a retard
BigmoneyMatt
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It has been found that dolphins may use complex nonlinear math when they go hunting. A new study suggests that dolphins may be much more skilled at maths than people ever thought possible.
The study was inspired when the lead author watched Discovery channels “Blue Planet”. He noticed that dolphins were blowing tiny bubbles around their prey as they hunted.
The author became hooked as he knew that sonar made by man would not operate in the water the dolphins were in.
He said that by blowing the bubbles the dolphins were either blinding their most spectacular sensory apparatus or they possess a sonar that can do that what human sonar can’t.
The math involved relies upon sending out pulses that vary in amplitude. The first pulse may have a value that is 1 and the second’s amplitude may be 1/3 of the first.
Provided a dolphin remembers the ratios of the 2 pulses and can then multiply the second by that and add these 2 echoes together the fish will become ‘visible’ to the sonar.
It was then worked out by the author that there must be a second part of this hunt. Bubbles can cause false alarms because they scatter. Dolphins can’t afford to send out false alarms and waste their energy while the real fish escape.
The second stage was found to involve subtracting the echoes from one another, ensuring that the second pulse is multiplied by three. This process is short and the fish is visible to sonar via addition.
Questions still need to be answered but what the author has shown is that it is not impossible to distinguish a target in bubbly water using pulses like dolphins do.
If the sonar model is replicated this may provide large benefits for humans. The sonar may be able to detect covert circuitry and help detect sea mines.
The study was inspired when the lead author watched Discovery channels “Blue Planet”. He noticed that dolphins were blowing tiny bubbles around their prey as they hunted.
The author became hooked as he knew that sonar made by man would not operate in the water the dolphins were in.
He said that by blowing the bubbles the dolphins were either blinding their most spectacular sensory apparatus or they possess a sonar that can do that what human sonar can’t.
The math involved relies upon sending out pulses that vary in amplitude. The first pulse may have a value that is 1 and the second’s amplitude may be 1/3 of the first.
Provided a dolphin remembers the ratios of the 2 pulses and can then multiply the second by that and add these 2 echoes together the fish will become ‘visible’ to the sonar.
It was then worked out by the author that there must be a second part of this hunt. Bubbles can cause false alarms because they scatter. Dolphins can’t afford to send out false alarms and waste their energy while the real fish escape.
The second stage was found to involve subtracting the echoes from one another, ensuring that the second pulse is multiplied by three. This process is short and the fish is visible to sonar via addition.
Questions still need to be answered but what the author has shown is that it is not impossible to distinguish a target in bubbly water using pulses like dolphins do.
If the sonar model is replicated this may provide large benefits for humans. The sonar may be able to detect covert circuitry and help detect sea mines.
Thegenericskier
Active member
14487618:little1337 said:me after being forced to read a "core" joke on NS for the 10,000th time
This image was in my classroom for Spanish 1
GayWolf420
Active member
Y = MX + C deez nuts