Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the accelerators are different, they're about this long. And so you have one of them going one way full of protons-- ...and another one going the other way full of protons, and they pass through each other.
neutron, there are hundreds, maybe by now thousands, of other, unstable particles that arose in the exploration of the strong interaction at accelerators . So to organize this zoo, originally Murray Gell-Mann and George Zweig invented something called the quark model.
So I had just experienced the best of humanity with my brain tumor. and accelerators . This was late '90s, early 2000s And I had it all set up.
Here we go. All right. Seed accelerators , born in Silicon Valley, where you bring together a lot of entrepreneurs, give them by the time to learn from each other, present to each other.
If you want to speed up the setting of super glue, one way is to add more negative ions, the initiators that start the polymerization reaction. You can buy accelerators specifically for this purpose off the shelf, but a number of DIYers and handymen use baking soda - sodium bicarbonate. It reacts with moisture in the air to produce hydroxide ions.
We started out as a, as an accelerator company. But the problem with accelerators is that the application domain's too narrow. It has the benefit of being incredibly optimized for the job. You know, any specialist has that benefit. The problem with intense specialization is that, of course, your market reach is narrower,
All of a sudden, one year later, you're looking at a Vera Rubin rack. It has storage accelerators . It has this incredible new CPU called Vera. It has Vera Rubin and NVLink 72 to run the LLMs. It also has this new additional rack called Rock.
We've seen tremendous growth in the corporate vector that Brad was describing. We're running accelerators now for lots of major corporations and really getting to work with some amazing entrepreneurs, to the point where today, when you think about the scale of it, about 1 in 20 of the series A's that happen in the US, the $5 million and up type financing,
across the United States and what strikes me about this is that in Boston there are very few accelerators there are very few academic accelerators and there's basically nothing for urban science for planning for architecture so all this comes together into an idea for designx and this is a new program situated in the School of
But a lot of times, hearing the stories from other folks who are maybe still running 10-person companies or 20-person companies who Being in your accelerators .
There's a lot of innovation there. There's these culinary accelerators . There's a lot of different flavors of innovation out there, and the question is-- if you consider the greater
Julia's interviewed a number of people in every major geographic region that has the seed accelerators . She visited accelerators in North America, Africa, Australia, and Asia. And then she just came back from a three months in depth field at one accelerator in Singapore following nine start-ups.
What would it look like? It would look like more incubators and accelerators and venture studios and funds directed to pairing up grassroots folks and engineers, people with knowledge of technology, but also knowledge of what's happening at the grassroots level.
We built the accelerator programs, and it's really grown from there over 10 years. I'm interested in the evolution of accelerators generally. And we saw this big proliferation five or six years ago.
So today, we're 10, 11 years in almost. People know us for the accelerators . There's about 40 of those that we run, so about 400 companies a year being accepted into those in 11 countries, about 40 locations.
You want me to add at least 40 characters by the time I'm done with the transfer. So there are 34 incubator accelerators in Pakistan, and I would say probably three years ago, there were five.
That's the only three things. are the brakes and what are the accelerators to performance.
do we know all this well together all these particles make up a standard model of particle physics it's a story that was put together at multiple particle accelerators you use eal mc^2 energy is mass time the speed of light squared you Collide particles at high energies and you can make new partic of higher and
microscopic theory that works at pretty small distances the kind of distances that we can probe in high energy accelerators although it doesn't produce the theory doesn't predict any effects we can actually observe there that's our fault not the Theory's fault um but when
You get protons coming from one of the CERN accelerators , the PS, which smash onto a target...
And she's currently focused on designing new particle accelerators for use in medicine.
You want me to add at least 40 characters by the time I'm done with the transfer. So there's a mushrooming and understanding that incubators and accelerators can play a role.
But a lot of times, hearing the stories from other folks who are maybe still running 10-person companies or 20-person companies who And I would think that's true with a lot of accelerators .
Not so well it turns out. Julia Haynes is doing some work on studying collaboration in seed accelerators . And then we have a whole series of microprojects, where I'll be spending more time on these, then on these early ones.
If you don't work for one of them, you're a failure. And so the people who are working in these seed accelerators have a very different cultural view about what they're doing. So this is all work in progress.
One would have thought that the next generation of accelerators might see the Higgs already.
Mitch Kapor: I've been involved in helping a number of Accelerators , Y Combinator and others, and heard about NewMe.
the strings. We don't have the particle accelerators , the particle colliders with enough power to slam things
So, the steps that happened in particle accelerators is we went from this initial, what I would call static voltage machine, with one very, very high voltage, instead,
And so one of the ideas is to build the next generation of accelerators in the next 30, 40 years
And we have actually also had some degree of success embedding this in incubators and accelerators , as well.
And so today, a lot of scope and scale. Back then, I think like so many accelerators today on the market, thinking about it as a thing and a place that does 10 companies a year or whatever, it turns out wasn't really a business.
However, the super skills that have been value accelerators ever since human beings were interacting with each other,
In academics any way, we collaborate with a lot of people and they have lots of different habits and so I have to think about how we doing this one. I want to touch briefly on some work to Julia Haynes is doing about seed accelerators . There is a delay.
And I think that's really what makes the program different from other Incubators and Accelerators is the residential part and these relationships that end up developing.
up weekend. All the seed accelerators that are out there. Those seem to be like the low-hanging fruit for everybody. And it's something we really struggled with because it's a question
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the in the early 2000s, people were starting to think that we had built particle accelerators powerful enough to actually to
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the But this is absolutely true. So what, what particle accelerators do, among other things, is simply transform energy into particles. And so basically, any particle
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the was coming online. So even though many of us had been working on the Fermilab accelerators , a lot of us were transitioning to the CERN
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the existed, and second, did you think that these accelerators have the chance to find them?
And Part 30 is how hospitals are regulated, particle accelerators , other types of irradiators where as they're operating, you have very high energy particles, ionizing radiation, and you have
And we were able to go through and work with the state agencies to license these fusion particle accelerators . We were, as far as we know,
Like, there are certain things, accelerators of that a little bit, but this is even cooler, because you're generating energy that can power humanity
And the trouble with that theory is, although it beautifully describes all the results at particle accelerators , there's no room in it for dark matter.
women are hired on proof right so I see that all the time at incubators and accelerators all over the place there
um a service for a fee model so it's more of the studio the atellier and that's reflected um also in Trends across the United States here you can see a map of accelerators and funding across the United States and what strikes me about this is that in Boston there are very few accelerators there
that's reflected um also in Trends across the United States here you can see a map of accelerators and funding across the United States and what strikes me about this is that in Boston there are very few accelerators there are very few academic accelerators and there's basically nothing for urban science for planning for
So around the world. Julia's interviewed a number of people in every major geographic region that has the seed accelerators . She visited accelerators in North America, Africa, Australia, and Asia.
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the Large Hadron Collider, LHC, is the world's highest energy proton collider, while Fermilab's current and planned accelerators focus on intense proton beams for neutrino physics-
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the The-- A-all of these big beam big laboratories, it's not one accelerator. At Fermilab, there were five distinct accelerators , and it