The rapid development and adoption of artificial intelligence have sparked both optimism and concern. While this new technological cycle promises productivity gains and economic growth, it also raises questions about job displacement, inequality and potential social disruption.

Early fears in the legal sector illustrate this tension. Many expected AI to eliminate thousands of jobs—particularly among junior lawyers—by automating document drafting, review and research. Instead, while AI is now widely used in these functions, legal workflows still require human oversight for interpretation, negotiation and final review. Law firms continue to hire junior associates in large numbers, even as productivity improves.

Morgan Stanley Research expects AI to ultimately boost productivity and real wages, despite some disruption along the way. So far, however, analysis of macroeconomic and sector-level indicators suggests that the impact has been modest.

## Early Signals, Limited Impact

Unemployment has risen somewhat among groups most exposed to AI. However, after adjusting for different occupations’ response to broader economic cycles, AI’s impact appears limited—and may diminish even further when other labor market shocks are taken into account.

“Measuring the impact of AI on labor is complex,” says Morgan Stanley Research Economist Diego Anzoategui. “The same technology that automates tasks can also augment workers, increase productivity and boost demand in AI-exposed sectors. So far, the data suggest early, narrow displacement—more visible among younger workers—while overall disruption remains limited.”

Unemployment among workers aged 22–27—who are more likely to perform routine, automatable tasks—has increased the most since 2023 in occupations highly exposed to AI, such as analysts, accountants and judicial clerks. These professionals tend to have higher levels of education, earn higher income on average and perform tasks that are primarily computer‑based.

“That said, the evidence of AI disruption among young workers becomes weaker when we apply automation measures developed by Morgan Stanley, suggesting there may still be some noise in the results,” Anzoategui says.

Beyond that age group, the data show little sign of widespread disruption. U.S. payrolls indicate that employment remains strong even in industries with higher AI exposure. There are, however, softer signals of concern: Corporate earnings call transcripts show firms increasingly referencing “displacement” in relation to AI, more often than “job creation.”

“It’s important to note that transcript momentum should be read as directional, not definitive proof of incremental job losses,” Anzoategui adds.

## Lessons From History

Morgan Stanley Research economists examined five major innovation waves in the U.S., from the Industrial Revolution to the rise of the internet, to identify patterns in how technological change affects the economy and labor markets.

Across these periods, innovation consistently reshaped economic structures: how firms produce, where people live and work, and how value is created. Labor markets were always affected, but innovation ultimately complemented employment rather than eliminating it.

“The historical record is clear: Innovation waves are disruptive, capital-intensive and often volatile,” says Morgan Stanley Chief U.S. Economist Michael Gapen. “They can displace workers, concentrate gains early and provoke political backlash. But over time, they raise productivity, restructure labor markets, expand output and—when institutions adapt—improve living standards broadly.”

How widely these benefits are shared depends on how policymakers, businesses and educators manage the transition, Gapen adds.

Fears of AI‑driven job losses appear overstated as evidence and historical precedent point to limited disruption followed by rising productivity in labor markets. 

AI Job Disruption: Why the Panic Might Be Overblown According to Morgan Stanley

A new study has revealed that **San Jose State University (SJSU)** is the **second-best school in the nation** for students aiming to secure jobs in the tech industry. This ranking highlights the university's strong connections to Silicon Valley and its effective career preparation programs.

### Why SJSU Stands Out

Located in the heart of Silicon Valley, SJSU offers unparalleled access to tech giants and startups. The study emphasizes that **proximity to industry leaders** like Apple, Google, and Facebook provides students with internship opportunities, networking events, and direct pathways to employment.

### Key Factors in the Ranking

The study considered several criteria, including:
- **Graduation rates** in STEM fields
- **Employment outcomes** within six months of graduation
- **Average starting salaries** for tech roles
- **Alumni success** in top tech companies

SJSU's **hands-on curriculum** and **industry partnerships** were noted as significant contributors to its high placement rate. The university's career services also play a crucial role, offering resume workshops, interview coaching, and job fairs specifically tailored to tech positions.

### Implications for Aspiring Tech Professionals

For students and career changers, this ranking underscores the importance of choosing an institution with strong industry ties. **SJSU's programs in computer science, engineering, and data analytics** are particularly renowned, preparing graduates for in-demand roles such as software developers, data scientists, and cybersecurity analysts.

### Broader Trends in Tech Education

This study reflects a growing trend where **regional universities near tech hubs** are outperforming traditional Ivy League schools in job placement metrics. It suggests that **practical experience and local networks** can be more valuable than prestige alone in the competitive tech job market.

### How to Leverage This Information

If you're considering a tech career, research universities with **robust internship programs and alumni networks** in your desired field. Attend virtual or in-person events hosted by these institutions to gauge their industry connections. Additionally, explore online courses and bootcamps that partner with tech companies for real-world projects.

A new study shows San Jose State University is the second best school in the nation to attend for anyone looking to land a job in the tech industry.

San Jose State University Ranks #2 Nationally for Tech Job Placement – Your Gateway to Silicon Valley Careers

## The Dinner That Changed Everything

In late 2005, **Steve Jobs** attended a 50th birthday party for a **Microsoft engineer** with his wife Laurene. During dinner, the host repeatedly boasted about how Microsoft would dominate the future of computing with **tablet software** and urged Apple to adopt it.

This exchange would later take on near-mythical status inside Apple.

![Steve Jobs presenting the first iPhone](https://ynet-pic1.yit.co.il/cdn-cgi/image/format=auto/picserver6/crop_images/2026/04/11/rJ8JZ5v311g/rJ8JZ5v311g_0_0_3000_2000_0_x-large.jpg)
*Steve Jobs presenting the first iPhone (Photo: AP)*

## The Infamous Outburst

Jobs recalled the moment bluntly in his biography by Walter Isaacson: "This guy badgered me about how Microsoft was going to completely change the world with this tablet PC software and eliminate all notebook computers, and Apple ought to license his Microsoft software. But he was doing the device all wrong. It had a **stylus**. As soon as you have a stylus, you're dead. This dinner was like the tenth time he talked to me about it, and I was so sick of it that I came home and said, 'Fuck this, let's show him what a tablet can really be.'"

The outburst set off a **chain reaction** inside Apple.

Scott Forstall, who would later lead development of the iPhone's software, recalled that Jobs arrived at the office days later furious, gathered his team and made clear he wanted to prove a point.

## The Birth of Multi-Touch Technology

Jobs' long-standing opposition to styluses became a guiding principle. "God gave us 10 styluses," he would often say, raising his fingers — underscoring his belief that **touch, not a pen**, would define the future of computing.

That conviction led directly to the development of **multi-touch technology** — the core innovation behind the iPhone. Initially intended for a tablet, the technology was quickly redirected as Apple shifted its focus to building a phone, delaying the tablet project that would later become the iPad.

## Apple's Humble Beginnings

The story resurfaced as Apple marked 50 years since its founding on April 1. The company began as a partnership between **Steve Jobs and Steve Wozniak** in a garage in Los Altos, California, formalized by a third partner, Ronald Wayne.

![Steve Wozniak and Steve Jobs](https://ynet-pic1.yit.co.il/cdn-cgi/image/format=auto/picserver6/crop_images/2026/04/11/BJYMbqP211g/BJYMbqP211g_0_0_3000_2000_0_x-large.jpg)
*Steve Wozniak and Steve Jobs (Photo: Apple)*

Wayne, then 42, typed the original partnership agreement but withdrew from the company just 12 days later, concerned about the financial risks. "I preferred to be poor and alive rather than the richest man in the cemetery," he later said.

His decision cost him dearly. His **10% stake in Apple** would be worth more than **$300 billion** today.

## The iPhone's Monumental Impact

From those modest beginnings, Apple went on to create a series of influential products — but none matched the impact of the **iPhone**, introduced in 2007.

The device transformed not only the mobile phone industry, but also computing, communication and commerce. Today, the iPhone remains Apple's core business, with about **220 million units sold annually** and accounting for roughly half of the company's revenue. As of 2026, there are more than **1.5 billion active iPhones** worldwide — about one in four smartphones.

## The Experimental Phase

The origins of the iPhone, however, lie in years of experimentation inside Apple.

In the early 2000s, small teams within the company were exploring new ways for users to interact with computers. Traditional tools like the keyboard and mouse were seen as outdated.

"There's hundreds of little startups that are just poking around, doing stuff," said Myra Haggerty, an Apple executive. "Sometimes someone's like, 'Hey, come look at what we're working on!'"

![FingerWorks](https://ynet-pic1.yit.co.il/cdn-cgi/image/format=auto/picserver6/crop_images/2026/04/11/Bkdybqv2Zx/Bkdybqv2Zx_0_0_1232_943_0_x-large.jpg)
*FingerWorks (Photo: Apple)*

One of those efforts, led by designer Duncan Kerr, focused on controlling on-screen objects with fingers. Working with technology from a small company called **FingerWorks**, Apple engineers developed early multi-touch interfaces capable of detecting multiple finger movements simultaneously.

The demonstrations impressed Apple's leadership. "Everyone who saw the multi-touch demo loved it," according to accounts from the development process.

## The Strategic Pivot

At the same time, Apple faced a strategic challenge. By the mid-2000s, mobile phones were beginning to play music — threatening the dominance of the **iPod**.

"Nobody wanted to carry two different devices," engineers realized.

![The first iPod](https://ynet-pic1.yit.co.il/cdn-cgi/image/format=auto/picserver6/crop_images/2019/07/01/9339107/9339107_0_0_980_989_0_x-large.jpg)
*The first iPod (Photo: AP)*

Apple initially attempted to enter the market through a partnership with Motorola. The result, the **ROKR phone**, was widely seen inside the company as a failure.

"The frustrating part was, people kept calling it the Apple phone," said Greg Joswiak, Apple's marketing chief. "It was like, 'Trust me: We had nothing to do with this.'"

Jobs shared that frustration. Existing phones, he said, were simply not good enough. "We just hated them; they were so awful to use," he told Fortune magazine.

## Two Competing Approaches

Inside Apple, two competing approaches emerged. One aimed to adapt the iPod into a phone using its click wheel. The other relied on the emerging multi-touch technology to create a full **touchscreen device**.

The iPod-based approach quickly proved impractical, especially for typing. "We tried for weeks and weeks and weeks to try to make that happen, but it never worked," said Tony Fadell, who led the effort.

The touchscreen concept, though more complex, offered a radically different experience.

At Jobs' direction, Apple shifted its focus. The tablet project was shelved, and development of a phone accelerated.

## The 'Purple' Project

Two teams worked in parallel — one on the iPod-based design and another on the touchscreen model. After months of internal competition, Jobs chose the touchscreen approach.

The project, code-named **"Purple,"** moved forward under strict secrecy. Teams worked long hours in isolated offices, developing both hardware and software from scratch.

Engineers faced major challenges. Early prototypes were bulky and unreliable. Software had to be redesigned for touch, introducing features like **gesture control** and inertial scrolling.

Even late in development, problems persisted. Just weeks before launch, Jobs rejected the plastic screen used in prototypes after noticing it scratched easily. He demanded a **glass display** — leading Apple to adopt what became known as **Gorilla Glass**.

On the software side, early versions of the keyboard performed poorly, forcing engineers to make last-minute algorithmic improvements.

## The Historic Launch

When the iPhone was finally unveiled on Jan. 9, 2007, Jobs presented it as "three revolutionary products" in one: a phone, a music player and an internet device.

Behind the scenes, however, the device was still fragile. Engineers carefully choreographed the demonstration to avoid crashes, limiting the sequence of actions Jobs could perform on stage.

Despite those challenges, the launch is widely regarded as one of the most successful product introductions in technology history.

Even inside Apple, few initially grasped the scale of what had been achieved.

Chris Espinosa, one of the company's longest-serving employees, recalled that the significance only became clear afterward. The moment that stood out to him came just after the presentation, when he received a message from his wife.

Frustration with Microsoft’s stylus-driven tablets sparked a shift to touch technology, leading Apple to prioritize a phone over a tablet and ultimately create the iPhone, transforming the company and the global tech industry

How Steve Jobs' 'F*** This' Moment Sparked the iPhone Revolution

The sixth edition of Paris-Roubaix Femmes kicked off under bright, sunny skies in Denain, with a chill lingering in the shade as women's team buses arrived. The race covered **143km** with **33.7km of cobblestones**, including two five-star sectors: Mons-en-Pévèle and the Carrefour de l'Arbre, but notably excluded the Forest of Arenberg.

### Team UAE ADQ's Choice: Colnago V5RS
Starting at Team UAE ADQ, the team opted for the **Colnago V5RS** over the super-aero Y1RS typically used by the men's team. The white-and-blue paint scheme was a standout. The bikes were fitted with **35mm Continental GP5000 S TR tyres**, which fit snugly in the Colnago frames, paired with **Enve SES 4.5 wheels** for a smooth combination.

### Customizations for Comfort and Performance
Several riders had **fully taped their handlebar tops** to provide extra comfort, as riders tend to hold the tops more at Roubaix. Some even had **STI shifter hoods fully bar taped**, a bold move to enhance comfort on the rough terrain. The **Factor Monza** bikes, used by Factor-sponsored teams, offered durability and bigger clearance, with some featuring aftermarket **CCD EVO S derailleur pulleys** from French brand Nova Ride.

### Tyre and Wheel Innovations
Teams experimented with various tyre sizes and types:
- **Hutchinson Blackbird Race tyres** in 32mm size, used without tyre inserts.
- **Vittoria Corsa Pro Control tyres** for added protection on cobblestones.
- **Schwalbe G One Speed gravel tyres** in 35mm, an unusual but smart choice for comfort.
- **Mavic Power Cup 32mm tyres** on Mavic wheels, marking a return to the mix with sleek silver hubs.

New wheel technology was also on display, such as the **Ursus Arya G wheels** with Sapim PBO vibration-damping spokes, designed specifically for rough surfaces.

### Sponsor Incorrect Tyres and Modifications
Some teams, like Liv Alula Jayco, swapped their usual Cadex tyres for **sponsor-incorrect Vittoria Corsa Pro Control rubber**, likely for better performance on cobbles. Similarly, Michelin logos were sharpied out on tyres, possibly due to size limitations.

### Emergency Preparedness and Custom Details
Teams showed ingenuity with **allen keys taped to computer mounts** or seatposts for emergency wheel changes. Custom paint jobs, like **Alison Jackson's Canadian-themed bike** and **Human Powered Health's Pokémon-inspired Factors**, added flair. Motivating stem notes, such as "slay the beast," provided psychological boosts.

### Drivetrain and Component Upgrades
Many teams used **1X aero chainrings**, with Shimano's absence in this area noted as a gap. **SRAM Red XPLR rear mechs** were modified to work with 12-speed road cassettes for durability and close gear spacing. **GRX gravel derailleurs with clutches** were fitted to aid chain retention over cobbles.

### Advanced Tyre Systems
Lidl-Trek employed the **Odyssey Optic Tyre inflation system**, featuring a toughened TPU tube inside the tubeless tyre for run-flat capability and increased protection. Special sealants were applied to tyre sidewalls for better bead retention and possible aero benefits.

### Final Thoughts
As the race helicopters buzzed overhead, the tech gallery highlighted the blend of **innovation, customization, and practicality** that defines Paris-Roubaix. From gravel wheels to crazy bar tape jobs, the event showcased how teams push boundaries to conquer one of cycling's toughest challenges.

The very best mods and tech from Paris-Roubaix Femmes

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