Greenhill Forge wanted to find out whether solar air heating could handle actual laundry drying without relying on a big electric heating element. The short answer from his latest build and test is yes, and the numbers make a strong case for it. He connected an upgraded solar air collector panel directly to a standard clothes dryer. The panel supplies heated air that replaces the usual 2,400-watt electric element. In the real-world trial, a test shirt came out completely dry after one hour. The only electricity consumed during that hour went to spinning the drum. Total draw sat around 155 watts.
This corresponds to more than ten times less power as a standard electric dryer. The heating burden just evaporated, replaced by free solar energy harvested on-site. Greenhill Forge has been experimenting with solar air heating on his little rural homestead for a long time. Previously, he conducted side-by-side studies on five distinct collection designs, each measuring approximately two square meters square. The panels used insulated boxes with clear polycarbonate on top to trap heat, and dark absorber surfaces like black painted corrugated steel or dark insect netting pushed air past or through them.
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These tests made it clear that performance varied substantially. The versions with transpired designs (in which air passes through small holes in the absorber) and many layers of black bug net screen functioned remarkably well regardless of sun angle or flow rate. When conditions were good, peak output was around 1400 to 1500 watts of useable heat, with overall collector efficiency ranging from 70 to 80 percent under full sun. This research influenced the design of the new collector for the dryer duty. They built it with a plywood frame, appropriate insulation, a black absorber surface (sheet metal or the better insect net solution), and windows. New fans were placed to double air flow over earlier generations, and they even incorporated some extra instruments like a data logger and temperature probes to get a true picture of how it was working rather than speculating.
Air enters the collector, gathers up heat from the sun-warmed absorber, and exits at a usable temperature. A duct then transports the air to the dryer. The only item needed on the dryer side was a modified flange that could handle warm air, and a blower fan was removed or repurposed to accomplish the job. The electric heating element was pulled out of the circuit. Temperature control was critical since clothing can easily be scalded if the air is too hot, and efficiency suffers if the air is too cold. Greenhill Forge created a custom controller using an Arduino board to fix this. It simply monitors the temperature of the air entering the dryer and changes the fan speed to keep the air at the appropriate drying temperature without requiring constant adjustment.
During the test run, the system maintained the heat levels exactly where they needed to be while the drum tumbling the load. 60 minutes later, the clothing were completely dry. The collector did all the hard lifting on the heat side, while the drum motor and controller required only 155 watts in total. This method avoids the losses associated with initially creating power and then converting it back to heat. A solar air collector simply absorbs heat energy and circulates it using a fan. The materials are basic and inexpensive; previous panels cost roughly $100 to construct. The improved version maintained the same down-to-earth approach while ticking boxes to improve durability and output consistency. [Source]
Part of the Seattle skyline as seen from the waterfront. (GeekWire Photo / Kurt Schlosser)
For the first time in several years, there are indications that the worst may be over for the Seattle region’s battered office market — and artificial intelligence companies appear to be playing a leading role.
The regional office market (spanning Seattle, Bellevue and the surrounding Eastside) posted positive net absorption during the second quarter, meaning companies occupied more office space than they vacated, according to a new report from commercial real estate firm JLL. It’s a notable shift after years of downsizing driven by remote work, layoffs and corporate cost-cutting.
Technology companies accounted for 42.5% of all leasing activity during the quarter, easily outpacing every other industry. JLL said AI-related leasing is on track for a strong year as companies establish engineering hubs in the Seattle region to tap its deep talent pool while taking advantage of office costs that remain well below San Francisco and New York.
In fact, leasing by AI companies has accounted for 21.6% of activity in the Seattle and Eastside year to date, and now the entire AI footprint in the region is 855,000 square feet. That’s double the amount in 2024, according to JLL.
The Seattle-area office market turned a corner in 2026, with companies filling more space than they emptied for the first time in four years, as indicated by the positive net absorption for the quarter. (JLL Graphic)
The quarter’s largest deals reflected that trend.
Databricks signed a 142,000-square-foot lease at Four106 in downtown Bellevue, the biggest office transaction of the quarter.
DocuSign committed to 116,000 square feet at Seattle’s JPMorgan Chase Center.
Pokémon moved into The Eight office tower in Bellevue, taking 369,800 square feet of space.
The Pokémon deal helped push the region to 372,000 square feet of positive net absorption for the quarter — reversing a run of quarters in which tenants gave back more space than they took.
The numbers offer an encouraging change after years of gloomy office market reports, but they hardly signal a full recovery. Regional vacancy remains elevated at 23.9%, while overall availability sits at 25%.
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Companies continue to consolidate space, landlords are still offering concessions, and asking rents remain under pressure as tenants retain significant negotiating leverage, JLL said in the report
Still, there are indications the market’s fundamentals are improving.
Availability has now declined for two consecutive quarters and has fallen from a peak of 26.5% a year ago. At the same time, JLL reports there is currently no new speculative office construction under way — buildings started without tenants committed — meaning even modest growth in demand could have a greater impact on occupancy than in previous years.
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Rather than signaling a broad-based office comeback, the latest leasing data suggests a more nuanced story: AI companies and other fast-growing technology firms are helping stabilize a market that had spent years moving in the opposite direction.
The report reinforces a trend GeekWire has been tracking over the past year as AI companies expand their presence across the Seattle region. Alongside Microsoft and Amazon, companies including OpenAI, Anthropic, xAI, Armada and Anduril have been building engineering teams in the area, drawn by one of the country’s deepest concentrations of AI and cloud computing talent.
Whether that momentum continues will depend on how quickly AI hiring expands and whether more companies decide they need additional space for a new generation of engineers. But after several years defined by shrinking footprints and empty offices, the second quarter offered the first meaningful indication that Seattle’s office market may finally be finding its footing.
What just happened? San Francisco has demanded that Apple and Google remove 13 AI-powered apps capable of creating nonconsensual nude images. City Attorney David Chiu has accused the companies of profiting from technology overwhelmingly used to target women and girls.
Chiu sent cease-and-desist letters to the two tech giants on Thursday, demanding that they remove eight apps from Apple’s App Store and five from Google Play.
The programs are advertised primarily as face-swapping tools, but investigators found that they could also place people’s faces onto explicit images or generate fake nude content.
The letters accuse Apple and Google of “aiding and abetting” the sale of illegal deepfake pornography by hosting the apps, processing their in-app payments, and taking a cut of the proceeds. Chiu said the companies have likely earned millions of dollars in fees from theit cut of the apps’ sales.
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San Francisco has given Apple and Google 28 days to explain how they will comply. The city could otherwise pursue civil enforcement carrying penalties of at least $25,000 per violation.
The demands also call on the companies to cut payment-processing ties with the developers and introduce recurring reviews designed to stop replacement apps from appearing.
Google said it had removed all five Android apps identified by Chiu’s office. The company added that it has suspended hundreds of apps containing nudification features and restricted related search terms such as “nudify.”
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Apple said it removed three of the flagged apps and is terminating their developers’ accounts. Four other developers have been told to address policy violations or face removal. Both companies already prohibit pornography and abusive sexual content, which raises questions about how the apps made it through their review processes.
The problem isn’t limited to the named 13 programs. Two Tech Transparency Project investigations this year uncovered around 100 nudify-capable apps across both stores. They were estimated to have generated about $120 million in combined revenue and accumulated roughly 480 million downloads.
A separate Cornell and Georgetown study found 420 face-swap apps on the stores. Researchers tested 155 and discovered that 70% allowed users to place faces onto nude images without technical safeguards. None openly advertised itself as a nudification app, illustrating how seemingly ordinary photo tools can evade moderation.
San Francisco previously sued 16 of the most popular AI undressing websites in 2024, which had attracted 200 million visits during the first half of that year. Meta later sued the developer of Crush AI after more than 8,000 ads for the nudify service appeared on Facebook and Instagram in two weeks.
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Last month, the Justice Department also seized two websites accused of publishing hundreds of thousands of deepfake nude images featuring famous women. Chiu warned that Apple and Google must become more proactive, adding that his office will consider further legal action if they fail to respond.
We dug into hours of his talks and interviews to answer the big questions: Who is this guy, why does he want an NFL team, and what does his track record tell us about the kind of owner he’ll be? Plus, the blind spot that could get him into trouble.
Featuring highlights from his 2015 talk at the Stanford Graduate School of Business.
Looking for the most recent Strands answer? Click here for our daily Strands hints, as well as our daily answers and hints for The New York Times Mini Crossword, Wordle, Connections and Connections: Sports Edition puzzles.
Today’s NYT Strands puzzle isn’t too tough, and it’s a fun topic. If you need hints and answers, read on.
Your goal is to find hidden words that fit the puzzle’s theme. If you’re stuck, find any words you can. Every time you find three words of four letters or more, Strands will reveal one of the theme words. These are the words I used to get those hints but any words of four or more letters that you find will work:
These are the answers that tie into the theme. The goal of the puzzle is to find them all, including the spangram, a theme word that reaches from one side of the puzzle to the other. When you have all of them (I originally thought there were always eight but learned that the number can vary), every letter on the board will be used. Here are the nonspangram answers:
GIANT, MAMMOTH, BEHEMOTH, COLOSSUS, LEVIATHAN
Today’s Strands spangram
The completed NYT Strands puzzle for July 19, 2026.
NYT/Screenshot by CNET
Today’s Strands spangram is SUPERSIZEIT. To find it, start with the S that is the last letter on the far-left vertical row, and wind up and over.
B&H has launched new markdowns on numerous 14-inch and 16-inch MacBook Pro laptops this week, with savings of up to $400 off M5, M5 Pro, and M5 Max models.
The latest sale at B&H includes numerous CTO MacBook Pro models that are up to $400 off. Some of the configurations have additional RAM, extra storage, a nano-texture display, or all three.
You can jump straight to the sale, but we’ve also rounded up top picks below. And if you don’t see your desired model, it’s also worth checking out our MacBook Pro Price Guide, which is broken down by screen size and Apple Silicon chip, to find deals on dozens of configurations.
FiiO will bring its forthcoming M25 and M25 R2R digital audio players to CanJam London on July 18 and 19, 2026, giving attendees an early opportunity to compare two versions of the same upper-tier portable player built around fundamentally different digital-to-analog conversion technologies.
Rather than changing the finish, attaching another anniversary badge, and hoping nobody notices, FiiO is developing the M25 in two genuinely different configurations. The standard M25 uses AKM’s flagship separated-DAC architecture, while the M25 R2R adopts the second generation of FiiO’s proprietary R2R PRO resistor-ladder technology.
That distinction matters in a high-end DAP market already crowded with expensive players from Astell&Kern, HiBy, iBasso, and Shanling, along with FiiO’s own M27 flagship. Buyers spending close to $1,000 are no longer impressed by another aluminum chassis, oversized volume wheel, and DAC-chip count designed to trigger arguments on Head-Fi. The M25 series offers something more useful: two versions of the same platform built around meaningfully different conversion technologies.
Both players remain unreleased, however, and FiiO has not yet published final international specifications, regional pricing, or a firm shipping date. Until those details arrive, the M25 and M25 R2R remain highly promising CanJam previews rather than finished products ready for a credit-card workout.
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One Player Platform With Two DAC Choices
The central idea behind the M25 series is unusually straightforward for the high-end portable audio category: allow buyers to select their preferred DAC architecture without forcing them to purchase an entirely different player.
The standard M25 uses an AKM configuration consisting of one AK4191 digital filter and two AK4499EX DACs. The AK4191 handles digital processing separately from the AK4499EX conversion stage, creating the flagship separated-DAC system referenced by FiiO and recent Japanese show coverage.
The M25 R2R takes a very different route, replacing the AKM DAC chips with FiiO’s second-generation R2R PRO architecture. A resistor-ladder DAC reconstructs the analog waveform using a precisely controlled network of resistors rather than the delta-sigma conversion architecture used by most modern DAC chips.
That does not automatically make the R2R version warmer, smoother, or more “analog” sounding, regardless of how quickly those descriptions will appear in online forums. Implementation, amplification, filtering, power-supply design, and headphone matching remain equally important.
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The real value of FiiO’s two-model strategy is that listeners should be able to compare both approaches inside players sharing most of the same processing platform and features.
Shared Hardware and Software
Both M25 models use Qualcomm’s Dragonwing QCS6490 processor with 8GB of RAM and 128GB of internal storage. They also support a 31-band parametric equalizer, Auto EQ, and FiiO’s Desktop Mode, which allows the player to operate from an external power supply rather than continually cycling its internal battery.
The latest Japanese show report also confirms a high-capacity FPGA, a FiiO-customized femtosecond crystal oscillator, balanced headphone amplification, and maximum output rated at 1,600mW. FiiO has not yet disclosed the connection, impedance load, gain setting, or distortion threshold associated with that figure, making direct output comparisons with existing players premature.
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Previous reports have listed a 5.5-inch display with 1080 x 2160 resolution, a 6,500 mAh battery, an aluminum-alloy chassis, and an XMOS XU316 USB interface. Those details remain plausible, but FiiO has not yet included them in a final international specification sheet. They should therefore remain in the “previously reported” column until the production models are formally announced.
Portable audio products have a habit of changing between prototype and production, usually after comparison charts have already spread across the internet like something requiring antibiotics.
FiiO M27
Where Does the M25 Fit?
FiiO is positioning the M25 family below the flagship M27 and above more affordable players such as the M33 R2R and M21.
That creates an interesting comparison with the M33 R2R, which already includes FiiO’s proprietary resistor-ladder DAC, a Qualcomm Snapdragon 680 processor, 8GB of RAM, 128GB of storage, Android 13, Auto EQ, a 10-band parametric equalizer, and a 5.5-inch 1080 x 2160 display.
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The M33 R2R can deliver 1,100mW per channel into 32 ohms from its balanced output in Super High Gain Mode. That figure cannot be compared directly with the M25’s reported 1,600mW maximum until FiiO confirms whether the M25 rating applies per channel, combined, and under what operating conditions. Spec-sheet arithmetic without matching test conditions is how perfectly respectable numbers become internet fiction.
The confirmed M25 advantages currently include the faster QCS6490 platform, a more flexible 31-band PEQ system, and the second-generation R2R PRO architecture in the resistor-ladder version. Whether those upgrades deliver a meaningful performance advantage over the M33 R2R will depend on the finished amplification stage, battery life, operating system, and final price.
The standard M25 may prove even more interesting because it offers the more advanced processing platform without requiring buyers to select an R2R DAC. Listeners who prefer an AKM delta-sigma implementation, or who simply do not feel compelled to join the resistor-ladder revival, will have access to the same broader platform and software features.
FiiO M33 R2R
Pricing & Availability
FiiO has not confirmed final North American or European pricing. Japanese show coverage lists a tentative global price of approximately $1,000 before tax, although it is not yet clear whether both the M25 and M25 R2R will sell for the same amount. Both models are currently expected to arrive during the summer of 2026.
That tentative price would place the M25 family well above the M33 R2R but below the M27 flagship. It would also put both players into direct competition with premium DAPs from Astell&Kern, HiBy, iBasso, and Shanling, where faster processors and impressive DAC counts are merely the admission fee.
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FiiO will need to demonstrate that the M25 is more than a quicker M33 with additional equalizer bands and a more elaborate DAC menu.
The Bottom Line
The M25 and M25 R2R were displayed as reference products at Potafes 2026 Summer in Akihabara on July 11 and 12. CanJam London will provide another major public demonstration before their anticipated release later this summer.
CanJam London takes place at the Park Plaza Westminster Bridge on Saturday, July 18, from 10 a.m. to 6 p.m., and Sunday, July 19, from 10 a.m. to 5 p.m. The 2026 event marks the tenth anniversary of CanJam London.
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Our London-based headphone columnist and reviewer, James Fiorucci, will be covering CanJam London 2026 for eCoustics. We will be looking for confirmation of final pricing, output power by connection and impedance, battery capacity and life, Android version, Bluetooth codec support, storage expansion, dimensions, weight, and the international shipping schedule.
The M25 story is not merely that FiiO has another expensive portable player on the way. The company is giving listeners a choice between two DAC technologies within the same product family.
Whether that choice produces genuinely different performance, rather than two slightly different routes into the same audiophile rabbit hole, is precisely what we intend to find out.
The two potential buyers want equal stakes in the US fintech, according to Reuters.
Stripe has made an offer to purchase PayPal in a joint deal with US private equity firm Advent International, Reuters reported on Tuesday (14 July).
Together, the companies have offered to acquire PayPal at $60.50 per share, valuing the fintech at more than $53bn, sources told the publication. PayPal is yet to respond to the offer, but the two buyers are seeking to advance discussions in coming weeks, sources said.
According to the proposal, Stripe – the Irish-founded fintech giant – and Advent want to hold equal stakes in PayPal rather than break up the company, Reuters reported. The offer is backed up by around $50bn in committed financing from banks.
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The two have offered around a 28pc premium to the fintech’s shares as of Tuesday. PayPal shares fell marginally yesterday, but gained more than 13pc in after-hours trading.
Bloomberg first reported Stripe’s interest in acquiring PayPal in February. According to the publication’s reporting at the time, Stripe was looking to buy up parts or the whole of the company.
Commenting on the reported offer, Chris Jones, managing director at PSE Consulting, said that alongside benefits of scale, there would also be “clear strategic logic” to the potential acquisition.
“PayPal’s wallet could build on the early success of Link, Stripe’s consumer-facing accelerated checkout, which already counts more than 200m consumer accounts, and would create further opportunities to exploit Stripe’s $1.1bn investment in stablecoin infrastructure through its purchase of Bridge,” he told SiliconRepublic.com.
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“Put Link and the PayPal wallet together and you’re looking at genuinely enormous reach at checkout – one of the largest combined pools of stored payment credentials anywhere in the world. That’s not a small thing in a market where reducing checkout friction is the whole game.”
PayPal posted a net revenue of $8.4bn in the first quarter of 2026, a 7pc increase from Q1 2025, and in February brought in a new CEO, tapping HP’s Enrique Lores for the job.
According to a company statement at the time, the “pace of change and execution [under former CEO Alex Chriss] was not in line with the board’s expectations”.
Lores told shareholders in May that redesigning processes around AI would enable growth at PayPal. He explained that removing duplicate management layers and accelerating AI adoption would create combined savings of at least $1.5bn over the next two to three years.
The Quantum 2030 Implementation Plan sets out how Ireland will deliver on the ambitions outlined in the Quantum 2030 Strategy.
The Irish Government has published the Quantum 2030 Implementation Plan, which explores how the country intends to deliver on the targets and ambitions set out in the Quantum 2030 Strategy, which was first announced in November of 2023.
Designed to be implemented over the course of a year, the implementation plan is a collaboration between the Government, academia and industry, with the shared goal of strengthening Ireland’s quantum research capabilities, developing talent, supporting innovation and enterprise engagement and maximising on opportunities arising from European engagement.
Government departments and agencies will improve policy delivery by reviewing current quantum activities and costs in order to generate a greater understanding of the ecosystem within Ireland.
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In order to meet the targets set out by the plan, there are a number of key milestones to be reached, with a targeted start date of Q3 of 2026, including setting the Quantum 2030 online site to live; initiating the national skills mapping and gap analysis; establishing a quantum industry advisory group with a named chair; and securing Irish expert participation in at least three EU or ISO quantum standards bodies, among other goals.
The news was announced by the Minister for Further and Higher Education, Research, Innovation and Science James Lawless, TD, who said: “The Quantum 2030 Implementation Plan provides a practical framework for turning our ambitions into action.
“It reflects the commitment of stakeholders across industry, academia and Government to work together in building a vibrant and internationally competitive quantum ecosystem.
“While Ireland cannot match the scale of investment available in larger countries, our size brings about precious advantages, namely the agility and cohesiveness of our innovation ecosystem. By working together across sectors, we can maximise the impact of our investments and ensure Ireland remains at the forefront of emerging technologies.”
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Ireland has a growing quantum sector in which there are a lot of moving parts. In early June, Irish-founded computing company Horizon Quantum announced it had chosen Dublin as the site for establishing a testbed for its second quantum computer.
Other organisations operating within the quantum space and with links to Ireland also had big announcements this year, including Equal1, Horizon Quantum and the Tyndall National Institute.
Don’t miss out on the knowledge you need to succeed. Sign up for the Daily Brief, Silicon Republic’s digest of need-to-know sci-tech news.
Apple released the Power Macintosh 7200 in August 1995 as its new entry-level professional machine. Priced around $1,700 for the base 75 MHz model, it arrived during a rough stretch for the company. Leadership changes, intense competition from Windows 95 PCs, and the messy early days of the PowerPC transition left many products looking compromised. The 7200 shared its “Outrigger” case with the higher-end 7500. It brought three PCI slots to the lower end of the lineup for the first time and offered built-in Ethernet with both 10BASE-T and AAUI ports.
The PowerPC 601 CPU remained locked on the board, as Apple had promised a low-cost motherboard upgrade path that was always late and ultimately out of reach for anyone on a tight budget. The memory and cache buses were narrower than in a comparable system. Almost every early review and later collector roundup of these computers referred to the series as a “Road Apple,” implying that it was a second-rate Mac that never reached its full potential.
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Thirty years later, one restorer known as “This Does Not Compute” obtained one of these ancient machines to see if the old legends about it were real. That video of a 120 MHz model shows a system that has somehow survived all these years, with its original Quantum Fireball 1.2 GB SCSI drive still spinning. Surface dust had accumulated throughout the area, necessitating a thorough cleaning. The plastic parts that used to hold the casing together in one piece have grown so brittle that even handling them risks snapping them. The power button hinge had already failed, and attempting to remove the drive using a CD-ROM sled latch proved disastrous, as it snapped the first time.
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The original battery in the PRAM had long gone vanished, which was a smart decision given the dangers of leaking batteries. There are no clear indicators of this happening, at least not at first inspection, but the surface-mount capacitors near the CPU heat sink are in a position that renders a catastrophic failure almost certain in the future. Disassembling it began with some care to maintain the fragile plastic feet, with a tape measure pushed up on one side as the hinged base slid open, allowing access to all of the internal components underneath. A single screw and a handful of clips were used to release the logic board, which slipped out and then lifted free. A gentle brush was used to remove some dust before carefully peeling off the passive heat sink that rested on top of the PowerPC 601. The old thermal compound appeared to have entirely dried up and was no longer doing its job. He also applied some fresh Arctic MX4 underneath it before reinstalling the sink.
Following that, each and every surface mount part was clipped right off the board, leaving just short leads, and the pads were cleaned with flux and desoldering braid. New Tantalum replacements were installed due to their lower likelihood of leakage, however one of the ground pads lifted during the operation, posing an issue. A short bodge wire solved the problem for us. A small amount of electrolyte residue was discovered under one of the old cans, confirming that he had completed the task on time. Next, a 256 KB Level 2 cache card and an additional 1 MB VRAM module were inserted into their respective sockets. The original single-stick 16 MB RAM chips were replaced by a pair of matching 16 MB 5-volt EDO DIMMs, totaling 48 MB. To replace the missing PRAM cell, a new CR2032 adaptor was used.
Case repairs necessitated the use of a 3D printer, and a new CD-ROM sled was the ideal match for the original geometry, fitting perfectly into place after we cleaned the Panasonic 4x drive and checked its through-holes for faulty capacitors. The power button had a replacement body printed up, and he just placed the original plastic face back on with hot glue. He also needed special enclosures for the external SCSI and video adapters, which would otherwise be blocked by the case lip. We got things resolved, which was a huge relief because we didn’t want another problem. Fortunately, a BlueSCSI unit provided him with a dependable modern method of reading from storage, despite the fact that the old Quantum drive is still working perfectly for testing.
It won’t blow the doors off in terms of speed, but that isn’t the point. The CPU is stuck in place, and the bus width is limited, but based on how the restored device looks and what it can perform, it is not truly “broken” or “hopeless.” It starts up well, runs old software, accepts contemporary SCSI replacements, and even provides him with a workable desktop to play with, none of which are to be taken lightly. Still, the one remaining concern is the possibility of the casing cracking, which is a common problem with any mid-90s Apple case, but with a little capacitor adjustment and careful handling, he should be fine.
Looking for the most recent Wordle answer? Click here for today’s Wordle hints, as well as our daily answers and hints for The New York Times Mini Crossword, Connections, Connections: Sports Edition and Strands puzzles.
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