https://youtu.be/851U557j6HE?si=RXxQAThtBlaXnXR9
I work with sinc functions all the time, as they feature in the response functions of bandpass filters.
Original.paper
https://carma.edu.au/resources/db90/pdfs/db90-119.00.pdf
This is kind of nuts.
https://youtu.be/851U557j6HE?si=RXxQAThtBlaXnXR9
I work with sinc functions all the time, as they feature in the response functions of bandpass filters.
Original.paper
https://carma.edu.au/resources/db90/pdfs/db90-119.00.pdf
This is kind of nuts.
dv said:
https://youtu.be/851U557j6HE?si=RXxQAThtBlaXnXR9I work with sinc functions all the time, as they feature in the response functions of bandpass filters.
Original.paper
https://carma.edu.au/resources/db90/pdfs/db90-119.00.pdfThis is kind of nuts.
carma.edu.au doesn’t seem to exist. Is https://carmamaths.org/resources/db90/pdfs/db90-119.00.pdf the right paper?
So what’s the conclusion, for those not quite following the squiggles?
Travel through wormholes is feasible after all, and even cheap and comfortable?
Bubblecar said:
So what’s the conclusion, for those not quite following the squiggles?Travel through wormholes is feasible after all, and even cheap and comfortable?
Probably not, it’s just an unexpected mathematical result.
dv said:
Bubblecar said:
So what’s the conclusion, for those not quite following the squiggles?Travel through wormholes is feasible after all, and even cheap and comfortable?
Probably not, it’s just an unexpected mathematical result.
Had a look at the first 11 minutes, and found it QI.
Will try and find time to have a play with it tomorrow (and maybe even watch to the end of the video).