Highlights the importance of corporate purpose in business strategy. 64% of CEOs say their objective is to create long-term stakeholder value. The slide contrasts this with fewer CEOs focused on societal benefit (22%) or shareholder returns (13%). Stats also show public expectations for business leadership in solving global challenges.

This slide communicates the company's foundational principles and ethical stance, likely intended for building corporate identity and fostering employee alignment with the company's mission.

It highlights the polarization in corporate activism and the role of business leaders versus politicians in progressive change.

The chart reveals opinions about whether purpose statements matter primarily to employees. India, China, and Saudi Arabia show strong agreement. Many Western countries demonstrate higher disagreement, suggesting broader expectations.

Conveys the company's sustainability and financial objectives, suitable for stakeholder briefings or CSR reports.

Communicates the company's core values and purpose, linking their aspirations to tangible actions and societal impact.

This slide critiques “purpose washing,” highlighting skepticism that businesses use progressive language without substantive action. Majority of countries show strong agreement with this concern.

This slide shows data from a survey indicating varying levels of skepticism about scientists' knowledge on environmental issues across different countries, highlighting potential pushbacks.

The slide details the distribution of PwC clients across various industries, highlighting the firm's reach and specialization in different sectors. It underscores PwC's role in driving innovation.

Focuses on PwC’s collaborative efforts across Europe, detailing the sectors and industries involved, and the significance of shared expertise and resources.

The slide outlines PwC's comprehensive service offerings to support clients before, during, and after deals. Services include strategy development, M&A advisory, operational improvements, tax and legal support, and post-acquisition integration.

The slide presents Q1 2023 financial data for Asset Management, showing revenue streams, assets under management (AuM), and net flows. Key highlights include net flows driven by passive investments and the impact of market conditions on revenue and AuM growth.

Summarizes Deutsche Bank's Q1 2025 financial results. Revenues increased to €8.5bn, with growth across all segments, especially Investment Bank (+10%) and Asset Management (+18%). Cost-income ratio improved, RoTE hit 11.9%, and sustainable finance volumes reached €389bn. Key highlights focus on cost control, profitability targets, and momentum in asset and private banking.

This overview presents key Q1 2025 metrics: revenues of €8.5bn (up 10% YoY), reduced noninterest expenses, 11.9% RoTE, and CIR below 65%. Divisional revenues show strong gains in Investment and Asset Management, reinforcing performance aligned with strategic targets.

This slide summarizes Deutsche Bank’s Q1 2025 performance including key financials, divisional revenue shifts, and narrative highlights on profitability, cost management, and net flows.

The slide compares Q1 profitability from the previous year, explaining factors affecting sales, costs, and earnings, like higher freight costs and negative FX development.

The slide details Fresenius Vamed's Q1/23 financial results, emphasizing revenue growth drivers, EBIT impact from legacy projects, and major restructuring initiatives to improve performance.

This slide highlights Fresenius Helios's Q1/23 financial results, focusing on healthy revenue growth, margin stability, energy cost management, and tariff negotiations.

Analyzing Q1 results, the slide breaks down sales and EBITDA pre percentages by sector, supported by LANXESS’s Consumer Protection and Engineering Materials divisions.

Q2 2021 continues the upward trend in fintech investment and M&A activity, contributing to a record-setting first half. The charts track deal value and count quarterly, with Q2 2021 showing strong deal volume and sustained momentum across investment and M&A in the Americas.

Reviews Deutsche Bank's financial performance for Q2 2023, emphasizing revenue growth and cost management within different bank divisions. It provides an in-depth quarterly financial breakdown.

Presents Q2 2024 results for the Investment Bank division, showing a 10% YoY revenue increase, flat financing results, and 101% YoY growth in Origination & Advisory. Highlights include stable client franchise, reduced volatility in FX, and cost control efforts.

Summarizes Q2 2024 performance with revenue, credit loss provisions, expenses, and pre-provision profit. The slide compares figures against Q2 2023 and Q1 2024, highlighting stable adjusted costs and increased noninterest income despite Postbank litigation impact.

This slide details quarterly fintech investment and M&A activity trends, showing that despite a Q2 2021 dip, deal value remained strong. It compares year-over-year and quarter-over-quarter metrics across deal value and count, reflecting sector momentum.

Summarizes Deutsche Bank’s Q3 2024 performance, including revenues, profit, leverage, and RoTE. Breaks down divisional revenues and cost trends, supported by key highlights around litigation, credit losses, and adjusted expenses.

The slide highlights Barclays' financial performance for Q323, reporting a Group RoTE of 11.0% and a profit before tax of £1.9bn. Various financial ratios and metrics are also displayed.

Summarizes Q3'24 banking performance in Saudi Arabia, highlighting metrics such as loans and advances, deposit growth, profitability, and return ratios. Visual charts support data on L&A, deposits, RoE, and interest income.

Highlights Q3 2024 performance, including revenues, credit loss provisions, adjusted costs, and divisional performance. Key points cover credit losses, cost dynamics, and TBV per share growth. Revenue increased 5% YoY.

Analyzing Deutsche Bank's financial performance for Q4 2023, highlighting changes in divisional revenues and key financial metrics such as profit and costs. Aimed at providing a detailed quarterly financial summary to stakeholders.

Shows a 29% YoY increase in group profit before impairment, with detailed breakdowns in cost, income, and impairment changes. Financial ratios like EPS, RoTE, and CET1 are also presented for Q422 vs. Q421.

Displays a financial summary for Q423, including income, costs, profit before tax, and related metrics, with comparisons to previous quarters.

This slide summarizes Q424 income trends and inorganic activity. Income fell 61% YoY, with declines in several segments. The right panel outlines three major M&A activities, detailing their P&L impact, RWA, RoTE impact, and CET1 ratio effects. Completion dates are noted for each transaction.

Summarizes Q4 financial highlights and divisional revenues.

This slide estimates the potential economic impact of QC across four key industries, projecting a nearly $1.3 trillion value at stake, with detailed breakdowns by industry segment.

While the number of QComms players is highest in components, the bulk of funding (53%) goes to application software, driven by major investments like Arqit ($400M). Hardware follows with 36% of funds. The chart shows a misalignment between player count and capital allocation.

This slide outlines the potential value of quantum communications (QComms) by 2040. It compares low, base, and high-value projections and explores adoption assumptions and technological hurdles like cracking CPQC.

This slide breaks down the quantum communications (QComms) ecosystem by value chain, showing that most startup funding flows to application software companies, even though they represent a small portion of the total number of players. Component and hardware manufacturers also attract significant attention.

This slide displays regional growth in QComms start-ups, excluding China. Notably, the US and EU lead with 19 each in 2021, a substantial increase from 2015. Asia shows a moderate rise, while some regions remain stagnant.

The slide provides insights into the investment distribution among QComms start-ups across various segments of the value chain. It highlights that application software start-ups receive the most investment.

This slide analyzes over 213 QC companies by value chain. Component manufacturers dominate in number, while application software sees the second-highest number of firms. However, hardware receives 73% of start-up funding, showing a funding-activity imbalance.

The chart illustrates trends in QC start-up formations, peaking in 2018 with 45 companies—65% focused on software. It indicates investment spikes in hardware, while application software shows rapid growth. Start-ups after 2019 may still be in stealth.

This slide discusses the global slowdown in the creation of QC start-ups over the past four years, with data on the cumulative and annual number of start-ups founded.

This slide discusses the reasons behind the recent slowdown in QC startup formation, including talent shortages, hardware market maturity, limited use cases, and investor preference for late-stage funding. The visual includes cumulative growth and yearly startup counts by segment.

This slide discusses the distribution of QS players across different value-chain segments, emphasizing that a significant portion of investment is directed towards hardware manufacturers.

Visualizes declining investments in all QT segments, with QS experiencing the steepest drop. Also notes that QC saw only a modest decline, and QComm firms with a single focus saw funding increase. Public-sector defense applications are not included.

Most QS players focus on component manufacturing, which also captures over 50% of start-up funding. Hardware and application segments follow distantly. The slide suggests that while QS is gaining attention, it still lags in investment relative to other quantum technology areas.

The number of quantum sensing (QS) start-ups has almost doubled over five years, though the overall volume remains modest. The EU leads with 19 in 2021 (up from 11), followed by the US. The map emphasizes regional differences and emerging interest in QS.

The slide highlights the European Union's leadership in quantum technology education, both in absolute graduates and talent density. The UK, US, and Russia also show strong concentrations relative to population.

Highlights a 27% drop in QT start-up investments from 2022 to 2023. Emphasizes that QC start-ups received most funding while QS and QComm saw sharper declines. Notes 2023's total investment as $1.71B, down from $2.35B in 2022.

This slide illustrates total QT start-up investment from 2001–2023 by country and investor type. The US leads, followed by the UK, Canada, and the EU. Investor types include private, special, corporate, and public funds.

The United States leads QT investments, primarily from private and corporate sources. UK, Canada, and EU follow, with varying levels of public and special investment. The slide highlights a $300M investment post-Cambridge Quantum merger.

This slide highlights geographic trends in quantum technology investment, showing the US as the dominant market, followed by the UK and Canada. It also distinguishes between private, corporate, and public investment roles.

This forecast slide presents conservative and optimistic market estimates for quantum technologies by 2035 and 2040. Quantum computing shows the highest potential growth, followed by communication and sensing technologies.

China leads with 27.4% of quantum technology (QT) patents, closely followed by Japan. The US and EU trail at 19.1% and 16%, respectively. The commentary highlights China's rapid growth, Japan's consistent top-3 presence, and a decline in US/EU filings since ~2005 due to changing IP cultures.

The slide highlights the dominance of Chinese companies in obtaining QT patents across various technology types. It compares the patent shares of different countries and provides key takeaways on global patent trends.

The slide presents data on the publication impact of various countries in the field of quantum technology. It shows that while the EU and China publish the most, US publications have the highest h-index, indicating greater impact.

This slide tracks growth in quantum technology (QT) funding and start-up activity, highlighting over $700M in 2020 and projections for continued growth, particularly in hardware-focused investments.

The slide discusses the persistent QT talent gap despite improvements, suggesting that upskilling graduates in QT-relevant jobs could help bridge this gap. It emphasizes the mismatch between job postings and available qualified graduates.

The slide highlights the European Union as having the highest number and concentration of graduates in quantum technology-relevant fields compared to other countries, emphasizing the region's educational strength in QT.

EU has the most QT graduates in total and per capita (253/million). India has high absolute numbers, while the U.S. leads in talent density. The data suggests the EU is best positioned in terms of depth and breadth of quantum-relevant workforce.

The slide reviews the status of the "quadruple aim"—health outcomes, cost, equity, and experience. It shows that while life expectancy and CSAT have plateaued, disparities remain and per capita costs are rising. It emphasizes areas where progress has been made and where systemic issues still demand attention and reform.

The slide explores the relationship between higher qualifications and employment rates among older workers in the UK. It discusses how better qualifications can lead to higher employment rates and highlights regional differences.

It highlights the top three brand KPCs for users spending over SEK 50k and those spending less than SEK 10k annually, with supporting quotes.

This slide highlights the key quality and growth metrics of the portfolio versus the EM Index, focusing on return on equity, EPS growth, and debt ratios.

The slide focuses on the improvement in the quality of earnings by showing the transformation of the net revenue mix. It highlights the shift towards more stable and recurring revenue sources over time.

This slide presents the percentage of respondents in each country who agree that their current quality of life is good. India tops the list, while Japan and Hungary rank lowest. It visually ranks national satisfaction with current living standards using green-colored bars.

This slide contrasts current quality of life with expectations for the future across countries. Countries like India and Colombia are optimistic, while Japan ranks low on both measures. The four-quadrant chart segments countries into outlook categories, providing insight into national sentiment toward future life improvements.

This slide analyzes the factors that make France attractive or unattractive to foreign employees, emphasizing quality of life and infrastructure as strengths, and taxes as weaknesses.

Compares the quality ratings of underwriting processes across different insurance lines, focusing on aspects like pricing strategy and system accessibility.

Explains PwC's approach to quality, risk, and compliance, emphasizing the procedures and standards to ensure service excellence. It is ideal for viewers interested in corporate governance, risk assessment, and compliance standards within professional services.

It illustrates the impact of quantitative tightening and the reverse repurchase agreement operations on deposit levels, along with customer behavior patterns.

Tracks the increasing use of quantitative tools in marketing to demonstrate both short-term and long-term impacts, showing a positive trend.

The slide discusses how algorithm complexity, execution time, and problem size influence the economic value unlocked through speedup. It contrasts quantum and classical algorithms, highlighting performance differences.

The slide explores the innovative disruptions quantum communications could bring to secure data transfer and cryptographic processes. It's targeted towards a technical audience interested in the advancements of quantum technology over classical methods, emphasizing enhanced security and the potential for a quantum internet.

This slide delves into the benefits and aspirations of quantum communications over traditional methods, focusing on enhanced security and computational power. It serves to inform on the potential applications and breakthroughs that quantum communications might offer in various fields.

Emphasizes the need for unbiased, third-party benchmarking for quantum computing tech stacks using standardized metrics, reproducible methods, and real-world data to support business decisions across the stack from hardware to services.

Exploring the differences between classical and quantum computing, the slide elucidates on storage, computation, performance, and the pros and cons of each. It's tailored to an audience curious about the fundamental changes quantum computing brings compared to traditional computing methods.

The slide discusses the projected development of quantum computing power and its potential applications in various sectors. It outlines the advancements in computing power and the transformative impact quantum computing could have on industries like finance, energy, and security.

This slide illustrates the potential disruptions quantum computing could create in various sectors by detailing specific applications. It serves as a crucial educational tool for understanding the broad implications of quantum computing in fields like drug discovery and finance, highlighting the need for extensive research and development.

This slide discusses the future impact of quantum computing on encryption standards, predicting that quantum computers could become widespread in 5-10 years, necessitating a complete overhaul of current encryption methods to maintain security.

This slide outlines QC's value potential across industries such as finance, pharmaceuticals, energy, and advanced manufacturing. It estimates a $1–2T opportunity by 2035 and highlights sectors for deep-dive research focus.

This slide forecasts the industries most impacted by quantum computing, with chemicals, pharma, automotive, and financial services expecting significant to disruptive effects. The analysis includes impact timing and industry size, emphasizing QC's potential value.

This slide presents key insights about quantum computing: North America dominates in company presence, 90% of investment focuses on hardware, and a majority of players are in systems and algorithm layers. It establishes foundational statistics and context for the industry's structure.

The graph projects quantum computing market growth from 2023 to 2040 under two scenarios. The optimistic case reaches $131B by 2040, while the conservative path ends at $45B, with annual growth rates of 14–17%.

This slide projects quantum computing (QC) market potential under low, base, and high scenarios, broken down by value stream. It explains what must be believed in each case and estimates value in EUR billions up to 2040 for each path.

The slide details the potential of quantum computing in energy optimization, especially in solar energy and storage. The chart projects power capacity under different assumptions, showing a 60% increase with quantum breakthroughs.

The map displays the rise of quantum computing (QC) start-ups globally, with major growth in the US (59 from 15), EU (53 from 9), and Canada. It underscores increased activity and geographic spread, especially in Western countries.

This slide highlights the disparity between the number of quantum computing (QC) job postings and the limited number of qualified graduates. It points out the potential to close the gap through upskilling programs, as a much larger pool of graduates exists in relevant technical fields.

The majority of quantum computing players operate in the software and algorithms domain. Fewer focus on hardware and even fewer on components. The slide helps identify dominant value chain segments within the quantum computing industry.

Identifies six key technical challenges limiting high-performance quantum computing—ranging from noise control to scalability. Focuses on both improving control and expanding qubit capabilities.

Argues that greatest value in quantum control lies in improving low-level components, especially electronics. Emphasizes combined stack improvements for scalable quantum computing.

Shows expansion in academic QT programs. U.S. leads with 75 research universities and 16 master’s programs. EU follows. QT education has grown 8.3% for research and 10% for master’s programs in one year, indicating academic scaling.

Details six key engineering challenges for achieving full-scale fault-tolerant quantum computing and compares the readiness of various qubit technologies across these metrics.

The slide compares the global output of quantum-relevant academic publications. While the EU leads in publication volume, the US leads in impact, as measured by h-index. Key takeaways highlight regional strengths in both volume and quality.

The slide analyzes where quantum computing will create the most economic value across industries, highlighting AI/ML, optimization, and simulation. Finance, global energy, and technology sectors show significant near- and mid-term potential.

Highlighting the financial stakes and developmental progress of quantum technologies, this slide aims to persuade business leaders of the urgency and importance of paying attention to this emerging field. It combines market projections with the current status of the technology to build a case for investment and interest.

European Union leads in quantum-related research publications in 2023, followed by China and the U.S. The top 10 countries now contribute 88% of total publications. The slide highlights public research funding's impact on QT output.

This slide analyzes scientific contributions to quantum publications, with China leading marginally ahead of the US. The EU ranks third. The data reflects institutional authorship and global academic participation.

This slide focuses on quantum sensing (QS), showing that despite over 100 component manufacturers, total investment remains low. More than half of startup funding goes to component-focused firms, followed by applications and hardware.

The slide explores market potential for quantum sensors (QS), estimating EUR billions across scenarios. It discusses use case scaling, hardware footprint, and assumptions for adoption in commercial and scientific fields.