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Vulnerability reports are not special anymore

https://words.filippo.io/vuln-reports/
72•goranmoomin•2h ago•13 comments

Jerry's Map

http://www.jerrysmap.com/the-map
334•turtleyacht•7h ago•48 comments

A man was gifted his dream car by Kevin Mitnick, who he helped put in prison

https://www.thedrive.com/news/this-man-was-gifted-his-dream-car-by-the-notorious-hacker-he-put-in...
72•mauvehaus•1d ago•27 comments

FUTO Swipe – A new swipe typing model

https://swipe.futo.tech/
286•futohq•8h ago•88 comments

In memory of the man who put red and green squiggles under words

https://devblogs.microsoft.com/oldnewthing/20260622-00/?p=112451
159•saikatsg•7h ago•15 comments

Usbliter8: an A12/A13 SecureROM Exploit

https://ps.tc/pages/blog-usbliter8.html
70•givinguflac•5d ago•16 comments

Printing Gaussian Splats

https://www.patreon.com/DanyBittel/posts/printing-splats-161333338
178•ilnmtlbnm•2d ago•16 comments

Swift Package Index joins Apple

https://swiftpackageindex.com/blog/swift-package-index-joins-apple
173•JDevlieghere•8h ago•52 comments

Extreme Heat conference cancelled due to extreme heat warning

https://www.lse.ac.uk/granthaminstitute/events/extreme-heat-improving-governance-and-strengthenin...
149•rendx•2h ago•60 comments

Rhombus Language 1.0

https://blog.racket-lang.org/2026/06/rhombus-v1.0.html
76•Decabytes•1d ago•9 comments

Show HN: TikZ Editor – WYSIWYG editor for figures in LaTeX

https://tikz.dev/editor/
334•DominikPeters•11h ago•62 comments

Show HN: Y – A malleable coding-agent desktop app built with Electron

https://github.com/y-times-y/y
17•HetPatel106•1h ago•10 comments

The Coming Loop

https://lucumr.pocoo.org/2026/6/23/the-coming-loop/
327•ingve•15h ago•233 comments

The worthlessness of Vitamin D is mildly exaggerated

https://dynomight.net/vitamin-d/
208•surprisetalk•9h ago•152 comments

I can haz smoller NixOS ISOs?

https://natkr.com/2026-06-19-nixos-but-smol/
23•logickkk1•4d ago•6 comments

Meta Pauses Employee-Tracking Program Following Internal Data Leak

https://www.wired.com/story/meta-pauses-employee-tracking-program-following-internal-security-bre...
40•1vuio0pswjnm7•1h ago•2 comments

Inventing the Future, One Lisp Machine at a Time

https://www.patrickdomanico.com/bpm/2026/06/16/inventing-the-future-one-lisp-machine-at-a-time/
73•pamoroso•1d ago•4 comments

Unlimited OCR: One-shot long-horizon parsing

https://github.com/baidu/Unlimited-OCR
441•ingve•14h ago•101 comments

QSOE: QNX-inspired OS with dual-kernel architecture

https://qsoe-dev.blogspot.com/2026/06/qsoe-project-v01-is-released.html
27•ymz5•1d ago•8 comments

F* file system – file search that reads SSD directly bypassing OS kernel

https://github.com/dmtrKovalenko/ffs
40•neogoose•2d ago•31 comments

Millimeter wave technology drills 100 meters into granite

https://www.thinkgeoenergy.com/quaise-energy-achieves-100-meters-of-drilling-using-millimeter-wav...
95•Jimmc414•3d ago•22 comments

Five monitors on a Commodore 128 [video]

https://www.youtube.com/watch?v=ul5hC3PY1Yg
107•EvanAnderson•1d ago•19 comments

The Low-Tech AI of Elden Ring

https://nega.tv/posts/low-tech-ai-of-elden-ring.html
108•g0xA52A2A•14h ago•55 comments

Show HN: FastUbu – An Ultrafast Video Archive

https://fastubu.com/
14•lukeigel•1d ago•0 comments

Fired by Google for creating the Google workspace CLI

https://twitter.com/JPoehnelt/status/2069482265953087602
298•justinwp•7h ago•192 comments

Samsung demonstrates 3D stacked FETs with triple nanosheet channels at 42nm

https://semiconductor.samsung.com/news-events/tech-blog/from-gaa-to-3d-stacked-fet-expanding-the-...
98•its_ajseven•4d ago•31 comments

Dirty Little Zine – a tool for making an 8 page printable Zine

https://dirtylittlezine.com/
61•cianmm•3d ago•4 comments

Don't verify email addresses by sending spam to them

https://milek7.pl/mailverifyspam/
145•garaetjjte•5h ago•46 comments

Trains halted across Germany because of communication system problem

https://apnews.com/article/germany-trains-halted-communications-radio-problem-deutsche-bahn-e8fd9...
142•sva_•4h ago•140 comments

Lift4D: Harmonizing Single-View 3D Estimation for 4D Reconstruction In-the-Wild

https://lift4d.github.io/
105•ilreb•11h ago•12 comments
Open in hackernews

Millimeter wave technology drills 100 meters into granite

https://www.thinkgeoenergy.com/quaise-energy-achieves-100-meters-of-drilling-using-millimeter-wave-technology/
95•Jimmc414•3d ago
https://www.youtube.com/watch?v=MWjPpxoUTcg

Comments

iberator•3d ago
Wow. That's interesting. Thats tx of 300ghz.

Very interesting application of radio waves.

eternityforest•3d ago
They made the laser drill from The Core IRL?
adrian_b•2d ago
Except that it is not a laser but a high power radio transmitter made with a vacuum tube (gyrotron).

For generating the highest possible power of radio waves, vacuum tubes remain the only solution.

This drilling method resembles more a microwave oven (which uses a magnetron), than a laser.

mncharity•2d ago
Fwiw, I'll share some surfing:

Nice article on an earlier demo: https://newatlas.com/energy/quaise-energy-millimeter-wave-dr... ; linked from this (nice but lots lots of ads): https://newatlas.com/energy/quaise-energy-millimeter-wave-dr... .

Company https://www.quaise.com/ on YT https://www.youtube.com/@quaise

MS thesis (2024; browsable) on the vitrified wall, for that and its intro: https://www.proquest.com/openview/624989df3cdd8055a6cee9affc...

Search for papers "Millimeter Wave Drilling for Deep Geothermal Energy Production" https://scholar.google.com/scholar?hl=en&as_sdt=0%2C33&q=Mil...

anakaine•2d ago
From the thesis: https://www.proquest.com/openview/624989df3cdd8055a6cee9affc...

"For the application in EGS drilling, this device uses a metallic waveguide to carry the millimeter wave (MMW) beam to a standoff distance from the crystalline rock. Argon gas is used as the waveguide fill medium due to its ability to stay transparent to MMW’s at such deep depths and thus higher pressures [12]. Purge gas is also used to pump out the excess material that has been transformed into smaller particles (Figure 2.4). "

As a former geologist involved in drilling, thats going to get real expensive, real fast, in terms relative to regular mechanical drilling thanks to the requirement for argon. Perhaps theres an economically efficient changeover point at depth as mechanical drilling becomes less capable due to increasingly plastic deformation.

tomtom1337•2d ago
You mean the argon gas used as medium specifically? I assume the purge gas is something else, cheaper?
anakaine•2d ago
If the goal is to simply purge the content of the hole, compressed air is typically sufficient. That said, the wider the hole, and the deeper it is, the harder it is to lift material on air.

To be clear though, I'd love to have one of these rigs on my old project and compare rate of progression and hole quality. Particularly when establishing the hole in sedimentary gravels and clays. I imagine casing will still be required.

One thing that I'd be concerned about is the ability to collect samples if most of the material is being vaporised or melted. Similarly, the cooking of the side of the hole on the way down could make geophysical responses much more difficult to interpret. Sonic velocity would probably increase, televised would probably be harder to interpret, harder to spot hydrothermal infill in sedimentary cover, would it affect gamma tools (probably not)

Edit: also wondering how the hole holds up around aquifers. Does the super heating cause wall instability immediately above the non geothermal aquifers as superheated steam is created? How does this affect the hole stability if we are not casing?

Edit 2: if we are not casing, how does the hole hold up around aquifer sands, loose fill, fractured or brecciated mass?

Edit 3: Also! Do we ream open the top of the hole to down past the last aquifers before the geothermal horizon? If not, how are we stopping stopping aquifers interplay and interaquifer contamination?

organman91•1h ago
This company was previously featured on a video by Real Engineering: https://www.youtube.com/watch?v=b_EoZzE7KJ0
mikelitoris•1h ago
Impressive, but how long did it take to drill 100 meters? I didn't see a mention of that.
DoctorOetker•58m ago
They mentioned about 1 hour per meter at 1 MW.
LearnYouALisp•49m ago
I think we can use 1 Gulf War for units
bilsbie•1h ago
Does it vaporize the granite?
andai•32m ago
Can someone explain how this works? A gyrotron is some kind of maser (like a laser but with microwaves). Are they vaporizing the rock?
mzhaase•2d ago
Maybe you could hook up a mass spectrometer to the purge gas to get real time composition.
nerdsniper•11h ago
perhaps, but usually things like "which fossil species are present" are also utilized to figure out what's going on near the drill bit, like if you're trying to reach oil deposits right along the edge of an old riverbed.

Some shale formations in Michigan, for example, sometimes requires drilling to a 4" thick target. You don't know the exact depth because the depth of that 4" thick layer can vary by many feet from an another spot 100m north/south.

I'm aware that if you search "thickness of Antrim shale" or "thickness of Collingswood shale", Google will happily tell you that it's 20-40 feet thick, but for modern drilling techniques, the economics of the well depend on hitting a much more narrow target than that, which can be delicately guided in by analyzing fossils that come up.

tomtom1337•2d ago
Great response! I'm just a layman here (former material scientist) but it's fun to think about this stuff!
fleetwood•2d ago
i think they plan to drill with a traditional rig until they get deep/hot enough to necessitate a switch to mm wave
saltcured•2d ago
Naively, I wonder how much the density of argon gas helps here, in terms of being able to recover and reuse the argon gas in a relatively closed-loop system.
audunw•1d ago
There is definitely an economic changeover point, I’m sure I read they will use conventional drilling down to a certain depth, before switching to MMW

I doubt argon is the purge gas.

tekacs•1h ago
Yeah, they say in their launch video for Project Obsidian (https://www.youtube.com/watch?v=xmrna_r_b3A) that they'll drill the first 3km using conventional rotary drilling and mmWave beyond that.

I'd be curious if anyone (perhaps the parent) knows why – my assumption is that it's more expensive and/or not as reliable to drill higher up with mmWave, not least because the ground might be uneven materials, etc., and then it becomes something predictable and harder to rotary drill lower down, incl. as you would spend more time doing things like replacing bits low down and sending things up and down?

MadnessASAP•1h ago
You don't need a significant flow of argon, just enough to keep unwanted gasses out of the waveguide.

It's possible there exists a material that is transparent to mm waves, airtight, and can survive the conditions at the bottom of the hole. In such a case they could cap the waveguide and prevent any gas leakage.

I'm quite sure Quaise is well aware that Argon isn't cheap and are already exploring multiple avenues for reducing its usage.

It is interesting that they have to use Argon instead of the more typical Nitrogen or SF6. A waveguide with such a significant pressure differential is decidedly unusual and a unique challenger for what they are doing.

westurner•44m ago
Why mmwave instead of ultrasonic? FWIU 28 kHz shreds the quartzite in granite?