A logistics company submits a vehicle routing job ๐
It bids 100 QUIP-equivalent in its home currency.
A quantum annealer, a GPU running simulated annealing, and a classical solver compete in real time on the same instance โก
The lowest-energy solution wins. The consumer gets the route. The miner gets paid ๐ฐ
That's not a demo. That's the Quip protocol, working right now on current hardware. @quipnetwork
Quip's hybrid compiler doesn't just run quantum jobs. โ๏ธ
It holds classical and quantum fragments in a single intermediate representation, then lowers each piece onto whichever hardware handles it best.
A quantum annealer gets a minor-embedding. A gate-based device gets a synthesized routed circuit. A classical solver gets its native target.
One job description. Every hardware type. Zero rewrites. ๐ @quipnetwork
Bittensor pays miners based on what other miners think of their output ๐ณ๏ธ @quipnetwork
Quality becomes a popularity contest among competitors.
Quip pays miners based on whether a consumer's problem was actually solved, verified by math, not by vote โ
There's a fundamental difference between "other miners liked it" and "the answer is provably correct."
Only one of those belongs in a financial settlement layer ๐
Gold averaged 37% more in Q2 2026 than a year earlier, and the world's mines could only produce 2% more.
Miners have every reason to dig more at these prices, but S&P Global puts the average gold mine at about 15 years from discovery to production.
Still only a modest rise in supply is expected this year.
Usually, a stake in gold that's still in the ground means backing a mine project and waiting out those years.
The in-situ gold behind $GGBR has already been found and documented, so you get the exposure without the wait.
๐ Portfolio optimization. ๐ Vehicle routing. ๐ Drug discovery. ๐งฌ Molecular simulation. ๐ Cryptanalysis.
These aren't theoretical quantum use cases. They're the first application domains Quip is deploying, on current hardware, today.
Most of them already compile directly into Ising models that quantum annealers can solve right now.
โ๏ธ The wait is over. @quipnetwork
A central bank can print as much of its own currency as it likes. Gold, it still has to buy.
In Q2 2026, central banks bought 289 tonnes, a record for a second quarter. That's 6 times more than what ETFs sold during that period.
They bought it while rates and future expectations were rising, which is when cash is supposed to look like the smarter place to sit.
Hard to argue gold isn't the standard when the people who issue money are the ones buying it.
LET THE GAMES CONTINUE ๐ฎ๐ฅ
The arena stays open.
Every 48 hours, a new NFT community gets the spotlight.
The mission is simple: show up for your project.
Round 3: @PytheniansNFT
Tasks:
โ Like this tweet
๐ Repost this tweet
๐ฌ Drop your Pythenian NFT in the comments
Target: 50 Likes + 50 Reposts + 50 Comments
Hit the threshold... and weโll SWEEP THE FLOOR.
Miss it? No hard feelings. Your community still gets exposure and wins visibility.
Shoutout to everyone who put Pythenians forward.
Mainly @CakkyOfficial ๐ค
This isnโt a battle. Itโs a community strength check.
Letโs see if the Purple army shows up. ๐
48 hours. Clock starts NOW. โณ
#NFT #SolanaNFT #Pythenians #PythNetwork #NFTCommunity
The Goldfish weekly newsletter is back.
Every week, weโll bring the most important stories together in one place:
โ Gold market updates and whatโs driving them
โ Key events and dates to watch
โ Goldfish news and ecosystem updates
โ Insights on gold and its move onchain
High-signal updates straight to your inbox ๐
https://t.co/l8Al2Hsrhb
Every quantum computing vendor today is essentially selling a black box. ๐ฆ
Their benchmark. Their terms. Their queue. Their pricing.
You cannot compare IBM and IonQ on the same problem without writing your pipeline twice and signing a five-figure contract upfront. ๐ธ
Quip's open benchmark fixes this. โก And the vendors hate that. ๐ @quipnetwork