+34.3
net board stance
what this means
249.95
+4.3% · close 2026-11-06
-17% / -7% / -28%
1m / 3m / 12m
-46%
vs SPY since 2025-08-01
10%
of 52w range · -33.7% off high
—
hit rate as primary
Where All-In Alpha stands — 1 live idea
| idea | call | play | conviction | contributes | moved yet? | scored in |
|---|---|---|---|---|---|---|
| ⚡ Power is the AI moat: get long energy and the owners of powered land | ▲ LONG | adjacent ×0.5 | 68.5 | +34.3 | — | 344d |
Where the winds are blowing
NET BOARD STANCE, LAST 60 EPISODES —
rising = the besties are building this position, falling = abandoning it. From the
conviction ledger; an idea counts from birth until its window closes. Dots mark episodes
where this ticker's ideas were actually mentioned; a dashed stretch is silence.
Mentioned in the latest episode.
PRICE VS SPY OVER THE SAME WINDOW, % — did the
talk lead the tape or follow it?
Who's pushing which way
each voice's net push ON THIS TICKER — their most recent stance per idea × that idea's direction ON THIS TICKER × strength, so supporting a bearish idea pushes down, unless this ticker is listed as the other side of it. Not conviction (that lives on the idea); this is direction of travel per person. what w= means
What resolves next
scoring dates for the live ideas holding this ticker — each one turns into a scored result on that date, whether it flatters anyone or not
Track record on CEG
No closed window has used this ticker as its primary play, so there is no scored record here yet. Adjacent plays are listed but never scored.
| idea | call | play | result | return | vs SPY | scored |
|---|---|---|---|---|---|---|
| ⚡ AI datacenter demand needs double-to-triple current US electricity generation | ▲ LONG | adjacent | RIGHT | +19.3% | +8.9 | 2025-06-20 |
| ⚡ US nuclear power buildout gets announced in 2025 | ▲ LONG | adjacent | RIGHT | +64.8% | +48.7 | 2026-01-04 |
The tape — what was actually said
every capture on any idea holding CEG, newest first · quotes verbatim, timestamps deep-link into the episode
The dollar cost per megawatt per month is going to go through the roof. The dollar cost of a GPU hour is going to go through the roof. And the people that will be willing to pay the premium are going to be the ginormous companies with huge balance sheets.
Basically, the takeaway from all of this is, I think, Anth is emblematic of the entire AI complex, which is to say, it's all about datacenters, which means it's all about power.
NI
Nikesh Arora
support ×2
▲ on
⚡ Power is the AI moat: get long energy and the owners of powered land
E294 · 2026-10-23
▶ 11:17
you talk to Jensen, he can't give you chips till 2028 He talked to, where do you get land power and shell? So it's very hard to go say, yes, I can go build my own data centers, but it's kind of an empty threat.
but I'm telling you guys, you got to get long energy. I think startups need to find a way of like cobbling together. If you don't have access to electricity, you cannot go through the hyperscalers, is my prognostication.
BE
Ben Horowitz
support ×1
▲ on
⚡ Power is the AI moat: get long energy and the owners of powered land
E293 · 2026-10-17
▶ 39:50
Yeah, such a disaster. I very much agree with that last one. Yeah, I think that's right.
Generally, people don't welcome a nuclear reactor in their backyard... If people want to have fun with reactors, that's fine, have fun with reactors. But it's not a serious endeavor compared to the Sun. It's a fun science project... it's just peanuts compared to the Sun.
These are these very clean, meltdown proof nuclear energy production systems that are being deployed at scale in China now, and the US doesn't have any, and we have no path to getting these deployed.
PH
Phil Deutch
support ×2
▲ on
⚡ US nuclear power buildout gets announced in 2025
E238 · 2025-08-09
▶ 22:05
So just to give credit where credit's due, I think all the stuff we're seeing on the small modular reactors at some level, owes its renaissance to AI and the energy demands of AI.
We have a trillion dollars now that we can put into nuclear power plants and these small modular reactors and that's what Lutnick said he wanted to spend it on.
scaling energy production, I personally think we need to fix the regulatory roadblocks in nuclear. And Chris Wright's been very vocal on this.
I mean, electrical production is fundamental to AI. If we do not significantly increase kind of domestic energy production and electricity generation, you know, we're already at a disadvantage to China. And I do think we want to close that kind of electrical generation gap as quickly as we can. You know, natural gas is great. Nuclear is great. Solar is great. Batteries are great. We need it all.
I still worry that with nuclear, the issue won't be the federal regulations. I think that it's good that the president cleaned it up. The real problem is going to be the local and state regulators and how quickly they're willing to turn these on. And the reality is that these are 10-year projects. And so even if you say go from today, the earliest these things can be turned on, really, in 2032, 2033 That's far too late.
but what I'm hopeful for is it creates a natural market force for nuclear and that we actually see a better proliferation in nuclear, which Secretary Wright has said, and President Trump signed these EOs a couple of weeks ago, to reduce the regulatory burden on nuclear and increase the ability for nuclear to proliferate much more quickly than has been the case historically.
This generation's Manhattan and Apollo Project is energy production scaling in the United States. That's it. All the other shit flows.
Yeah, look at the number of times that Elon has said this. Like it's like the amount of energy that's available if we just harness it from the sun and redirect it with some storage, would solve all of our problems. But the problem is that we're at like just a little over a terawatt. We're inching along in gigawatts, whereas China is in the terawatts, adding terawatts.
The thing I do watch the most, Sacks, and that I do think, you and I have talked about this, that I do think is the critical linchpin for all of those other points of abundance being unleashed is the energy equation.
Well, I agree that you need to build out power, but I think the administration is committed to doing that. Drill baby, drill.
because we are rapidly scaling with regard to our own energy production. You have to be an energy intensive nation in order to produce AI. And so the United States has to play this game.
And you see that on the power side, right? You're going from 100 megawatt datacenters to 300 megawatts to, we're just starting to now see the first gigawatt power datacenters. I don't even think they're live yet, but this is where they're trying to get to. And I don't think it's beyond the realm of possibility that we could be at five or 10 gigawatt datacenters in the next, I don't know, several years.
But then underneath that AI thing, we have these two very complicated problems. One is a meaningful energy problem. I've been talking about this now incessantly. We don't have enough electrons. We just don't.
We know that AI needs a tremendous amount of power. And whatever you thought you knew, actually, you had to re-underwrite because what Elon has shown is actually you need to now create these mega clusters, 100,000 GPUs going to a million GPUs. All of the power forecasting that we have is miscast. It doesn't even account for this, number one. Number two, there are 35,000 applications into FERC to get approved to generate electricity. 35,000, that's going to meander through some administrative rigmarole. There is a five-year delay to get a gas turbine into America and online.
We have to win some of these key building block technologies, we want to win in chips, we want to win in AI models, we want to win in applications. He said we need to build, we need to unlock energy for these companies.
That's super interesting, Travis. That's like, it's almost like the idea that we all talk about today is data centers and data centers need their own power substations.
But then there's like this dark horse that nobody's talking about, which is, it's called electricity, it's called power. And all these vehicles are electric vehicles. And if you said, yeah, I just did some like quick back of the envelope calcs, if all of the miles in California went EV ride sharing, you would need to double the energy capacity of California.
The entire country knows that we need to win the AI race. The numbers are the numbers. You put up a chart like that, Thomas, and there's only one way for us to win, and that's to build more nuclear power plants.