John Clarke is the father of Liz, one of my close friends from college. Liz and I were physics undergrads at Berkeley and her father was a professor there. Thanks to HN I had the pleasure of being the first one to tell her that her dad had just won the Nobel Prize (I saw the news before she woke up, due to time zone differences). I wish I could post photos here, she sent me a beautiful picture of him filled with joy…
This is a weird story. If I were the dad, I would've preferred to tell my daughter myself. And a Nobel winner being overjoyed to get a free parking pass is borderline dystopian.
Nobel Prize in Physics 2025
101–110 of 110 posts
Re: Nobel Prize in Physics 2025
#102John Clarke is the father of Liz, one of my close friends from college. Liz and I were physics undergrads at Berkeley and her father was a professor there. Thanks to HN I had the pleasure of being the first one to tell her that her dad had just won the Nobel Prize (I saw the news before she woke up, due to time zone differences). I wish I could post photos here, she sent me a beautiful picture of him filled with joy…
Re: Nobel Prize in Physics 2025
#103John Clarke is the father of Liz, one of my close friends from college. Liz and I were physics undergrads at Berkeley and her father was a professor there. Thanks to HN I had the pleasure of being the first one to tell her that her dad had just won the Nobel Prize (I saw the news before she woke up, due to time zone differences). I wish I could post photos here, she sent me a beautiful picture of him filled with joy…
This is a weird story. If I were the dad, I would've preferred to tell my daughter myself. And a Nobel winner being overjoyed to get a free parking pass is borderline dystopian.
Re: Nobel Prize in Physics 2025
#104Hey guys, I learned electronics from a nobel laureate! Throughout my physics career including PhD, analog electronics was the most difficult but probably also the most rewarding class to me. I fondly remember staying until 2am in broida at ucsb trying to get a filter to work, getting a few hours sleep, then being back in the lab before sunrise. Of course, this was mostly the result of procrastination, but damn were t…
Re: Nobel Prize in Physics 2025
#105Hey guys, I learned electronics from a nobel laureate! Throughout my physics career including PhD, analog electronics was the most difficult but probably also the most rewarding class to me. I fondly remember staying until 2am in broida at ucsb trying to get a filter to work, getting a few hours sleep, then being back in the lab before sunrise. Of course, this was mostly the result of procrastination, but damn were t…
It's best not to assume the motives behind a rejection unless they align with things you already see as shortcomings. Doing so might cause you to over-correct on things that weren't problems. Being incorrect in a discussion or getting an A- in a class doesn't seem like things that would completely turn a professor off from accepting you.
Re: Nobel Prize in Physics 2025
#106Dumb question: "We know that the ball will bounce back every time it is thrown at a wall. A single particle, however, will sometimes pass straight through an equivalent barrier in its microscopic world and appear on the other side. This quantum mechanical phenomenon is called tunnelling." Is the particle just failing to collide with the wall since objects are mostly empty space? Or is something more spooky or interes…
Not a dumb question at all. The idea that a particle could pass through a wall by luckily avoiding collisions is a classical way of thinking. In that view, a particle is a tiny solid ball and a wall is just a collection of other tiny balls with space between them. Quantum tunneling is based on a completely different concept. In quantum mechanics, the "wall" is not a physical object but a high energy barrier. Classica…
And, if so, is there then actually a practical difference between the classical and quantum interpretations? (i.e. could it simply be said that, the denser wall just has more chances to collide with the particle and stop it from passing through, thus explaining why the probability of finding it on the other side is lower?)
Re: Nobel Prize in Physics 2025
#107Hey guys, I learned electronics from a nobel laureate! Throughout my physics career including PhD, analog electronics was the most difficult but probably also the most rewarding class to me. I fondly remember staying until 2am in broida at ucsb trying to get a filter to work, getting a few hours sleep, then being back in the lab before sunrise. Of course, this was mostly the result of procrastination, but damn were t…
Oops, meant "understand feedback quite well*", can't edit for some reason?
@Dang, if you see this can we add to the FAQ?
There's also a delay setting in your profile that delays the message but has a max of 10 minutes. There's also the noprocrast setting to help reduce procrastination. The default values let you in for 20 minutes at a time and don't allow you back in for 180 minutes.
Re: Nobel Prize in Physics 2025
#108Hey guys, I learned electronics from a nobel laureate! Throughout my physics career including PhD, analog electronics was the most difficult but probably also the most rewarding class to me. I fondly remember staying until 2am in broida at ucsb trying to get a filter to work, getting a few hours sleep, then being back in the lab before sunrise. Of course, this was mostly the result of procrastination, but damn were t…
Oops, meant "understand feedback quite well*", can't edit for some reason?
All: you are welcome to email hn@ycombinator.com if you need something like this after the editing window has passed
Re: Nobel Prize in Physics 2025
#109Re: Nobel Prize in Physics 2025
#110Dumb question: "We know that the ball will bounce back every time it is thrown at a wall. A single particle, however, will sometimes pass straight through an equivalent barrier in its microscopic world and appear on the other side. This quantum mechanical phenomenon is called tunnelling." Is the particle just failing to collide with the wall since objects are mostly empty space? Or is something more spooky or interes…
> Is the particle just failing to collide with the wall since objects are mostly empty space?
To be frank, essentially nothing macroscopic ever reacts to impact because (subatomic) particles physically hit particles. Electrons repel with significant force long before they can "collide". The volume of space represented by "close enough" to the outermost electron shell (since electrons aren't at one single volume at any one moment in time) is somewhat large, even if the volumes of the nucleus + the sum of all electrons in the atom are much less.