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.
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!
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.
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.
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 January2024 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.
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.
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.
The World Wide Web (WWW), the invention attributed to Tim Berners-Lee while working at CERN, was conceived on 12th March 1989. This makes the World Wide Web 35 years old today.
It is important to recognise that the Web and the Internet are two different entities; the Web is a service that functions via the Internet, a worldwide network of interconnected computer networks. Whereas the Internet is the system.
The first successful communication between a Hypertext Transfer Protocol (HTTP) client and server through the Internet took place in mid-November 1989.
The Web has since evolved significantly, with the release of the first web browser and server, and the development of HTML, CSS, and JavaScript, which have shaped the modern digital experience.
First website
The inaugural website was launched at CERN and became accessible on 20th December 1990. Tim Berners-Lee developed this site to disseminate information about the World Wide Web project. In August 1991, it was made available to the public. Today, it is still possible visit this site, offering an intriguing look into the web’s nascent stages.
The internet
The internet, as we know it today, began to evolve in the mid-20th century. This era, known as the Information Age, Digital Age, or Computer Age, is characterised by a transition from traditional industry to an economy driven by information technology. This shift commenced in the 1940s and 1950s. The invention of the transistor in 1947 and the optical amplifier in 1957 were pivotal developments that propelled the advent of the internet.
The term ‘internet’ commonly denotes the worldwide system of interconnected computer networks that utilize the Internet protocol suite (TCP/IP) to connect devices globally. It is an extensive network comprising private, public, academic, business, and government networks of local to global systems.
ARPANET
Since the ARPANET’s inception, which is the internet’s precursor, the internet has been in existence for over 50 years. The ARPANET was conceived in the late 1960s and became operational in 1969. The internet is approximately 55 years old.
Art illustration depicting users on the World Wide Web – 35 years old today, 12th March 2024
The ARPANET, also known as the Advanced Research Projects Agency Network, represented the first wide-area packet-switched network featuring distributed control and was among the earliest to adopt the TCP/IP protocol suite.
These innovations laid the groundwork for what would become the Internet. Initiated by the U.S. Department of Defence’s Advanced Research Projects Agency (ARPA), the primary goal of ARPANET was to connect computers at Pentagon-funded research institutions via telephone lines, facilitating resource sharing and communication across distant computers.
The project commenced in 1966, with the initial computers being connected in 1969. By 1971, the network was operational and underwent rapid expansion. ARPANET was instrumental in introducing several protocols pivotal in today’s Internet communication, including the Network Control Protocol (NCP) and subsequently, TCP/IP.
Following the advent of the wider Internet, which ARPANET played a crucial role in catalyzing, the network was officially decommissioned in 1990.
Happy Birthday WWW and thank you Tim-Burners-Lee (I think)
Let’s see how far artificial intelligence (AI) becomes embedded in the next generation of the World Wide Web and of further internet development. Will the big tech companies of today still be running the AI projects of tomorrow?
UK chancellor Jeremy Hunt revealed the British ISA as part of the Spring Budget 2024.
The British ISA aims to boost demand for UK businesses and encourage investment in UK-focused assets.
Key Features
Additional Allowance
The British ISA provides a separate £5,000 annual allowance in addition to the existing £20,000 ISA allowance.
Tax Advantages
Like other ISAs, investors in the British ISA will not pay tax on capital gains or income.
Investment Focus
While it’s not yet clear whether the new ISA will be exclusively for UK shares, it is expected to support UK-focused funds and investment trusts.
Eligibility Uncertainty
The inclusion of UK gilts or UK corporate bonds remains uncertain.
Consultation Period
The consultation period for the British ISA runs until June 6, 2024.
Potential Impact – Reviving UK Stock Market
The British ISA aims to revive interest in the UK stock market, which has faced challenges since the Brexit vote in 2016.
Supporting UK Companies
By providing tax-free savings opportunities, the ISA encourages investment in UK businesses.
Fund Industry Support
Fund management firms, including Premier Miton, lobbied for the British ISA’s creation.
Historical Context
The British ISA draws parallels with its predecessor, the personal equity plan (PEP), which focused on UK shares and funds.
ISAs replaced PEPs in 1999.
Conclusion
In summary, the British ISA introduces an additional allowance for UK-focused investments, supporting savers and UK companies alike. Its impact on the stock market and investor sentiment remains to be seen, but it represents a step toward bolstering the UK’s economic landscape
By ensuring that companies are valued fairly, a stronger stock market will facilitate the capital raising process for companies that seek to grow and attract more listings. This will have a positive impact on the economy and employment and is ultimately in everyone’s interest.
Bitcoin halving is an event that occurs approximately every four years, when the reward for mining Bitcoin transactions is reduced by 50%. This means that the number of new Bitcoins created and entering circulation is also cut in half.
Bitcoin mining
Bitcoin mining is the process of using computers to validate transactions and add them to the blockchain, a distributed ledger that records all Bitcoin activity. Miners compete to solve complex mathematical problems and the first one to find a valid solution gets the block reward, which is currently 6.25 Bitcoins per block.
Bitcoin halving
The Bitcoin halving is coded into the Bitcoin protocol by its perceived creator, Satoshi Nakamoto, as a way to control the total supply of Bitcoin and make it scarcer and more valuable.
There can only be 21 million Bitcoins in existence, and the halving ensures that the last Bitcoin will be mined around the year 2140.
The Bitcoin halving has implications for the Bitcoin network and the price of Bitcoin. On one hand, the halving reduces the inflation rate of Bitcoin and increases its scarcity, which could lead to higher demand and upward pressure on the price.
A brief explanation of Bitcoin halving
On the other hand, the halving also reduces the profitability of mining and could cause some miners to exit the network, which could affect the security and stability of the network.
Important
The Bitcoin halving is an important event for the Bitcoin community and the cryptocurrency industry, as it reflects the unique and innovative nature of Bitcoin as a digital and decentralized form of money.
Norway has a long history of carbon management. For nearly 30 years, it has captured and reinjected carbon from gas production into seabed formations on the Norwegian continental shelf.
Norway’s government wants to show the world it is possible to safely inject and store carbon waste under the seabed, saying the North Sea could soon become a ‘central storage camp’ for polluting industries across Europe.
Norway’s carbon management projects (Sleipner and Snøhvit) have been in operation since 1996 and 2008, respectively, and are often held up as proof of the technology’s viability. These facilities separate carbon from their respective produced gas, then compress and pipe the carbon and reinject it underground.
Carbon capture storage – nothing new
Offshore carbon capture and storage (CCS) refers to a range of technologies that seek to capture carbon from high-emitting activities, transport it to a storage site and ‘lock’ it away indefinitely under the seabed.
Norway is currently a leading pioneer in carbon capture and storage (CCS), a technology that aims to reduce greenhouse gas emissions by trapping carbon dioxide from industrial sources and injecting it into underground reservoirs. Norway has been operating CCS projects in the North Sea since 1996, using depleted oil and gas fields as storage sites.
Norway’s ambitious plan to expand CCS is called Project Longship, which involves building a full-scale CCS value system that can serve as a model for other countries and industries. The project consists of two parts: a capture facility in Brevik that will process emissions from a cement factory, and a transport and storage system that will ship the captured CO2 by ship to an offshore terminal and inject it into a permanent storage location in the North Sea.
Project Longship is expected to be completed by 2024, with a reported capacity to store 1.5 million tonnes of CO2 per year. The project has a total cost of 1.7 billion euros, of which the Norwegian government will cover 80%. The project is also supported by the European Union, which sees CCS as a key climate solution.
Norway’s current Energy minister (2004) reportedly said that the project will prove to the world that CCS is possible and necessary to meet the Paris Agreement goals. He also said that the North Sea could become a ‘central storage camp’ for CO2 from other countries and industries, as it has the potential to store up to 1.25 billion tonnes of CO2. That’s a real concern to me.
Long-term safety concerns
However, not everyone is convinced by Norway’s CCS vision. Some critics have raised concerns about the long-term safety and environmental impacts of storing CO2 under the seabed, as well as the ethical and moral implications of using the North Sea as a dumping site for carbon waste.
Norway’s CCS project is a controversial and complex undertaking that will test the feasibility and acceptability of this technology.
Whether it will succeed or fail remains to be seen, but it will certainly have a significant impact on the future of climate action.
Is it safe or wise to pump waste into and hide it under the sea? Humankind doesn’t have a very good track record when it comes to clearing up after itself, does it? Go look at the rubbish in space!
Is it safe or wise to pump waste into and hide it under the sea? Humankind doesn’t have a very good track record when it comes to clearing up after itself, does it? Go look at the rubbish in space!
Water scarcity is a pressing global issue and has far-reaching consequences across various industries. One sector significantly affected is semiconductor manufacturing.
How does water scarcity pose a threat to the production of essential microchips.
Water in Semiconductor Manufacturing
Ultra-pure water is a critical resource in semiconductor fabrication plants (fabs). It is used for cleaning, cooling, and various processing steps during chip production.
Microchips power our devices—computers, smartphones, sensors, and LEDs—all of which rely on water-intensive manufacturing processes.
Global Water Scarcity
Freshwater availability is unevenly distributed worldwide. While oceans contain 97% of water (mostly saline), accessible freshwater constitutes only a small fraction.
Approximately four billion people experience severe water scarcity for at least one month annually, and half a billion face it year-round.
Taiwan’s Drought and Chip Production
Taiwan, a semiconductor manufacturing hub, faces a severe drought. Over 20% of global microchips are produced there.
Water shortages threaten supply chains, potentially impacting chip production.
Cost and Sustainability
Creating fully self-sufficient local supply chains would cost $1 trillion. Such self-reliance could increase semiconductor costs by up to 65%.
Urgent action is needed to ensure sustainable water management in fabs, as chips control everything from cars to appliances.
In conclusion, water scarcity poses a real danger to semiconductor production. Addressing this challenge requires strategic planning, conservation efforts, and global cooperation.
AI a problem or a solution?
Will the problem of water scarcity exacerbate the uneven distribution of water around the world as the rich have easier access to the precious resource.
Will the explosion of AI tech push the imbalance – water is a basic necessity to maintain human life. Will AI have a hand in controlling the distribution of water – even for its own needs?
In recent days, Google’s artificial intelligence (AI) tool, Gemini, has faced intense criticism online. As the tech giant’s answer to the OpenAI/Microsoft chatbot ChatGPT, Gemini can respond to text queries and even generate images based on prompts. However, its journey has been far from smooth.
The AI answer is wrong
The issues began when Gemini’s image generator inaccurately portrayed historical figures. For instance, it depicted the U.S. Founding Fathers with a black man, and German World War II soldiers included both a black man and an Asian woman.
AI answer from Google’s Gemini Chatbot
Google swiftly apologized and paused the tool, acknowledging that it had “missed the mark.”
It gets worse
But the controversy didn’t end there. Gemini’s text responses veered into over-political correctness. When asked whether Elon Musk posting memes was worse than Hitler’s atrocities, it replied that there was “no right or wrong answer.” In another instance, it refused to misgender high-profile trans woman Caitlin Jenner, even if it meant preventing nuclear apocalypse. Elon Musk himself found these responses “extremely alarming.”
Nuance
The root cause lies in the vast amounts of data AI tools are trained on. Publicly available internet data contains biases, leading to embarrassing mistakes. Google attempted to counter this by instructing Gemini not to make assumptions, but it backfired. Human history and culture are nuanced, and machines struggle to grasp these complexities.
Political bias
Google now faces the challenge of striking a balance: addressing bias without becoming absurdly politically correct. As Gemini evolves, finding this equilibrium will be crucial for its survival.
After all, it’s not just about AI, is it? It’s about navigating the delicate intersection of technology, culture, and ethics.
Definition of nuance – I asked ChatGPT for its definition…
Nuance refers to the subtle, intricate, or delicate aspects of something. It encompasses the fine distinctions, shades of meaning, and context-specific interpretations that add depth and complexity to a situation, conversation, or piece of art. In essence, nuance recognizes that not everything can be neatly categorized or expressed in black-and-white terms; rather, it acknowledges the richness and variability of human experiences and ideas. Whether in literature, politics, or everyday interactions, appreciating nuance allows us to navigate the complexities of life with greater understanding and empathy.
The Magnificent Seven, or MAMA ANT, is a term coined by Bank of America to describe the seven most dominant tech companies in the world
The Seven are: Microsoft, Amazon, Meta Platforms, Apple, Nvidia, Tesla, and Alphabet. These companies have not only led the tech sector in terms of innovation, growth, and profitability, but have also become some of the most valuable entities in the world by market capitalization.
Valuation at $15 trillion
Market capitalization, or market cap, is the total value of all the shares of a company that are traded on the stock market. It reflects the market’s perception of the company’s future prospects and earnings potential.
As of January 2023, the Magnificent Seven had a combined market cap of about $15 trillion, which was more than the gross domestic product (GDP) of almost every country in the world, except for the United States, China and Japan (just).
Magnificent Seven
The Magnificent Seven have achieved such a remarkable feat by leveraging their core competencies in various fields of technology, such as artificial intelligence (AI), cloud computing, social media, e-commerce, gaming, electric vehicles, and online advertising. They have also diversified their revenue streams by acquiring or developing new products and services, such as Activision Blizzard, AWS, Oculus, iPhone, GeForce, SpaceX, and YouTube. They have also benefited from the increased demand for digital solutions amid the Covid-19 pandemic, which accelerated the adoption of online platforms, remote work, and entertainment.
Challenges
However, the Magnificent Seven also face some challenges and risks that could threaten their dominance and valuation. These include increasing competition from other tech companies, especially from China, such as Alibaba, Tencent, Baidu, and Huawei.
They also face regulatory scrutiny and pressure from governments and consumers over issues such as antitrust, privacy, taxation, content moderation, and environmental impact. Furthermore, they may encounter technical difficulties, security breaches, or ethical dilemmas that could damage their reputation and customer trust.
Conclusion
In conclusion, the Magnificent Seven are the most powerful and influential tech companies in the world, and their market cap surpasses that of almost every country in the world.
List of 10 countries by stock market capitalization
List of 10 countries by stock market capitalisation
The meteoric rise in the profits and market capitalisations of the Magnificent 7 U.S. tech giants: Apple, Amazon, Alphabet, Meta, Microsoft, Nvidia and Tesla – outstrip those of all listed companies in almost every G20 country. Of the non-U.S. G20 countries, only China and Japan (and the latter, only just) have greater profits when their listed companies are combined.
They have achieved this by exploiting their competitive advantages in various domains of technology and expanding their offerings and markets. However, they also need to overcome some challenges and risks that could hamper their growth and value in the future.
A forced size reduction to stop the monopolising of market share could help tame these beasts too and open up fairer competition.
Should we worry?
Basically, yes, we should be concerned about the size and dominance of these companies.
This level of wealth and power concentrated in just a handful of companies has led some analysts to voice concerns over related risks in the U.S. and global stock markets.
Economists and stock market analysts have cautioned that the U.S. stock market is rivalling 2000 and 1929 in terms of being at its most concentrated in history.
Most of the world’s largest tech companies, including Microsoft, Amazon and Google have agreed to tackle what they are calling deceptive artificial intelligence (AI) in elections
The tech accord
The twenty companies have signed an accord committing them to fighting voter-deceiving content. They say they will deploy technology to detect and counter the material.
The Tech Accord to Combat Deceptive Use of AI in 2024 Elections was announced at the Munich Security Conference on Friday 16th February 2024.
The issue has come into sharp focus because it is estimated up to four billion people will be voting this year in countries such as the U.S., UK and India.
Technology to mitigate risk
Among the accord’s pledges are commitments to develop technology to mitigate risks related to deceptive election content generated by AI, and to provide transparency to the public about the action firms have taken.
Other steps include sharing best practice with one another and educating the public about how to spot when they might be seeing manipulated content.
Signatories include social media platforms X, Snap, Adobe and Meta, the owner of Facebook, Instagram and WhatsApp.
Proactive
However, the accord has some shortcomings, according to computer scientist Dr Deepak Padmanabhan, from Queen’s University Belfast, who has co-authored a report on elections and AI.
But he reportedly said they needed to take more proactive action instead of waiting for content to be posted before then seeking to take it down.
That could mean that realistic AI content, that may be more harmful, may stay on a platform for longer compared to obvious fakes which are easier to detect and remove, he suggested.
Target
The accord’s signatories say they will target content which deceptively fakes or alters the appearance, voice, or actions of key figures in elections.
It will also seek to deal with audio, images or videos which provide false information to voters about when, where, and how they can vote.
We have a responsibility to help ensure these tools don’t become weaponised in elections, Brad Smith, the president of Microsoft is reported to have said.
These measures, in my opinion, are a sticking plaster and will not stop the spread of dishonest and fake news!
The use of nuclear reactors for data centres is a controversial and complex topic that has both advantages and disadvantages
Nuclear reactors can provide a reliable, stable, and carbon-free source of electricity for power-hungry data centres, which are essential for the operation of various applications, such as artificial intelligence (AI).
Grid overload
Nuclear reactors can also reduce the dependence on the existing grid, which may be vulnerable to blackouts, fluctuations, or cyberattacks. On the other hand, nuclear reactors require a high initial investment, as well as strict safety and regulatory standards. Nuclear reactors also pose potential risks of radiation, waste disposal, and proliferation. Moreover, nuclear reactors may not be suitable for all locations, as they may face public opposition, environmental concerns, or geopolitical issues.
Small Modular Reactor (SMR)
One of the possible solutions to these challenges is to use small modular reactors (SMRs), which are advanced reactors with about a third of the power generation of a traditional, large nuclear plant. SMRs are designed to be more flexible, scalable, and cost-effective than conventional reactors, as they can be built off-site and transported to the desired location. SMRs can also be integrated with renewable energy sources, such as solar or wind, to create a hybrid system that can balance the power demand and supply.
However, the technology of SMRs is still in its early stages of development and deployment, and there are currently no data centres in the world that use built-in nuclear reactors. Therefore, it remains to be seen whether nuclear reactors will become a common or viable option for future data centres. The decision to use nuclear reactors for data centres should be based on a careful evaluation of the benefits and risks, as well as the alternatives and trade-offs, of each specific case.
It has been calculated that a ‘norma’ data centre (whatever that is), needs 32 megawatts of power flowing into the building. For an AI data centre, it’s closer to 80 megawatts.
AI systems are using all this extra electricity simply because they are doing so much more processing than standard computing. They are chewing through far more data.
As AI continues to develop, so too will the power requirement needed to run these monsters.
Gold demand hit record highs in 2023 on the back of persistent geopolitical tensions and continued weakness in some world economies, particularly China according to the World Gold Council.
Total gold demand stood at 4,899 tons in 2023 compared to 4,741 tons in 2022. Gold purchases from central banks led to last year’s surge, with purchases exceeding 1,000 tons for two consecutive years.
Prices reached an all-time high of around $2,135 an ounce in December 2023 as central banks and retail buyers increased their gold investments.
Carats at Costco
Buyers have many outlets from which to make their gold purchases. Costco recently reported selling over $100 million worth of gold bars in the final quarter of December 2023. Weird to think that we can now buy carats with carrots.
Gold bars for sale at Costco
Gold demand in 2024?
According to some analysts’ gold purchases this year are unlikely to meet 2023 levels, but a fall in inflation could prevent a drastic drop in demand.
When inflation drops significantly, consumers will start to feel ‘better-off’, and this could mitigate some of the drop in demand.
Gold carat
A Gold carat is a unit used to measure the purity of gold, with a carat representing 1/24th part of the whole.
Pure gold is 24 carats, meaning that it is 100% gold with no other metals added. However, gold used for jewellery and other applications is rarely pure, and its purity is measured in carats to determine its value.
HSBC fined £57.4m by the Bank of England for ‘serious failings’ to protect customer deposits.
The bank failed to accurately identify deposits eligible for the UK’s Financial Services Compensation Scheme, the Bank’s Prudential Regulation Authority (PRA) announced.
HSBC was fined by the Bank of England’s Prudential Regulation Authority (PRA) for failing to properly implement the depositor protection rules, which are meant to safeguard customer deposits in case of a bank collapse.
Serious concerns
The PRA said the failings were ‘serious‘ and ‘materially undermined the firm’s readiness for resolution’. HSBC reportedly said it was pleased to have resolved the ‘historic matter’ and cooperated with the investigation. The ‘failings’ occurred between 2015 and 2022. The fine is the second highest to date imposed by the regulator.
Protected up to £85,000 per person per institution
Under the scheme, customer deposits are protected up to the value of £85,000.
Under depositor protection rules, banks must have systems and controls in place to make sure that financial information is logged correctly. This information is needed if the FSCS has to make payments to customers upon a bank collapse.
However, the PRA said HSBC Bank incorrectly marked 99% of its eligible beneficiary deposits as ‘ineligible’ for FSCS protection.
Unfortunately this episode doesn’t give me much faith in the banking system that is supposed to protect the ‘saver’. At least the PRA discovered the failings.
Elon Musk’s neurotech startup Neuralink implanted its device in a human for the first time on Sunday 28th January 2024, and the patient is ‘recovering well,‘ the entrepreneur said in a post on X, on Monday 29th January 2024.
The company is developing a brain implant that aims to help patients with severe paralysis control external technologies using only neural signals.
Neuralink began recruiting patients for its first in-human clinical trial in the autumn after it received approval from the U.S. Food and Drug Administration to conduct the study back in May 2023, according to a blog post.
Musk, in an X post on Monday 29th January 2024 said that Neuralink’s first product is called Telepathy.
If the technology functions well, patients with severe degenerative diseases such as motor neurone disease could someday use the implant to communicate or access social media by moving cursors and typing with their minds.
Norway’s giant sovereign wealth fund reported record profit of 2.22 trillion kroner ($213 billion) in 2023, supported by returns on its investments in technology stocks.
Despite high inflation and geopolitical unrest, the equity market in 2023 was strong, compared to a very weak year in 2022. It follows a record loss of 1.64 trillion Norwegian kroner for the whole of 2022, which the fund attributed to ‘very unusual’ market conditions at the time.
The ‘Government Pension Fund Global’, one of the world’s largest investors, reportedly said the fund marked its highest return in kroner ever, with the fund’s return on investment last year coming in at 16% for the year.
Norway’s sovereign wealth fund, the world’s largest, was established in the 1990s to invest the surplus revenues of the country’s oil and gas sector. To date, the fund has put money in more than 8,500 companies in 70 countries around the world.
Quiet luxury is a fashion trend that emphasizes understated elegance, timeless style, and high-quality materials.
It is the opposite of flashy logos, loud colors, and fast fashion. Quiet luxury is about investing in pieces that are durable, versatile, and refined.
Some examples of quiet luxury brands are Hermes, Prada-owned Miu Miu, Brunello Cucinelli, Compagnie Financière Richemont and Swatch Group, The Row, Totême, Tove and LVMH. Quiet luxury is also influenced by social changes, popular culture, and economic factors. It reflects a desire for simplicity, sophistication, and sustainability in a seemingly never-ending chaotic world.
Quiet luxury was one of last year’s biggest viral fashion trends, but unlike other short-lived fads on TikTok or Instagram, this one has made its way into investor portfolios and shown lucrative returns.
Luxury stocks have long been regarded by some as an effective hedge against inflation.
LVMH success – one way to invest in luxury
LVMH shares jumped more than 8% on Friday 26th January 2024, after the world’s largest luxury group posted higher-than-expected sales for 2023 and raised its annual dividend.
The owner of Louis Vuitton, Moët & Chandon and Hennessy, as well as brands including Givenchy, Bulgari and Sephora, on Thursday night 25th January 2024 reported sales amounting to 86.15 billion euros ($93.34 billion) for 2023, forecasts. This equated to a 13% growth from the previous year.
The result was boosted in particular by 14% annual growth in the critical fashion and leather goods sector, along with 11% growth in perfumes and cosmetics. Wines and spirits meanwhile posted a 4% decline.
Bernard Arnault is one of the top 10 wealthiest people in the world.
Is there room in your portfolio for a luxury brand?
A time travel party organised by Stephen Hawking in 2009.
This was an experiment that Hawking conducted to test the possibility of backward time travel. He invited people from the future to attend a reception at his university, but he did not send out the invitations until after the party. He hoped that someone from the future would find the invitation and use a wormhole time machine to come back and prove that time travel is possible.
However, no one showed up at his party. He said that he liked simple experiments and champagne. He also said that he had experimental evidence that time travel is not possible. He explained that warping space and time could trigger a bolt of radiation that would destroy the spaceship and maybe the space-time itself.
Is time travel to the future possible?
Based on the current scientific understanding, time travel to the past seems to be very unlikely, if not impossible. There are many paradoxes and inconsistencies that arise from the idea of changing the past.
Stephen Hawking organised a time travel party in 2009
Time travel to the future, however, may be possible, but only in a limited sense. According to the theory of relativity, time passes at different rates depending on the speed and gravity of the observer. This means that someone who travels very fast or near a massive object could experience less time than someone who stays still or far away from the mass.
Time dilation
This is called time dilation, and it has been experimentally confirmed. However, this does not allow the traveller to return to their original time, as they would have aged less than the rest of the world.
So, in summary, time travel is unlikely, but it is acknowledged that there are some intriguing possibilities and mysteries that remain to be explored.
Leaders at some of the world’s leading artificial intelligence (AI) companies are expecting a form of AI on a par with, or even exceeding human intelligence to arrive sometime in the near future. But what it will eventually look like and how it will be applied are unknown.
Artificial General Intelligence or AGI is coming soon
Leaders from OpenAI, Microsoft and Google’s DeepMind, and many other major tech companies debated the risks and opportunities presented by AI at the World Economic Forum in Davos, Switzerland in January 2024.
AI has become the talk of ‘town’ around the world through 2023, mainly due to the success of ChatGPT, OpenAI’s popular generative AI chatbot, brought to us by Microsoft. Generative AI tools, like ChatGPT, are powered large language models, algorithms trained on vast quantities of data, but are not AGI.
Executives at some of the world’s leading artificial intelligence companies see ‘artificial general intelligence,’ or AGI, a hypothesized form of AI with intelligence on a par or better than humans. This prospect is both exciting and worrying.
Concern
AI and AGI have created concern among governments, corporations and public consultation groups worldwide, owing to the risks around the lack of transparency of AI systems; social manipulation through computer algorithms; job losses due to increased automation; surveillance; and data privacy and worse… the lack of human control!
Extinction event possible
Many industry leaders in technology have warned that AI could lead to an ‘extinction-level’ event where machines become so powerful they get out of control and wipe out humanity.
A new powerful AI is coming but the techies have no clue as to what it will look like
Several prominent technology leaders, including Elon Musk and Steve Wozniak for example, have called for a pause in AI development, stating that a moratorium would be beneficial in allowing society to catch up.
Turing test
AI chatbots like ChatGPT have passed the Turing test, a test called the ‘imitation game,’ which was developed by British computer scientist Alan Turing to determine whether someone is communicating with a machine and a human. The one big area where AI is lacking is common sense.
It has been reported on many occasions, that the tech world is taking steps to ensure that the AI race doesn’t lead to a ‘Hiroshima moment.‘
China, which consumes over half of the global coal demand and produces over 4 billion tonnes of coal per year.
India, which consumes about 14% of the global coal demand and produces over 900 million tonnes of coal per year.
The United States, which consumes about 9% of the global coal demand and produces over 600 million tonnes of coal per year.
Japan, which consumes about 3% of the global coal demand but imports most of its coal.
These countries accounted for about 82% of the global coal production in 2021 according to 2021 data set. China alone produced more than half of the world’s coal, followed by India with nearly 10%.
Global coal use in 2023 hits few high
Global coal use in 2023 has hit a record high, surpassing 8.5 billion tons for the first time, on the back of strong demand in countries like India and China, said IEA. These countries are the world’s largest consumers of the dirtiest fossil fuel, and continued modernization puts their energy consumption on a rapid growth trajectory.
China
China and India’s growing economies will continue to fuel demand for coal even as they set ambitious renewable energy targets, according to experts.
While China is the world’s largest energy consumer, India is ranked third globally, and both countries are the top consumers of coal as they strive to fuel economic growth.
Global coal usage in 2023hit a record high, surpassing 8.5 billion tons for the first time, on the back of strong demand in emerging and developing countries such as India and China, IEA noted in a recent report.
China’s electricity sector has been in the throes of a clean revolution over the past few years, with an almost five-fold growth in wind and solar generation since 2015. As a result, the share of coal generation has fallen by 17 percentage points, from 78% in 2000 to 61% in 2022.
China has suffered from drought in recent years, which reduced hydroelectric power generation in its southern provinces. To maintain the necessary power output, the country had to turn to coal.
United States
By contrast, U.S., which is the world’s second largest consumer of coal, has seen a decrease in its usage of the fuel. According to the Institute for Energy Economics and Financial Analysis, the amount of coal that the superpower consumes each day recorded a 62% drop from 2.8 million to 1.1 million tons a day.
75% of India’s power is derived via coal-fired plants. Coal accounts for 61% of China’s power generation, even though the country is recognized as the indisputable leader in renewable energy expansion. It has been adding new projects to the grid almost as fast as the rest of the world combined in 2022 and has ambitions of becoming carbon neutral by 2060.
Annual average capacity additions by country and region, 2016-2023
India’s coal production rose to 893 million tons during the financial year ending March 2023, jumping nearly 15% from a year earlier. China’s raw coal production in 2023 went up by 2.9% compared with the same period in 2022.
There are no signs of a slowdown, with the IEA saying coal consumption in India and Southeast Asia is projected to grow significantly.
Coal won’t go!
But the lack of reliability of renewables means coal has still very much been a critical fallback option for the two countries.
Top five coal producing countries in the world
China: 4,126.0 million tonnes
India: 762.0 million tonnes
Indonesia: 614.0 million tonnes
United States: 523.8 million tonnes
Australia: 467.1 million tonnes
Five of the Greenest energy producers in the world
Sweden
Norway
Denmark
Finland
Switzerland
The greenest were based on these five criteria: carbon emissions, energy transition, green society, clean innovation, and climate policy.
Top countries by renewable energy production
China: 2,271.9 TWh (28.2% of total electricity)
United States: 804.8 TWh (20.5% of total electricity)
Brazil: 491.9 TWh (83.3% of total electricity)
Canada: 433.6 TWh (66.9% of total electricity)
India: 303.5 TWh (24.5% of total electricity)
Note: three of the world’s worst offenders of fossil fuel use are also in the top five for energy production by renewables – China, U.S. and India.
The world’s five richest men have increased their combined fortune from $405 billion in March 2020 to $869 billion in November 2023, according to a report from Oxfam.
Wealth increased at a rate of $14 million per hour for 5 people
A report by the charity highlighted the wealth of Tesla CEO Elon Musk, LVMH boss Bernard Arnault and family, Amazon founder Jeff Bezos, Oracle founder Larry Ellison, and investor Warren Buffett.
Oxfam is calling for restrictions on ‘corporate power’ to reduce the massive inequality between the super-rich and the rest of society. Two of the suggestions to correct the inequality is through capping CEO pay and introducing taxes on permanent wealth and excess profits.
This report was released to coincide with the Davos meeting as the rich and wealthy business leaders and bankers gather.
Oxfam says
Fortunes of five richest men have shot up by 114% since 2020.
Oxfam predicts the world could have its first-ever trillionaire in just a decade while it would take more than two centuries to end poverty.
A billionaire is running or the principal shareholder of 7 out of 10 of the world’s biggest corporations.
148 top corporations made $1.8 trillion in profits, 52% up on 3-year average, and dished out huge payouts to rich shareholders while hundreds of millions faced cuts in real-term pay.
Oxfam urges a new era of public action, including public services, corporate regulation, breaking up monopolies and enacting permanent wealth and excess profit taxes.
