While listening to a record with my youngest daughter the other day, the conversation turned to why anyone still listens to vinyl when streaming is “clearly so much better.” As a committed Lana Del Rey fan, she then explained that the long and somewhat operatic wait for Stove is apparently proof that records still matter, because vinyl takes months to press and Lana is not going to rush the thing merely because the rest of us have jobs and limited attention spans.

This was followed by a pointed discussion of the price of concerts, which was less philosophical.

Living at the Shore has its advantages. PNC Bank Arts Center, the Count Basie Center, and Asbury Park are all close enough that a good show can become a family night without requiring a hotel, airport security, or a second mortgage. That does not mean every artist announcement is an automatic yes. A Lana Del Rey tour, should one arrive anywhere within reasonable driving distance, would almost certainly trigger negotiations normally reserved for hostage situations.

There are limits. Even in a household with multiple turntables, more records than shelf space, and a somewhat elastic definition of “necessary.”

“Do you know who invented the turntable?” I asked as she wandered around the den holding the jacket for Craft Recordings and Bluesville’s recent reissue of Albert King’s I’ll Play the Blues for You.

“Not Taylor Swift.”

“That would be correct.”

“My teacher told us that it was Thomas Edison. Or maybe Billy Madison. I’m confused.”

TikTok needs to be banned.

“Thomas Edison did not invent the turntable. Edison did make significant contributions to sound recording and playback, including the invention of the phonograph, but he did not invent the turntable as we understand it today.”

“Edison’s phonograph, patented in 1878, was a mechanical device that used a rotating cylinder covered in tinfoil to record and reproduce sound. It had a hand-cranked mechanism to rotate the cylinder, and a stylus traced the grooves on the cylinder, producing sound vibrations that were amplified by a horn.”

“The turntable, on the other hand, refers to the rotating platform on which vinyl records are played.”

“So how do you know it wasn’t Taylor Swift?”

“Have you ever heard of Emile Berliner?”

“Is he on TikTok or YouTube?”

Emile Berliner

Emile Berliner (1851-1929) was a German-born inventor, engineer, and entrepreneur who made significant contributions to the fields of sound recording and communication. He is best known for his invention of the gramophone, a device that played flat disc records.

Born on May 20, 1851, in Hanover, Germany, Berliner immigrated to the United States in 1870. He initially worked as a merchant and bookbinder but soon turned his attention to inventing. In 1887, Berliner developed a new method of sound reproduction, which he named the gramophone.

Berliner’s gramophone used flat disc records made of a zinc disc coated with a compound called shellac. The records had spiral grooves that were created by a cutting stylus. The sound vibrations from the stylus were transmitted through a diaphragm and a horn, resulting in amplified sound. The gramophone offered several advantages over Edison’s cylinder-based phonograph, including easier production, longer playing time, and the ability to mass-produce records.

In addition to the gramophone, Berliner also made notable contributions to the development of the microphone and telephone technologies. He invented the carbon microphone, which became widely used in telephony and early sound recording. Berliner’s improvements to the telephone transmitter greatly enhanced its performance and efficiency.

Berliner was also an astute businessman and established the Berliner Gramophone Company in 1895. The company later merged with the Victor Talking Machine Company, forming the Victor Talking Machine Company, which became a major player in the phonograph industry.

Emile Berliner held numerous patents throughout his career and made significant advancements in sound recording and communication technologies. His invention of the gramophone and disc records laid the foundation for modern turntables and the widespread consumption of recorded music. Berliner’s contributions to the field of audio technology continue to influence the way we enjoy and experience music today.

The Most Significant Turntables

Do you remember your first turntable?

I inherited a Thorens TD-145 from my parents in 1983 as part of my Bar Mitzvah gift and it gave me over a decade of service before I upgraded to an Audiomeca Romance table designed by Pierre Lurne of Goldmund.

Looking back I’m not entirely convinced that it was an upgrade but I did trade it in when I purchased a Michell Orbe SE in 1998; that table absolutely was a significant improvement and a great platform for a Wilson Benesch ACT 0.5 Tonearm and Benz Micro H2.0 high-output cartridge.

My ex-wife forced me to sell it during our rather quick and bloody divorce and it was painful to let that one go. I have never owned anything better and it’s unlikely that I would ever spend that kind of money on a turntable and cartridge again; especially not with college and private school tuition.

Three restored Thorens tables create wonderful music at home now and I’m not entirely sure that changing them would make a lot of sense. I also own a Yamaha YP-701 and NAD C 588.

Listening to records with my daughter sparked a different kind of conversation with some of our staff and my circle of audiophile friends.

Which tables were truly significant? We’ve included some tables from the late 1900s and the first part of the 20th century because they were indeed, very significant.

We could easily publish a list of the “best” turntables available right now but 99% of the planet could never afford them and will never have the opportunity to listen to one. This feels like a more interesting discussion.

What are we missing from this list? Please let us know.

Edison Phonograph

Thomas Edison’s 1877 phonograph was not a turntable in the modern sense, but it was the first practical machine designed to both record sound and play it back. Built at his Menlo Park laboratory in New Jersey, the original device used a hand-cranked cylinder wrapped in tinfoil, rather than the wax cylinders that arrived later. A diaphragm and stylus translated sound into physical indentations in the foil; reversing the process allowed the machine to reproduce those vibrations as audible sound.

It was crude, fragile, and hardly hi-fi, but Edison’s invention established the essential idea that recorded music and speech could be captured, stored, and replayed at will. The flat disc record and the turntable would come later, but the phonograph was where the whole strange, expensive, shelf-consuming affair began.

Victor Talking Machine

Introduced by the Victor Talking Machine Company in 1906, the Victor Victrola was not the first disc phonograph, but it helped turn one into a desirable piece of furniture rather than an awkward mechanical contraption parked in the parlor. Its spring-wound motor rotated flat shellac discs without electricity, while the key innovation was the horn: Victor concealed it inside a handsome wooden cabinet instead of leaving a large external horn perched on top. That made the machine easier to live with and far more socially acceptable in the increasingly style-conscious American home.

The Victrola became one of the defining music machines of the early 20th century, and the company’s Nipper “His Master’s Voice” trademark became one of the most recognizable images in recorded sound. It was not high fidelity by any modern definition, but it brought the disc record, the home playback system, and the idea of owning music into the mainstream long before anyone argued about Bluetooth codecs or whether the pressing was “AAA.”

Philips 22GA212 Electronic

Introduced in the early 1970s, the Philips 22GA212 Electronic was one of the more distinctive belt-drive turntables of its era. Its appeal was not that Philips had somehow invented electronic speed control, but that it combined a tacho-generator-regulated DC motor, floating subchassis, touch-sensitive 33, 45, and stop controls, and photo-electronic automatic shutoff in a relatively affordable domestic turntable.

The 212 used feedback from its tacho generator to help maintain speed under changing load, while separate fine-speed controls and a stroboscopic platter ring allowed owners to make small adjustments. Philips claimed low wow and flutter, low rumble, and stable operation; the important point is that the deck tried to bring electronic control and convenience to a traditional suspended belt-drive design without making it look like laboratory equipment. The illuminated touch buttons were gloriously early 1970s, and remain one of the reasons the 212 has developed something of a cult following.

Garrard 301

Launched in 1954, the Garrard 301 did not invent idler-wheel drive. That basic arrangement, in which a small rubber wheel transfers power from the motor to the platter’s inner rim, had already appeared in earlier phonographs and record changers. What Garrard did was apply the system to a serious transcription motor unit built for broadcasters, studios, and the growing number of home listeners who wanted something more substantial than a changer with a chrome arm and optimistic specifications.

The 301 used a powerful four-pole induction motor, a heavy platter, and an idler-drive system that delivered quick start-up, strong torque, and stable speed at 33⅓, 45, and 78 rpm. It was usually sold without a plinth, tonearm, or cartridge, allowing owners to build a system around it rather than accept a complete package chosen by someone in a sales office. The result was one of the first truly iconic high-fidelity turntables: industrial, durable, endlessly restorable, and still capable of sounding superb when properly rebuilt. A neglected example can be noisy and temperamental; a well-sorted one explains why the 301 has never really left the conversation.

Acoustic Research XA

Introduced in 1961, the AR XA was only $58 and what made it unique was how it handled vibration and how low its rumble measured. The package did not come with a cartridge but the price included the table, tonearm, stylus gauge, and dustcover.

The most interesting aspect of the design was its mounting system; Edgar Villchur realized that instead of attaching the motor, tonearm, and lightweight platter to the table’s top plate, it made more sense to mount the platter and tonearm to a sub platform which was suspended underneath the top plate at 3 very distinct points with damped springs with a low resonant frequency.

By doing so, the tonearm and record were isolated from footfalls and other acoustic vibration. Thorens and Linn would incorporate these concepts into their future tables.

Thorens TD-150

Introduced in 1965, the Thorens TD 150 was a compact and rather unflashy turntable that changed the direction of serious belt-drive design. It was not the first commercially viable suspended-subchassis deck; that distinction belongs to the Acoustic Research AR XA of 1961. But Thorens took the basic idea of isolating the platter and tonearm from the motor and plinth with a three-point spring suspension, paired it with a belt-driven inner platter, and turned it into something more refined, more adaptable, and considerably more influential.

The TD 150 was also Thorens’ first true belt-drive turntable, replacing the belt-and-idler arrangement of the earlier TD 124 with a cleaner and more modern engineering approach. Its suspended subchassis helped reduce the transmission of motor vibration and external disturbance to the cartridge, while its removable armboard made it possible to fit alternative tonearms rather than live forever with the factory choice. That combination became the blueprint for a long line of Thorens models and, more importantly, helped inspire the Linn Sondek LP12 and much of the suspended-chassis cult that followed. Small, slightly wobbly when improperly set up, and far more important than it first appears, the TD 150 was one of the key turntables of the modern hi-fi era.

Thorens TD-124

Introduced in 1957, the Thorens TD 124 was one of the great transcription turntables of the postwar hi-fi era: overbuilt, mechanically ingenious, and aimed at studios, broadcasters, and serious home listeners rather than anyone looking for a tidy all-in-one record player. Its most unusual feature was not a conventional idler drive, but a hybrid belt-and-idler system. A compliant belt linked the motor to a separate stepped pulley, which then drove the platter through an idler wheel. Thorens designed the arrangement to retain the torque and rapid start-up of idler drive while reducing the motor-borne vibration that could otherwise work its way toward the cartridge.

The TD 124 also used a substantial two-piece platter with a removable aluminum top section and a heavy main platter beneath, along with variable pitch adjustment, four speeds including 78 rpm, and interchangeable armboards for owners who wanted to fit their preferred tonearm. It was not a suspended-subchassis design; that came later with the TD 150. Instead, the TD 124’s reputation rests on its precision engineering, flexibility, and sheer durability. Properly restored and mounted in a serious plinth, it remains one of the most compelling vintage turntables ever made, with enough torque and authority to make many modern decks seem slightly apologetic.

Technics SP-10

Introduced in 1970, the Technics SP 10 was the first commercially available turntable to use a direct-drive motor, and it changed the industry almost immediately. Rather than relying on a belt or idler wheel to transfer power from the motor to the platter, the SP 10 placed the motor directly beneath the platter itself. That eliminated an entire chain of mechanical compromises and delivered unusually quick start-up, very low wow and flutter, and the kind of speed stability that broadcasters and mastering engineers could trust without keeping one eye on the strobe.

The original SP 10 was sold as a motor unit, leaving broadcasters, studios, and ambitious home listeners to supply the plinth, tonearm, and cartridge. It was built for work, not Instagram, and its plain industrial appearance gave little indication of how important it would become. The SP 10 helped establish direct drive as a serious alternative to belt and idler systems, and its successors became fixtures in radio stations and professional installations around the world. The SL 1200 may have become the cultural icon, but the SP 10 was the machine that opened the door and made precision direct drive impossible to dismiss.

Linn LP12

Introduced in 1973, the Linn Sondek LP12 became one of the most influential turntables in high-end audio, not because it invented the suspended belt-drive turntable, but because it turned that established idea into a long-running argument about where sound quality actually begins. Its three-point suspended subchassis, belt-driven inner platter, single-point bearing, and separate armboard followed principles already explored by Acoustic Research, Thorens, and Ariston. Linn’s contribution was to refine the formula, make it modular, and insist that the source component mattered more than the hi-fi industry had previously been willing to admit.

That “source first” philosophy became the LP12’s real legacy. Ivor Tiefenbrun and Linn persuaded a generation of dealers and listeners that a better turntable could extract more musical information from the record before the signal ever reached the amplifier or loudspeakers. The LP12 also became famously upgradeable, with improved bearings, subchassis designs, power supplies, tonearms, and cartridges allowing owners to keep updating the same basic deck over decades. It was expensive, fussy about setup, and capable of developing a bounce that could make a wooden floor feel like an enemy combatant, but it became a benchmark for musical timing, long-term ownership, and the modern high-end turntable market.

Technics SL-1200

Released in 1972, the Technics SL 1200 began as a serious consumer direct-drive turntable, not as a purpose-built DJ tool. Its high-torque motor, heavy platter, die-cast chassis, stroboscope, and fine-speed adjustment gave it fast start-up and strong speed stability, qualities that quickly caught the attention of club DJs looking for a deck that could cue records precisely and survive a room full of bass, smoke, and people making bad decisions.

The version that truly changed music culture, however, was the SL 1200MK2 in 1979. Technics redesigned it with input from disco DJs, adding quartz-locked speed control, a more robust chassis and damping system, improved torque, and the familiar ±8 percent pitch slider that made beatmatching practical and repeatable. The MK2 became the working standard for clubs, radio stations, hip-hop DJs, and turntablists around the world. The original SL 1200 opened the door; the MK2 turned the turntable from a playback device into an instrument. It was rugged, precise, and so durable that many examples have outlived the clubs, DJs, and questionable carpet they were originally purchased to endure.

Rega Planar 3

Arriving in the late 1970s, the Rega Planar 3 became one of the defining affordable audiophile turntables because it refused to confuse complexity with progress. Its formula was almost aggressively simple: a light, rigid plinth, belt drive, 12 mm glass platter, straightforward manual operation, and a tonearm designed to do its job without adding a small engineering department’s worth of unnecessary parts. In an era when many manufacturers were loading decks with controls, mechanisms, and enough brushed aluminum to open a minor space program, Rega focused on keeping energy where it belonged: in the record and cartridge.

The original Planar 3 was developed from Rega’s earlier Planet and Planar 2 designs, and later versions benefited enormously from the company’s RB300 tonearm, introduced in 1983. Rega has refined the platform repeatedly through the P3, P3 24, RP3, and current Planar 3 generations, but the core philosophy has remained remarkably stubborn: low mass, high rigidity, sensible engineering, and sound quality that does not require a second mortgage or a plinth the size of a dining table. It helped make serious vinyl playback attainable for a far broader audience and remains one of the few turntables that can reasonably claim to be both an entry point and a lifelong habit.

Dual 1219

Introduced in 1969, the Dual 1219 was not the first automatic turntable, but it proved that convenience and serious record playback could coexist. Its idler-drive system, substantial platter, 33, 45, and 78 rpm capability, and gimbal-bearing tonearm gave it genuine hi-fi credentials, while its automatic mechanism could start a record, return the arm, and shut the machine down at the end of play.

It could be used for single records or as a changer for a stack of discs. Complex, sturdy, and very German, the 1219 remains proof that an automatic turntable did not have to sound like furniture with a motor.

Pro-Ject Debut Carbon

Introduced in 2012, the Pro Ject Debut Carbon became one of the defining entry-level audiophile turntables of the vinyl revival. It did not invent the affordable belt-drive deck, and it was not the first Pro Ject Debut; that model had been around since 1999. What the Debut Carbon did was add a one-piece carbon-fiber tonearm to an already proven, sensibly priced platform, giving buyers a feature normally associated with considerably more expensive turntables.

Manual operation, belt drive, a steel platter, and a pre-fitted Ortofon 2M Red cartridge kept the formula straightforward. The Debut Carbon was never designed to impress people who enjoy polishing machined aluminum for sport. It offered an honest route into proper vinyl playback at a price that did not require the sale of a kidney or a second listening room. For a generation of listeners moving beyond suitcase players and all-in-one systems, it became a legitimate gateway to better analog sound.

Goldmund Studio

Introduced in 1979, the Goldmund Studio helped define the modern high-end turntable as something more ambitious than a conventional record player on a well-made plinth. Goldmund combined direct drive, an acrylic platter, and its “Mechanical Grounding” approach, which focused on controlling and draining unwanted vibration through a rigid mechanical structure rather than simply trying to isolate everything from everything else.

The Studio was often paired with Goldmund’s servo-controlled T3 tonearm, and the combination looked unlike almost anything else on the market. It was expensive, unconventional, and not especially interested in winning over people who believed a turntable should resemble furniture. Its importance lies in how it pushed analog playback toward the modern cost-no-object era, where materials science, vibration control, industrial design, and tonearm geometry became part of the same rather elaborate argument.

Transcriptors Hydraulic Reference

Introduced in 1964, David Gammon’s Transcriptors Hydraulic Reference was one of the most visually radical turntables ever made. This was a manual belt-drive design with a synchronous AC motor, a machined aluminum platter, and six conspicuous gold-plated brass inertia weights that made the whole thing look less like a domestic appliance than a piece of kinetic sculpture from a very well-funded Bond villain’s living room.

The “Hydraulic” name came from its unusual speed-control system: a vane interacted with silicone fluid in a well beneath the platter to provide fine regulation. The exposed acrylic, aluminum, and brass construction made the mechanism part of the experience rather than something to hide under a wood veneer. Its engineering was genuinely inventive, but its broader importance was cultural and aesthetic. The Hydraulic Reference appears in A Clockwork Orange, and a 1964 example sits in MoMA’s Architecture and Design collection. It did not create a dominant turntable template in the way the Thorens TD 150 or Technics SL 1200 did, but it permanently expanded the idea of what a record player could look like.

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Years before developing AngelAi, Pavan Agarwal was already building mortgage software.

Earlier in his career at Sun West Mortgage Company, Inc. he developed ReverseSoft, a backend platform for reverse mortgage operations that, according to the company, was later adopted by lenders beyond Sun West. That work came after Agarwal had already spent time in several operational roles inside the business, including as a wholesale representative, brand representative and loan originator, while studying electrical engineering at UC Irvine. Those experiences gave him direct exposure to both the technology and the regulatory requirements that shape mortgage lending, long before he founded Celligence LLC or began developing AngelAi.

Reverse mortgage lending is one of the more specialized areas of the mortgage industry, with regulatory requirements and servicing responsibilities that differ from traditional home loans. Building technology for that market gave Agarwal early experience with the operational complexity that would later shape his work on AngelAi. According to the company, the experience of building ReverseSoft helped establish engineering principles that later carried into AngelAi, including an emphasis on traceability, regulatory consistency and structured decision-making.

Sun West today holds standing as a Ginnie Mae HMBS issuer, servicer and master servicer, a set of roles that places the company inside the infrastructure supporting government-insured reverse mortgages, alongside approvals across FHA, VA, USDA, Fannie Mae, and Freddie Mac. HousingWire has cited this standing in its coverage of Agarwal’s work in the space.

Reverse mortgages are typically used by senior homeowners drawing on home equity later in life, a population that depends on lenders with a strong operational track record in the product. Roles like issuer, servicer and master servicer require years of sustained compliance and infrastructure that cannot be assembled quickly, a demand that has only grown alongside an aging homeowner population in the United States.

Agarwal has continued to build on that foundation through AngelAi, the AI lending platform developed by his technology company Celligence. Trained on hundreds of thousands of real-world loan files together with the regulations governing those decisions at every jurisdictional level, the platform now facilitates lending decisions across FHA, VA, USDA, conventional, and reverse mortgage products. That development expanded on the operational grounding Agarwal first built through ReverseSoft, applying the same principles across a far broader range of lending products.

Today, AngelAi operates in more than 100 languages and runs on what Celligence describes as a deterministic architecture, allowing every underwriting decision to be traced back to the data and regulation behind it. Sun West fully warrants every decision the platform generates, extending into AngelAi the same emphasis on accountability and regulatory consistency that has shaped the company’s lending operations for decades, a throughline Agarwal has traced directly back to the discipline required to build reverse mortgage software correctly the first time.

Living cells refuse to pose. Mitochondria pinch apart and fuse back together in seconds. Microtubules slide, overlap, and rearrange. Ordinary light microscopes smear those events once details fall below roughly 200 nanometers, the natural limit set by how light waves spread. Older super-resolution methods beat that blur by stacking hundreds or thousands of frames and combining the tiny brightness changes that appear over time.

The approach works when samples have been chemically fixed in place. On living cells the same structures keep moving, so the stacked frames turn into a smear. Wei Guo, first author and a PhD student at EPFL’s Laboratory of Nanoscale Biology, noted that earlier techniques used time to buy spatial sharpness, a trade that fails when the subject will not wait.

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SPIFFI, also known as spatial polarization-induced fluorescence fluctuation imaging, is a game changer. The method was developed by a team from EPFL’s School of Engineering, including Guo, Lely Feletti, and Aleksandra Radenovic, and published in Nature Methods. Now, you may assume that fluorescent tags, which biologists currently employ to investigate their samples, are simple, but the light they release is polarized in different directions depending on how the molecules are arranged.

The brilliance of SPIFFI is that it takes that light and splits it into four separate polarization directions at the same time, and it also records all four images in real time. This means that you can compare those four pictures side by side and obtain a lot more spatial detail than you would with a single typical image. In fact, your resolution roughly doubles, allowing you to see structures as small as 160 to 170 nanometers across. The best part is that every frame in a series is sharpened as it progresses, allowing you to record true super-resolution films of living cells rather than simply constructing a high-resolution still from a slew of individual frames. Then, with a little extra processing that doesn’t require nearly as many frames as previous methods, you can reduce it to approximately 80 nanometers, which is simply fantastic.

According to Aleksandra Radenovic, the SPIFFI studies demonstrate that it is possible to gain a real look at fast-moving processes inside cells while also doing multidimensional imaging at considerably faster rates than conventional microscopes. It’s resulted in some very remarkable outcomes so far, such as being able to show mitochondria’s outer membranes as really neat, hollow tubes rather than just blobs on a screen. Also, the team was able to zoom in on fission and fusion events as they occurred, as well as gain a better understanding of how microtubules travel without the motion blur that usually distorts the picture. As an added bonus, the approach provides useful information about how the fluorescent molecules are orientated, which has some very fascinating implications for understanding protein structure.

The good news is that this additional piece of equipment can simply be added to your existing fluorescence microscope, eliminating the need to replace it. The team is now working on reducing the size of the entire setup and pairing it with 3D scanning, so that researchers can get a true view of all those nanoscale dances in both space and time, which will be pretty cool.
[Source]

• Samsung clip-style earbuds appear leak again
• Now known as Galaxy Buds On, not Galaxy Buds Able
• Set to come with volume adaptation and head gestures

For a few months earlier in 2026, it really sounded like Samsung‘s debut clip-style earbuds were set to debut; even the Galaxy Wearable app leaked the Galaxy Buds Able. There’s been silence for a few months… but it’s starting to sound like the buds are still coming, albeit with a different name.

A new report from Samsung fan site SammyGuru has surfaced new information about the buds, now called the Galaxy Buds On, apparently. The site claims to have found information in Samsung’s Buds Manager app that gives us another glimpse into the earbuds and their features.