Category: Knowledge

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FTSE 100 in record territory

The FTSE 100 soared past 8300, reaching a new record high amid busy trading as London markets reopened after the bank holiday.

A catch-up trading session is evident, with mainland-listed stocks having a robust session on Monday 7th May 2024 and continuing to rise. The FTSE reached around 8335 in intraday trading.

Wall Street also experienced another positive session, with the Dow Jones climbing for the fourth consecutive day following the Federal Reserve’s less aggressive stance, and the S&P 500 gaining too. Despite mixed results, earnings have bolstered risk appetite. The low U.S. job count has encouraged traders/investors to take heart that rate cuts will be on the agenda again soon, even if they are now late.

Bank of England

Attention will now turn to the Bank of England (BoE), which faces a decision on whether to guide the market towards a rate cut – the first in four years – or to exercise more patience. The consensus is that it’s premature for a cut this week, with August 2024 being the more likely date, although the Monetary Policy Committee’s (MPC) opinions vary.

Last month the Deputy Governor of the BoE, indicated his readiness to vote for a rate cut with little additional evidence of declining inflation, highlighting the ‘downside risks’ to the BoE’s February inflation forecast. In contrast, the Bank of England’s Chief Economist, expressed a more cautious stance in April regarding the initiation of rate cuts.

Inflation

Inflation is on a downward trajectory, expected to return to 2% in the next few months. CPI decreased from 3.4% to 3.2% between February and March 2024, and core inflation dropped from 4.5% to 4.2%. However, the BoE is likely to await April’s data before taking any decision.

Persistent wage growth of around 6% indicates continued strength in the labour market. Financial markets anticipate a Bank of England rate cut by August 2024, but it is believed the BoE may be prepared to act as early as June 2024, aligning with the anticipated policy move by the ECB.

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Apple reportedly developing AI microchips for data centres

Apple

Apple, renowned for its innovative consumer electronics, is reported to be branching into artificial intelligence (AI).

Recent reports suggest the company is developing a project dubbed ‘Project ACDC,’ (Apple Chips in Data Centre) with the goal of creating specialized AI chips for data centres.

The AI race

AI applications are becoming ever more essential in our daily routines, prompting tech giants to vie for dominance in this arena. Apple, previously trailing behind its rivals in AI, is now channelling substantial investments to bridge the gap. Project ACDC marks Apple’s strategic endeavour to position itself as a key contender in AI processing.

The role of AI microchips

Traditionally, data centres have depended on general-purpose processors, like Intel Xeon or AMD EPYC, to manage diverse workloads. AI workloads, however, demand unique features such as extensive parallelism and high computational throughput. Specialized AI chips are crucial to meet these demands.

Apple’s AI chips, designed specifically for data centre servers, aim to efficiently expedite AI tasks. These chips will facilitate capabilities such as natural language processing, image recognition, and recommendation systems. With the development of its own AI chips, Apple seeks to secure a competitive edge in the AI technology race.

Collaborating with Taiwan Semiconductor Manufacturing Co.

Apple is said to be partnering with Taiwan Semiconductor Manufacturing Co. (TSMC) to design and produce AI chips. TSMC, a top semiconductor manufacturer, is recognized for its cutting-edge process technology. Although the release timeline for these chips is not specified, their development underscores Apple’s dedication to AI.

WWDC 2024 expectations

Rumors indicate that Apple may reveal AI-based features enabled by its new chips at the Worldwide Developers Conference (WWDC) in June 2024. Should this be accurate, it could mark a significant milestone for Apple’s AI initiatives.

In conclusion, Apple’s Project ACDC signifies an aggressive move towards AI supremacy. With ongoing investments in generative AI, we can anticipate significant advancements in the near future.

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UK Ministry of Defence suffers hack and data breach

The breach involved a third-party payroll system used by the MoD

The compromised system contained names and bank details of both current and past members of the UK armed forces.

While the full extent and consequences of the breach are still under investigation, preliminary results reportedly indicate that no data was extracted during the incident.

It appears that a minimal number of addresses might have been compromised.

The Ministry of Defence (MoD) responded quickly by disconnecting the external network, which is managed by a contractor.

Affected service members will be informed as a precautionary measure and will be provided with expert advice.

Hacker’s ID not revealed

The hacker’s identity has not been revealed, but it is significant that in March, the UK and the U.S. charged China with conducting a worldwide campaign of “malicious” cyber-attacks.

These assaults targeted the Electoral Commission watchdog in 2021 and involved online “reconnaissance” of MPs’ and peers’ email accounts. The limited response to these events highlights the persistent cybersecurity challenges and the importance of constant alertness.

As the inquiry progresses, the MoD is expected to implement additional security measures to safeguard sensitive data, measures that ideally should have already been established.

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UK predicted to have slowest growth of richest nations in 2025

Slow growth in UK

Forecasts indicate that the UK economy will experience sluggish growth among the largest developed nations in 2025.

The Organisation for Economic Co-operation and Development (OECD) has projected a 1% increase in the UK’s gross domestic product (GDP) for 2025, which lags behind the growth rates of other G7 nations, including Canada, France, Germany, Italy, Japan and the US.

The OECD, a globally recognised think tank, has described the UK’s economic outlook as ‘sluggish‘ for the current year. The organization attributes the lackluster performance to the cumulative effects of consecutive interest rate hikes in the UK.

Additionally, the OECD has cautioned that persistent elements of high inflation and the uncertainty surrounding the Bank of England’s interest rate decisions may deter investment.

The latest forecast for the UK economy predicts a 0.4% growth for this year, a revision downward from the OECD’s earlier estimate of 0.7% growth. Consequently, Germany is the only G7 country projected to have slower growth than the UK this year.

Year on year economic growth predictions for G7 nations from the OECD

Year on year economic growth predictions for G7 nations from the OECD
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Are U.S. banks at risk of failure?

Banks at risk?

The fragility of U.S. banks: A looming financial crisis or an event unlikely to unfold?

Amid escalating interest rates and economic instability, an alarming report has surfaced, suggesting that a considerable number of U.S. banks are on the verge of collapse. This potential looming crisis is attributed to various elements that have jeopardised stability.

Hundreds of small and regional banks across the U.S. are feeling stressed.

A recent publication on the Social Science Research Network indicates that up to 186 banks in the United States may be at risk of collapse or at least severe financial damage due to a significant amount of uninsured deposits and the effects of monetary tightening.

The Federal Reserve’s policy to raise interest rates has resulted in considerable asset reductions of these banks. The study emphasizes the susceptibility of banks that depend largely on uninsured depositors, who hold account balances above the FDIC‘s insurance limit of $250,000.

The precarious situation could worsen due to a potential domino effect. Should a substantial number of uninsured depositors suddenly withdraw their funds, it ‘might’ prompt a banking crisis, endangering even insured deposits. It is estimated that nearly $300 billion in insured deposits could be at risk in such an event. Remember the financial crises of 2008/2009 – it wasn’t that long ago.

Silicon Valley Bank

The collapse of Silicon Valley Bank, for example, highlights the risks associated with rising interest rates and significant withdrawals of uninsured deposits. The bank’s failure to fulfill its obligations resulted in its shutdown, which had an impact on the financial sector.

Although the number of FDIC insured institutions on the so-called ‘Problem Bank list‘ has decreased, the current economic climate has reignited concerns about the stability of smaller banks, particularly those with assets under $10 billion.

These banks face threats from commercial real estate loans and the repercussions of rising interest rates, which could lead to unrealised losses and strain their capital reserves.

As the situation unfolds, it becomes clear that without government intervention or strategic recapitalisation, the U.S. banking system could approach a crisis. This potential crisis could affect not only the banks but also the wider economy and the communities they serve.

Therefore, vigilant oversight and proactive measures are crucial to maintain the stability of the U.S. and the global financial system and protect depositors’ interests.

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Binance founder Changpeng Zhao sentenced to 4 months

Cryptocurrency trading

Changpeng Zhao (CZ), the founder of Binance, who admitted to money laundering offences in November 2023, received a four-month prison sentence on Tuesday 30th April 2024.

U.S. prosecutors had suggested a sentence of 36 months for Zhao. As part of his deal with the Justice Department, the cryptocurrency billionaire resigned from his position as CEO of Binance.

The billionaire is reportedly expected to see his massive crypto fortune remain intact. His wealth is likely to continue to climb even as he serves time in prison.

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WEF president warns about global debt levels

Global debt burden

Borge Brende, the president of the World Economic Forum (WEF), recently issued a stark warning about global debt levels.

Speaking at the ‘Special Meeting on Global Collaboration, Growth and Energy for Development‘ in Riyadh, Saudi Arabia, (see WEF website), he highlighted that global debt ratios are approaching levels not seen since the 1820s.

The WEF president also reportedly emphasized the risk of ‘stagflation‘ for advanced economies. He cautioned that without appropriate economic measures, the world could face a decade of low growth.

The current global growth estimate stands at around 3.2%, down from the 4% trend growth seen for decades. Brende urged governments to address the mounting debt situation and implement prudent fiscal measures to avoid triggering a global recession. 

He also noted the persistence of inflationary pressures and suggested that generative artificial intelligence could offer opportunities for developing nations. The International Monetary Fund (IMF) concurs with this concern, reporting that global public debt reached 93% of GDP last year, still 9% higher than pre-pandemic levels. 

The IMF projects that global public debt could approach 100% of GDP by the end of the decade.

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AI energy consumption is shocking!

AI Energy Consumption

Powering artificial intelligence (AI) models takes a substantial toll on our planet’s energy resources.

Delving deeper into AI, it becomes crucial to comprehend the environmental impact of this technological revolution.

Current trends

A new peer-reviewed study featured in ‘Joule‘ highlights the significant energy requirements of AI. The research, carried out by Alex de Vries, a data scientist at the Dutch central bank, provides a quantification of the energy usage linked to the trends in AI capacity and adoption.

The energy appetite of AI

The AI industry is experiencing rapid growth as major technology companies incorporate AI-driven services into their platforms. These applications require significantly more power than traditional ones, resulting in online interactions that are more energy-intensive.

Projected impact

Continuing on the present course, NVIDIA could be dispatching 1.5 million AI server units each year by 2027. If these servers were to run at maximum capacity, they would consume a minimum of 85.4 terawatt-hours of electricity annually. For comparison, this amount of energy surpasses the yearly consumption of numerous small nations.

Comparisons

By 2027, it is projected that global AI-related electricity consumption may rise by 85 to 134 terawatt-hours (TWh) annually. This estimate is on par with the yearly electricity requirements of nations such as the Netherlands, Argentina, and Sweden.

Why sustainability matters

While AI heralds significant breakthroughs, its sustainability is a crucial risk factor to consider. Picture Google’s search engine evolving into a ChatGPT-style chatbot, managing nine billion interactions daily. This would cause energy demands to soar, matching the consumption of a nation like Ireland. Although this scenario isn’t immediately likely due to logistical limitations, it highlights the resource-intensive nature of generative AI applications.

As we explore the AI domain, sustainability should not be neglected. Discussing AI’s risks, such as errors and biases, should also include its environmental impact. Innovation must be balanced with responsible energy use for a sustainable future.

Conclusion

In essence, AI’s demand for power is substantial, and the challenge is to leverage its capabilities while reducing its environmental impact. We must proceed with caution to ensure our technological advances do not compromise the health of our planet.

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Voyager One phones home for the first time in 5 months

Voyager One

Voyager 1, launched in September 1977, holds the distinction of being the furthest human-made object from Earth.

It embarked on an incredible journey, venturing beyond the boundaries of our solar system and into interstellar space.

Here’s the latest update on this iconic spacecraft

Communication

On 14th November 2023, Voyager 1 experienced an unexpected glitch, rendering its binary communication code with NASA’s flight team incomprehensible.

However, after several months of indecipherable signals, Voyager 1 has resumed clear communication with Earth. On 20th April2024, the spacecraft reported back to its NASA team, detailing its health status for the first time in five months.

Although it is not yet transmitting scientific data, Voyager 1 is providing valuable information regarding the health and functionality of its onboard engineering systems.

Historic

Thirty-five years post-launch, Voyager 1 marked a milestone as the first human-made object to exit the solar system and enter interstellar space.

Six years thereafter, in 2018, Voyager 2 emulated its predecessor, venturing beyond the sun’s dominion. Together, these spacecraft stand as humanity’s lone envoys in the cosmic expanse, bearing our scientific endeavours and inquisitive spirit.

Technical repair

In March, the team operating NASA’s Voyager 1 sent a command to the spacecraft, which triggered its flight data subsystem (FDS) to transmit a complete memory readout to Earth.

The analysis of the memory dump reportedly indicated that the malfunction was due to a piece of corrupted code on a single chip, accounting for approximately 3% of the FDS’s memory.

While it’s not possible to physically repair or replace the chip, the team is adeptly shifting the problematic code within the FDS’s memory. This process apparently involves dividing the code into segments and reallocating them to different storage areas, with the goal of maintaining the smooth operation of Voyager 1’s systems.

Clever

Ultimately, Voyager 1’s recent successful communication serves as a remarkable example of human creativity and determination in space exploration. Even from its extraordinary distance from Earth, the venerable spacecraft continues to provide important updates on its status and insights into the unknowns of interstellar space.

15 billion miles and counting

Voyager 1 is approximately 15 billion miles from home. It takes about 1 day for information to travel from Voyager to Earth. Voyager 1 is travelling at an estimated speed of: 38026

Voyage One mission status

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Will Bitcoin experience another growth spurt after the latest halving event?

Bitcoin halving is a significant event in the cryptocurrency world

What is Bitcoin Halving?

Bitcoin halving, which happens roughly every four years, cuts the rate of new Bitcoin creation by half. This event is tied to the method of recording and generating Bitcoins. Transactions are logged on a blockchain, a ledger accessible to all.

Miners compile transactions into blocks and connect them by resolving cryptographic challenges, earning new bitcoins as their reward.

Satoshi Nakamoto, the enigmatic creator of Bitcoin, designed the cryptocurrency to have a maximum circulation of 21 million coins. To ensure this, the Bitcoin protocol halves the reward given to miners every 210,000 blocks, an event that occurs approximately every four years.

The Latest Halving

The latest Bitcoin halving took place in the early hours of Saturday 20th April 2024, reducing the reward for adding a new block of transactions to the blockchain from 6.25 Bitcoins to 3.125. Bitcoin’s halving will persist until the total supply approaches the 21 million cap, anticipated around the year 2140.

Impact on Bitcoin Price

The halving of Bitcoin reduces the number of new coins entering circulation, which, in theory, could drive up the price if demand remains constant.

According to economic principles, a stable demand coupled with a reduced supply should lead to a price increase.

Analysis of the three previous halvings (in 2012, 2016, and 2020) indicates an average price surge of 16% in the 60 days post-halving.

Typically, investors see the highest price increase approximately 500 days following a halving event.

Despite a recent drop from its peak, Bitcoin holds a high-level interest for crypto investors, even with its volatile behaviour. It has posted a 40% increase in 2024 compared to the same period last year.

In summary, the halving of Bitcoin reduces the availability of new coins, which could lead to an increase in value. However, the complete effects may only become apparent gradually over time.

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Global police forces take down massive scam website that defrauded thousands of victims

Online fraud

UK police have dismantled a gang that provided a technology service enabling criminals to use fraudulent text messages to defraud victims

Britain’s Metropolitan Police announced on Thursday 18th April 2024 that the ‘LabHost‘ website had been utilised by 2,000 criminals to pilfer personal details from users.

The police have reportedly identified approximately 70,000 UK individuals whose details were compromised via LabHost’s websites. The websites of LabHost have been disrupted and now displays a notice indicating that the services have been seized by law enforcement.

They have arrested 37 people worldwide and are contacting victims affected by the scam.

Phishing scam

Officers say younger people who grew up with the internet were the most likely to fall for the ‘phishing’ scam.

What is ‘phishing’

‘Phishing’ is a type of social engineering attack where perpetrators trick individuals into disclosing sensitive information or downloading malware. This often entails the use of deceptive emails or messages that mimic reputable entities, luring users to input their login details on counterfeit websites.

See Wikipedia definition.

The technology enabled scammers without technical expertise to inundate victims with deceptive messages aimed at eliciting online payments.

Authorities focused on the gang’s website, LabHost, which facilitated the despatch of these messages and steered victims towards counterfeit websites. These sites mimicked authentic online payment or shopping platforms.

ID theft

This operation allowed the perpetrators to pilfer personal identity details, including 480,000 card numbers and 64,000 PIN codes. It was referred to as ‘fullz data‘ in criminal circles, according to the police.

The exact amount of money stolen remains unknown. However, detectives estimate that the LabHost site generated close to £1 million ($1.25 million) in profits.

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IMF says Russia is expected to grow faster than all advanced economies in 2024

Oil

The International Monetary Fund calculates that Russia’s economy will expand more rapidly than all advanced economies this year.

According to the latest World Economic Outlook released by the IMF, Russia’s economy is projected to expand by 3.2% in 2024.

This growth outpaces the anticipated growth rates for the U.S. at 2.7%, the U.K. at 0.5%, Germany at 0.2%, and France at 0.7%.

G7 growth percentages

  • Russia at 3.2%
  • U.S. at 2.7%
  • France at 0.7%
  • U.K. at 0.5%
  • Germany at 0.2%

The forecast may be galling for Western countries that have endeavoured to economically isolate, restrict and punish Russia for its invasion of Ukraine in 2022.

Russia has demonstrated that Western sanctions on its industries have made it more self-sufficient and that private consumption and domestic investment remain resilient.

Oil exports

Oil and commodity exports to nations such as India and China, (two of the largest countries in the world by population) – as well as alleged sanction evasion and high oil prices, have allowed Russia to maintain strong oil export incomes streams.

UK and Europe growth

Outside of Russia, the IMF has revised its forecasts for Europe and the UK, projecting a growth of 0.5% for this year. This positions the UK as the second-lowest performer within the G7 group of advanced economies, trailing behind Germany.

The G7 also includes France, Italy, Japan, Canada and the U.S.

However, UK growth is expected to improve to 1.5% in 2025, placing the UK in the top three best G7 performers, according to the IMF.

The IMF also reported said that interest rates in the UK will remain higher than other advanced nations, close to 4% until 2029.

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Bank of England school report: must try harder – a brutal analysis of ‘out of date’ systems

Bank of England forecasts

The Bank of England (BoE) stands as a bastion of economic stability, guiding the United Kingdom through the ebbs and flows of financial tides. 

Modernising the Bank of England’s forecasting system has become a critical necessity. A recent independent review has cast a spotlight on the ‘serious deficiencies’ within its economic forecasting system, calling for an urgent modernisation.

Out of date forecasting methods

What have they all been doing for all these years to not have updated their systems?

The review, led by Dr. Ben Bernanke, a former chair of the U.S. Federal Reserve, paints a picture of an institution grappling with outdated systems and under-investment in critical infrastructure. The Bank’s staff, the report suggests, are hindered by software that is not just out-of-date but also complicates the already intricate task of economic forecasting.

This revelation comes at a time when accurate economic forecasting is more vital than ever. The world is still reeling from the effects of the pandemic, the 2008/2009 financial crisis and the UK faces unique challenges post-Brexit. The Bank’s ability to predict economic trends accurately is paramount in crafting policies that safeguard the nation’s financial health.

Deficiencies

The deficiencies highlighted are not just a matter of outdated software; they reflect a deeper need for a paradigm shift in how economic data is handled and analysed. The report recommends a complete overhaul of the system, emphasizing the need for automation of tasks that are currently performed manually.

Governor Andrew Bailey’s reportedly responded to the review by acknowledging the gravity of the situation, stating that updating the Bank’s systems is a ‘high priority’. This commitment to modernisation is a step in the right direction, but it should be followed by swift and decisive action, surely.

A broken compass?

The Bank of England’s forecasting system is more than a tool; it is the compass by which the nation navigates its economic future. Modernising this system is not just a recommendation; it is an imperative. As the UK charts its course in a rapidly changing global economy, the reliability and sophistication of its economic forecasting are not just beneficial but essential for continued prosperity.

In conclusion, the Bank of England’s economic forecasting system is at a crossroads. The call to modernise is clear, and the path forward must be paved with innovation, investment, and a steadfast commitment to excellence in economic stewardship.

The future of the UK’s economy depends on it.

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Does extreme flooding pose a threat to UK food security?

UK floods

Record-breaking rain has inundated the United Kingdom over the past few months, leaving fields submerged and livestock at risk.

The relentless downpours, likely exacerbated by climate change, are now threatening the very foundation of UK food production.

Challenges faced by farmers

UK farmers are facing the repercussions of extreme weather events. Fields that would normally be abundant with crops are currently waterlogged, making them barren. Livestock are also suffering, unable to graze in the inundated fields, leading to a shortage of feed. The circumstances are critical, prompting the National Farmers Union (NFU) to raise the alarm.

NFU’s concerns and calls for action

The NFU emphasizes that climate change-induced flooding imperils food security. Rachel Hallos, NFU vice president, warns that these extreme conditions could become the norm. Urgent action is needed to safeguard our agricultural systems.

  • Compensation and Support: The NFU urges the government to provide more substantial compensation to flooded farmers. The recently launched Farm Recovery Fund offers grants, but broader and longer-term assistance is essential.
  • Reduced Crop Output: Weeks of incessant rain have already impacted this year’s harvest. Crop quality may suffer, affecting both farmers and consumers.
  • Resilience and Adaptation: We cannot rely solely on imports. A clear government plan is necessary to prepare for the potential effect of extreme weather, adapt to its effects, and ensure continued food production.

Voices from the fields – case study example

A recent report from a mixed dairy, beef, and arable farmer in Gloucester whose land lies in the floodplain reportedly said that floods occurred every six years, but now they occur with alarming frequency. Cattle, unable to graze, face dwindling feed supplies. Livelihoods hang in the balance.

The farmer went on to say, ‘climate change affects us all. It threatens our food supply and prices. We must think about resilience and feeding the world amidst a changing climate.’

Conclusion

Extreme flooding transcends a natural disaster; it poses a threat to our very sustenance. In the face of such challenges in the UK, it is imperative that farmers, policymakers, and communities collaborate.

Prompt action is essential to safeguard our food security and foster resilience for the future.

Building and farming on low-lying land, often on floodplains, is likely a big part of the problem, along with the potential effects of the ever-changing climate and weather patterns.

Safety valve

Low lying land has always flooded – isn’t it natures safety valve? We cohabit with nature and low-lying land, as good as it is for farming (and building), will always flood – as it has for thousands of years.

But we do need to do more to protect our food production in the UK.

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GEN AI – The AI ‘generation’

AI Generation

The Generation AI: How the next wave of young innovators will shape the future

Artificial intelligence (AI) is not only a technology that is transforming the world, but also a culture that is inspiring the next generation of young innovators.

The Generation AI is a term that refers to the children and teenagers who are growing up with AI as a natural part of their lives, and who are using it to express their creativity, solve problems, and pursue their passions. 

Generation AI is different from the previous generations in many ways. They are more diverse, more connected, more curious, and more entrepreneurial. GEN AI are also more aware of the social and ethical implications of AI, and more eager to use it for good. They are not just passive consumers of AI, but active creators and collaborators. 

The Generation AI is already making an impact in a variety of domains and industries.

Education

Generation AI is learning with and from AI, using it to enhance their learning experiences, personalise their curricula, and access global resources. They are also teaching AI, using it to share their knowledge, mentor their peers, and build their portfolios. For example, CodeGPT is a platform that allows students to learn coding with AI, and to create their own AI projects. 

Healthcare

The Generation AI is improving their health and well-being with AI, using it to monitor their fitness, nutrition, and mental health, and to access reliable and personalized health information and services. They are also contributing to the health of others, using AI to support health research, diagnosis, and treatment. For example, Cureskin is an app that uses AI to detect and treat skin conditions. 

Entertainment

The Generation AI is enjoying and creating entertainment with AI, using it to discover and consume content that suits their tastes, preferences, and moods, and to generate their own content, such as music, art, games, and stories. They are also engaging and interacting with AI, using it to play, chat, and socialise with others.

For example, OpenART, Microsoft Copilot, Stable Diffusion or PopAI and OpenAI’s ChatGPT are just a small selection of generative AI systems that can create realistic and diverse images from text descriptions.  The Generation AI is not only the future of AI, but also the future of humanity.

They are the ones who will shape the direction and impact of AI, and who will benefit from its opportunities and challenges. They are the ones who will unleash the full potential of AI, and who will make the world a better place a discerned use of AI.

Note: apps mentioned in this article are not recommendations. They are just for reference only.

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Generative AI: A New Frontier of Creativity and Innovation

AI generated art

Generative Artificial Intelligence

Artificial intelligence (AI) is not only a powerful tool for solving problems but is also a source of creativity and innovation.

Generative AI is a type of AI that can create new and realistic content, such as images, text, music, software, and product designs, by learning from existing data and generating novel outputs that reflect the characteristics of the training data but do not repeat it. 

Gen AI uses various techniques, such as deep neural networks, transformers, and generative adversarial networks, to model the complex patterns and structure of the input data and produce diverse and high-quality outputs.  Generative AI can also respond to natural language prompts, allowing users to interact with the system and specify their desired outcomes. 

Generative AI has many potential applications across different domains and industries.

Software development

GAI (Generative AI) can help developers write code faster and easier by generating suggestions, corrections, or completions based on the context and the user’s intent. For example, Copilot is a generative AI system that can assist developers with coding tasks by learning from billions of lines of code. 

Healthcare

Generative AI can help researchers discover new drugs, treatments, or vaccines by generating novel molecules, proteins, or antibodies that have the desired properties and functions. For example, Insilico Medicine is a company that uses generative AI to design new drugs for aging and age-related diseases.

Entertainment

Generative AI can help artists, musicians, writers, or filmmakers create original and engaging content by generating images, sounds, text, or video that match their style and preferences. For example, Stable Diffusion is a generative AI system that can create realistic and diverse images from text descriptions.

Customer service

Generative AI can help businesses provide better and more personalised service to their customers by generating natural and human-like responses, recommendations, or solutions based on the customer’s needs and preferences. For example, ChatGPT is a generative AI chatbot that can have very human-seeming interactions with users.

Unlocking potential or unleashing the ‘genie’?

Generative AI is a new frontier of creativity and innovation that can unlock new possibilities and opportunities for humans and machines.

Unlocking potential or unleashing the ‘genie’?

However, generative AI also poses some challenges and risks, such as ethical, legal, social, and security issues, that need to be addressed and regulated. Therefore, it is important to develop and use generative AI responsibly and ethically, with respect for human values and dignity. 

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Ripple CEO predicts crypto market will reach $5 trillion in 2024

Ripple

Ripple CEO Brad Garlinghouse anticipates the total value of the cryptocurrency market will double this year.

He references the launch of the first U.S. Bitcoin exchange-traded fund (ETF) and the forthcoming Bitcoin halving event as key factors.

“The overall market capitalization of the cryptocurrency industry is expected to double by the end of this year, influenced by a range of macroeconomic factors,” Garlinghouse reportedly said.

He also considers the potential for favorable regulatory changes in the United States as another catalyst for the market’s growth.

SNAPSHOT: Cryptocurrency market value as of 8th April 2024

Let’s check in on the prediction at the end of the year and see where the crypto market is.

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Clean energy gold rush for natural hydrogen

Natural hydrogen

The natural hydrogen gold rush is captivating attention worldwide as a potential game-changer in the quest for cost-effective, low-carbon energy sources.

Countries such as the U.S., Canada, Australia, France, Spain, Colombia, and South Korea are actively engaged in exploratory efforts for geological hydrogen.

What Is Natural Hydrogen?

Natural hydrogen, also referred to as white or gold hydrogen, is hydrogen gas that occurs naturally beneath the Earth’s surface. It is thought to form from high-temperature reactions between water and minerals rich in iron.

Unlike current hydrogen production, which is mainly produced using fossil fuel, natural hydrogen holds promise as a cleaner option.

Why the Hype?

Hydrogen is often reported as a potential energy source for transitioning away from fossil fuels. Yet, the methods used to produce it frequently result in substantial greenhouse gas emissions.

Green hydrogen, produced by splitting water into hydrogen and oxygen using renewable electricity, is an exception. Unfortunately, its development has been hindered by high costs and economic challenges.

Geologic hydrogen is a ‘natural’ hydrogen. Companies are now actively exploring this untapped resource. Countries like Australia, France, Spain, U.S., Canada, Colombia, and South Korea.

Research by Rystad Energy reportedly suggests that forty companies were actively searching for geologic hydrogen deposits by the end 2023. That’s up from just 10 in 2020. The term ‘white gold rush’ has emerged from this surge in interest.

Potential Impact

Advocates hope that natural hydrogen could be a gamechanger in the clean energy transition.

Although it’s not an entirely novel concept, interest in geologic hydrogen is gaining traction. Both researchers and corporations are eager to explore its possibilities.

As the exploration unfolds, the world looks on with eager anticipation. Hopefully natural hydrogen will play a significant role in shaping a more sustainable energy future.

The natural hydrogen will have to be mined and that in itself may bring environmental issues. Remember the concerns fracking created?

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Cocoa prices have soared to record levels

Cocoa prices at extreme highs!

The cocoa futures price for May 2024 delivery surged to an all-time intraday high of $10,080 per metric tonne Tuesday 26th March 2024

Cocoa prices have soared, hitting unprecedented highs. This dramatic increase has profound consequences for both consumers and the chocolate industry.

Chocolate enthusiasts might have to prepare for increased prices or changes in product sizes (or both), due to the persistent challenges in the cocoa market.

Historic Supply Deficit

The world is experiencing the most significant cocoa supply shortfall in over six decades. In West Africa, a key region for cocoa production, farmers are struggling with adverse weather conditions, diseases, and aging trees. These persistent problems have resulted in a critical reduction of cocoa supplies, and there appear to be no simple resolutions on the horizon.

Price Volatility

Recently, cocoa futures contracts for May 2024 delivery reached a record intraday peak of $10,080 per metric tonne. In the past year, cocoa prices have more than tripled, with a 129% surge in 2024 alone. Major chocolate producers have implemented hedging strategies to cope with price volatility and prevent the direct transfer of increased costs to consumers.

Impact on Consumers

Large chocolate companies, well-hedged last year, are reaching the limit of cost absorption. As cocoa prices rise, consumers might begin to feel the impact. The National Confectioners Association is collaborating with retailers to reduce costs and maintain chocolate affordability. Nonetheless, there’s a finite extent to which the impact of escalating cocoa prices can be lessened.

Future Outlook

The International Cocoa Organization predicts a supply shortfall of 374,000 tonnes for the 2023/2024 season, marking a substantial rise from the previous season’s 74,000-ton deficit. Experts caution that ‘the worst is yet to come,’ suggesting that cocoa prices may stay high due to persistent market challenges lacking swift solutions.

Possible Consumer Impact

With the ongoing surge in cocoa prices, consumers may encounter higher costs or “shrinkflation,” resulting in smaller chocolate bars. Manufacturers might alter their recipes to include less cocoa. Dark chocolate, known for its high cocoa content, could be most affected.

In summary, a mix of supply shortages, fluctuating prices, and industry limitations is pushing cocoa prices to record levels.

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The World’s largest pension fund explores Bitcoin as an investment option

Japan and Bitcoin

Japan’s Government Pension Investment Fund (GPIF), the world’s largest pension fund, is reportedly considering Bitcoin as a potential investment.

With an impressive $1.4 trillion in assets under management, the GPIF’s exploration of Bitcoin represents a notable departure from its conventional investment approach.

This development occurs during a significant increase in Bitcoin’s value, showcasing its potential as a profitable asset, despite its volatility. The GPIF is gathering information on Bitcoin, seeking academic research, analytical tools, and examples of investments. This inquiry demonstrates the GPIF’s willingness to consider innovative financial tools.

It is important to appreciate that although the GPIF is researching Bitcoin, it is not certain that they will invest in it. The decision will likely hinge on various elements, such as risk evaluation, market fluctuations, and regulatory factors.

The GPIF’s actions may influence other institutional investors to contemplate including cryptocurrencies in their portfolios. This event could significantly impact the global financial scene. With the world’s largest pension fund examining Bitcoin, the debate over cryptocurrencies as valid investments continues.

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Fun fact: metals stick together in space

Metal stick together in space

Cold welding is a fascinating phenomenon that allows metals to bond in space

Cold Welding: In the vacuum of space, two metal pieces can fuse without heat or flame when they come into contact. This occurs because:

Metallic Bonds: Metals consist of positively charged ions immersed in a sea of free-moving electrons, which are essential for bonding atoms within the metal.

Oxide Layer: On Earth, metals typically develop an oxide layer on their surfaces due to exposure to air, preventing them from bonding directly.

In Space: Without oxygen in space to create an oxide layer, touching metal pieces can merge through their metallic bonds, forming one solid piece.

Practical Implications

In practice, such occurrences are rare on Earth due to irregularities and the presence of a protective oxide layer.

Even in space, this oxide layer persists unless it is intentionally removed. If it were to be polished away, the metals could indeed weld together.

Designers of satellites and spacecraft must take this into account when selecting metal components for space missions.

Designers of satellites and spacecraft must consider this when selecting metal parts for space missions.

Although it’s not as straightforward as magnets sticking together, cold welding in space is truly possible!

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Tyre companies love electric vehicles

EV tyres

The tyre industry is marked by fierce competition, static growth, and slim profit margins. But that is about to change.

In recent years, the total market value has consistently hovered around $50 billion, with an annual growth rate of approximately 2%, according to research. However, the advent of electric vehicles (EVs) is creating new possibilities.

Due to their substantial weight and rapid acceleration, EVs typically wear out tires around 20% quicker than vehicles with internal combustion engines, research suggests. Additionally, the cost of these tyres is roughly 50% higher.

Additional technical challenges encompass mitigating tyre noise, which becomes significantly more discernible inside of an otherwise quiet electric vehicle (EV) and enhancing an EV’s driving range. Research conducted by Michelin reportedly indicates that tyre selection can influence an EV’s range by 10% to 15%.

Summary Electric Vehicle (EV) Tyre Wear

Weight and Acceleration: EVs are heavier due to their batteries, and they often have quick acceleration.

Wear Rate: On average, EV tyres tend to wear down about 20% faster than internal combustion engine (ICE) vehicle tyres.

Cost: EV-specific tyres can be more expensive, costing approximately 50% more than regular tyres.

EV tyres are more expensive, and you get less use from them – remember to factor this into your purchasing decision.

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Nvidia plan to enhance AI induced success

AI GPU

Nvidia have announced a new generation of artificial intelligence chips and software for running AI models. It’s called: The Blackwell B200 GPU

Blackwell B200 GPU

The Blackwell B200 is the successor to Nvidia’s Hopper H100 and H200 GPUs.

It represents a massive generational leap in computational power.

AI Performance: The B200 GPU delivers 4 times the AI training performance and 30 times the inference performance compared to its predecessor.

Transistor Count: It packs an impressive 208 billion transistors, more than doubling the transistor count of the existing H100.

Memory: The B200 features 192GB of HBM3e memory with an impressive bandwidth of 8 TB/s.

Architecture: The Blackwell architecture takes over from H100/H200.

*Dual-Die Configuration: The B200 is not a single GPU in the traditional sense. Instead, it consists of two tightly coupled die, functioning as one unified CUDA GPU. These chips are linked via a 10 TB/s NV-HBI connection to ensure coherent operation.

*Dual-die packaging technology is used to pack two integrated circuit chips in one single package module. It doubles functionality levels.

Process Node: The B200 utilizes TSMC’s 4NP process node, a refined version of the 4N process used by Hopper H100 and Ada Lovelace architecture GPUs.

The Blackwell B200 is designed for data centres and AI workloads but will likely be available to expect consumer in the future, although these may differ significantly from the data centre model.

Grace Blackwell GB200 Superchip:

Nvidia’s GB200 Grace Blackwell Superchip, with two B200 graphics processors and one Arm-based central processor

This superchip pairs the Grace CPU architecture with the updated Blackwell GPU.

It’s another addition to Nvidia’s lineup, combining CPU and GPU power for advanced computing tasks.

Nvidia continues to push the boundaries of accelerated computing, and these new GPUs promise remarkable performance improvements for AI and other workloads.

Onwards and upwards for Nvidia and the advancement of AI.

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More than 20% of UK adults not seeking work

Not working

More than a fifth of working-age adults in the UK are currently not actively seeking employment, according to recent figures.

The economic inactivity rate during the period from November 2023 to January 2024 stood at 21.8%, a slight increase compared to the previous year. This means that approximately 9.2 million people aged between 16 and 64 are neither employed nor actively searching for jobs. The total figure has risen by over 700,000 since before the onset of the coronavirus pandemic.

Several factors contribute to this problem

Long-Term Illness: Approximately one-third of the working-age population not participating in the labour force cite long-term illness as the primary reason for their inactivity. Health-related issues have kept a significant portion of the population away from work.

The pandemic: of 2020 caused work flight. 700,000 extra out of the workplace since the coronavirus pandemic Covid 19 hit the UK in 2020.

Students and Education: Students pursuing education are often classified as economically inactive. Their focus on studies and lack of job-seeking activity contribute to this category.

Care Responsibilities: Individuals who care for family members or manage household responsibilities fall into this bracket. Caring duties can be time-consuming and prevent active job hunting.

People with Disabilities: Those with disabilities may face barriers in accessing employment opportunities. Accommodations and inclusive policies are essential to address this issue.

Early Retirement: Some adults choose early retirement, and once retired, they rarely express a desire to return to work. This group contributes significantly to the inactive population.

Discouraged Workers: Individuals who have given up on job searches due to discouragement or lack of suitable opportunities are also part of this category.

Gender Gap: Historically, more women have been classified as economically inactive compared to men. However, this gap has narrowed over the years as more women have entered the workforce.

Age Trends: Recent data indicates that while the number of economically inactive individuals due to illness has decreased, there has been an increase among those aged 16 to 34. Mental health issues are believed to be a contributing factor in this age group.

Persistently high level

The persistently high level of economic inactivity poses challenges for the UK economy. As the country emerges from the pandemic, addressing workforce shortages becomes crucial. Measures such as reducing National Insurance Contributions and extending free childcare services aim to encourage people to seek employment or increase their working hours. 

More effort is needed to further incentivise workforce participation, if not, the UK economy will suffer for many more years than would otherwise be necessary.

Office for national statistics

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AI will be smarter than entire humanity by 2029 according to Elon Musk

Artificial intelligence

Elon Musk sparked intense debate on the trajectory of artificial intelligence (AI) after he shared a clip from the Joe Rogan Experience podcast via his X account. 

In the video, futurist Raymond Kurzweil explored the future of artificial intelligence (AI), proposing that it might soon outstrip human intellect.

Elon Musk, noted for his candid opinions on AI, echoed Kurzweil’s forecast by stating, ‘AI will likely be more intelligent than any individual human by next year.’ Furthermore, he speculated that by 2029, AI could surpass the combined intelligence of all humanity.

Screen capture of Elon Musk’s post on X

Artificial General Intelligence

Artificial General Intelligence (AGI), capable of outperforming human intelligence, has recently drawn widespread attention from technology leaders worldwide, especially with the advent of sophisticated AI systems such as ChatGPT, Bing AI, and Gemini. Despite its increasing prominence, a unified definition of AGI remains elusive. Typically, AGI is understood to be a phase in AI evolution where the system can undertake any human task, potentially excelling beyond human expertise in certain domains.”

In the realm of technology leadership, a broad range of views exists on the feasibility and consequences of Artificial General Intelligence (AGI). While some leaders speculate about the timeline for AGI’s realization, others doubt its eventual occurrence. Opinions also differ on whether AGI will lead to beneficial progress or present risks to human society. Comprehending the varied stances of tech leaders sheds light on the active debate regarding AGI and its prospective influence on society.

Musk’s choice to disseminate the podcast excerpt has intensified the discourse on AI advancement’s ramifications. His use of his platform to broadcast Kurzweil’s insights has sparked additional discussion and contemplation about artificial intelligence’s revolutionary capabilities.

His tweet has ignited wider conversations concerning the swift advancement of technology and its significant consequences for the future of humanity.

Raymond Kurzweil

Raymond Kurzweil, born 1948, is an American computer scientist, author, inventor, and futurist renowned for his contributions to various fields, including optical character recognition (OCR), text-to-speech synthesis, speech recognition technology, and electronic keyboard instruments.

Through his comprehensive body of work, Kurzweil has researched a variety of subjects including health, artificial intelligence (AI), transhumanism, the technological singularity, and futurism.

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EU passes world’s first major ‘act’ to regulate AI

The European Union (EU) has made history by approving the world’s first comprehensive regulatory framework for artificial intelligence (AI).

Artificial Intelligence Act

Known as the Artificial Intelligence Act, this groundbreaking legislation is expected to serve as a global signpost for other governments grappling with how to regulate this fast-developing technology.

The AI Act takes a risk-based approach, categorizing AI applications based on their risk levels. It prohibits certain high-risk uses, emphasizes transparency, and aims to keep AI development human centric. This landmark regulation should help set a precedent for responsible AI deployment worldwide.

The regulation is expected to become enforceable in May 2024, after passing final checks and receiving endorsement from the European Council.