GITNUX MARKETDATA REPORT 2024

Research And Statistics: Market Report & Data

Highlights: Research And Statistics

  • The National Institutes of Health (NIH) invested nearly $39.2 billion in medical research for the American people in fiscal year 2020.
  • The Association of American Medical Colleges reports that U.S. medical schools and teaching hospitals conduct around 45% of NIH funded extramural research.
  • Google spent $26.5 billion on research and development in 2020.
  • In 2020, Amazon spent $42.7 billion on research and development.
  • Johnson & Johnson invested approximately $12.15 billion in research and development in 2020.
  • Microsoft Corporation spent around $19.3 billion on research and development in its 2021 fiscal year.
  • 3M spent about $1.9 billion on research and development in 2020.
  • As of 2019, 60.6% of U.S. businesses are spending more on research and development than they did 3 years ago.
  • In 2019, the combined research and development spending of the world's top 2,500 companies equalled $852 billion.
  • The pharmaceutical industry spent an estimated $186 billion on research and development in 2020.
  • The U.K. government aims to increase research and development spending to 2.4% of GDP by 2027.
  • Facebook's research and development expenses reached approximately $18.45 billion in 2020.
  • South Korea is the global leader in terms of research and development intensity, with R&D expenditure accounting for 4.81% of its GDP in 2020.
  • In 2018, China’s spending on research and development exceeded $463 billion, accounting for roughly 2.18% of its GDP.
  • Nearly 9 in 10 Canadian businesses (88%) engage in some type of innovation activity, including research and development.
  • 60% of large companies enhanced their spending on digital research and development during the COVID-19 pandemic.
  • In 2018, over 200,000 international students were involved in academic research in the U.S.
  • 53% of businesses in the manufacturing sector reported undertaking some research and development activity in Australia, 2019-20.

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In today’s data-driven world, the relevance of Research and Statistics cannot be understated. This fascinating field provides the backbone for evidence-based decision making across a wide range of disciplines– from healthcare to business strategy, from economic policy to social sciences, and much more. This blog post aims to delve into the integral role that research and statistics play in our modern society, exploring key concepts, methodologies, applications, and even potential pitfalls. It’s designed for everyone–novices embarking on their statistical journey to experts looking to refine their knowledge base. Let’s unravel the intricate world of research and statistics together.

The Latest Research And Statistics Unveiled

The National Institutes of Health (NIH) invested nearly $39.2 billion in medical research for the American people in fiscal year 2020.

Highlighting an impressive investment of nearly $39.2 billion by the National Institutes of Health (NIH) in medical research for fiscal year 2020 underscores the immense importance and necessary role that research and statistics play in advancing medical science and public health. This numerical figure underlines the vast resources dedicated to quantitative and qualitative research in the quest to enhance understanding, find cures, and develop treatments for various illnesses. It also potentially suggests the scale of research outputs, including empirical data and statistical analysis, which form the foundation for informed decisions in healthcare policy and clinical practice. This monumental investment, therefore, illustrates vividly that bench-marking progress and facilitating breakthroughs in healthcare largely hinge on robust research and reliable statistics.

The Association of American Medical Colleges reports that U.S. medical schools and teaching hospitals conduct around 45% of NIH funded extramural research.

Highlighting the significant role that U.S. medical schools and teaching hospitals play in our scientific landscape, it’s fascinating to note that nearly half of all NIH funded extramural research happens within their premises. This single statistic, brought forth by the Association of American Medical Colleges, underscores their integral position in the network of scientific research and innovation. In a blog post about Research and Statistics, this figure would demonstrate the centrality of these institutions in molding the journey of statistical analysis, medical breakthroughs, and knowledge progression, reinforcing their earnest contribution and commitment to advancing human health.

Google spent $26.5 billion on research and development in 2020.

Exploring the gargantuan $26.5 billion invested by Google in research and development in 2020 opens a remarkable facet of the link between comprehensive data assessment and technological expansion. It underpins the idea that to stay at the cutting edge of technological innovation, heavy investment in R&D is critical. This statistic sets a barometer for other tech giants and startups, showing the magnitude of the commitment required for frontier-pushing innovation. Furthermore, it helps the readers to conceptualize just how much money is poured into the creation and perfecting of services that we use daily, highlighting the immense value companies like Google place on statistics and research in their quest for constant evolution.

In 2020, Amazon spent $42.7 billion on research and development.

Drilling down into the numbers, the revelation that Amazon shelled out a whopping $42.7 billion on research and development (R&D) in 2020 spotlights the pervasiveness of R&D strategies in propelling business growth and innovation. This statistic serves as a powerful testament to an empirical culture where strategies are fueled by data, correlations and trends. It underscores the vital role R&D, supported by pertinent statistical data, plays in a company’s growth trajectory, fostering innovation, enhancing market competitiveness, and driving technological advancements. Consequently, it presents an incentive for other businesses to bolster their R&D investments, leveraging the power of research, data analysis, and statistics to navigate the evolving business landscape.

Johnson & Johnson invested approximately $12.15 billion in research and development in 2020.

Serving as the lifeblood of innovation, the stellar sum of approximately $12.15 billion that Johnson & Johnson funneled into research and development in 2020 underscores their belief in the indispensable role of meticulous scientific exploration. It’s a tangible testament to their commitment towards discovery and progress, indicating the value they place on eliminating guesswork and untested assumptions. Any discourse on research and statistics would remain incomplete without highlighting such large-scale endeavors, as they not only promote the development of life-transforming solutions but also reassure stakeholders about the company’s forward-thinking ethos and dedication to scientific rigor.

Microsoft Corporation spent around $19.3 billion on research and development in its 2021 fiscal year.

The enormity of Microsoft Corporation’s expenditure on research and development to the tune of $19.3 billion in the 2021 fiscal year, dramatically underscores the critical role research plays in driving innovation, productivity, and growth in the technology industry. Peeling back the layers of this headline statistic reveals an unwavering commitment to evolution, gearing the giant towards new horizons. Indeed, this sum represents a strategic investment in mastering tomorrow’s technological frontiers today – a testament to the power and importance of research and how significant, industry-leading, high-quality statistics inform, guide, and shape the corporate decision-making process.

3M spent about $1.9 billion on research and development in 2020.

The figure, highlighting that 3M expended approximately $1.9 billion on research and development in 2020, plays a crucial role in underscoring the importance of financial commitment to innovation in our contemporary corporate landscape. It magnifies the extent to which prolific conglomerates rely on constant R&D to fuel advancement, maintain competitive edge, and drive growth. Furthermore, it accentuates the potential scale of capital allocation companies might have to engage in to pioneer industry-leading solutions, encouraging readers to think deeper about the intrinsic link between extensive R&D spending, corporate success, and macroeconomic development.

As of 2019, 60.6% of U.S. businesses are spending more on research and development than they did 3 years ago.

Drilling down to numeric depth, the illustration that 60.6% of U.S. businesses in 2019 are shelling out larger chunks of their budget for research and development compared to three years prior forms the skeletal structure of an ever-evolving business landscape. The dynamic statistic spells out an incontrovertible tilt towards innovation and growth, hallmarked by strategic redirection of resources to fuel research efforts. Evidently, the spotlight on numbers in any research framework intensifies, bringing into vivid scrutiny the role of statistical analysis in discerning trends, forecasting possibilities and comprehending the complex tapestry of market variables. Shedding light on this statistic in a blog about research and statistics unravels the intimate connection between proactive business strategies and quantitative analysis, highlighting the importance of statistics in shaping economic trajectories.

In 2019, the combined research and development spending of the world’s top 2,500 companies equalled $852 billion.

The impressive figure of $852 billion spent on research and development by the top 2,500 companies globally in 2019 reflects the importance of investing in innovation, technological advancements, and problem-solving. It serves as a testament to the intertwined relationship between research, statistics, and corporate success, highlighting how fact-based decision-making can lead to industry advancements, economic growth and competitive edge. This quantifiable evidence provides a snapshot of the significant strides being made in various sectors and underscores the constant pursuit of excellence driving today’s global economy.

The pharmaceutical industry spent an estimated $186 billion on research and development in 2020.

In the rich tapestry of Research and Statistics, a $186 billion investment by the pharmaceutical industry in research and development for 2020 stands out as an illuminating thread. It not only represents the industry’s commitment to exploring and developing new therapies, but also underscores the substantial financial resources allocated to generate medical breakthroughs. In the realm of data analysis, this figure highlights the significance of R&D as a key player in the advancement of healthcare, casting a brighter spotlight on the necessity of up-to-date statistics for stakeholders’ informed decisions. It’s a riveting testament to the pharmaceutical industry’s continual pursuit of scientific innovation, adequate patient care, and overall health improvement.

The U.K. government aims to increase research and development spending to 2.4% of GDP by 2027.

Examining the UK government’s ambitious goal to escalate research and development expenditure to 2.4% of GDP by 2027 injects a dose of appreciable gravity into the discussion about Research and Statistics. This forward-moving trajectory profoundly characterizes the broadening recognition of research and innovation as the bedrock of economic progress. More than a mere number, this statistic sets the stage for a transformation where ideas are set in motion, technologies are born, and economies are bolstered. It underlines a commitment to knowledge creation and exploitation that is vital in securing the country’s future position in the global research landscape. In such a context, the pivotal role of accurate, robust statistics, serving as both the compass and yardstick for this burgeoning realm, is underscored.

Facebook’s research and development expenses reached approximately $18.45 billion in 2020.

Illuminating the scale of Facebook’s commitment to innovation, the staggering sum of approximately $18.45 billion expended on research and development in 2020 offers deep insights into the quantifiable value that major corporations assign to creating new technology and securing its future relevance in a rapidly evolving market. This colossal investment, as made evident by this statistic, not only reflects the inherent competitiveness and dynamism within the tech industry but also unveils the crucial role of data-driven decision-making in guiding multinational corporations to allocate substantial resources towards R&D, thereby profoundly impacting emerging tech trends, market evolution and, ultimately, our everyday digital experiences.

South Korea is the global leader in terms of research and development intensity, with R&D expenditure accounting for 4.81% of its GDP in 2020.

In a blog post devoted to Research and Statistics, it’s striking to unravel South Korea’s dominance in R&D intensity, evident from the mammoth proportion (~4.81%) of its GDP in 2020 invested in R&D. This emblematic statistic not only casts a spotlight on South Korea’s immense commitment towards innovative endeavors, but also weaves a revealing narrative about the pivotal role that sound investment in research plays in augmenting a country’s economic sustainability. Moreover, it furnishes crucial groundwork for comparing R&D investment trends globally, offering a benchmark to gauge a nation’s devotion to fostering innovation, thus framing an informed analysis on the intricate ties between research, innovation, and economic growth.

In 2018, China’s spending on research and development exceeded $463 billion, accounting for roughly 2.18% of its GDP.

This intriguing statistic presents a vivid snapshot of China’s substantial investment in research and development in 2018. China’s R&D expenditure, surpassing $463 billion, provides a striking illustration of the nation’s dedication to innovation, scientific advancement, and technological domination; all that cumulatively account for an impressive 2.18% of its gross domestic product. This demonstrates a massive resource allocation in R&D, underpinning its commitment to becoming a global leader in science and technology fields. Therefore, in a blog discussing Research and Statistics, such a striking fact about China’s R&D investment magnifies the significance of research in today’s developmental narratives; further, it adds a macroeconomic perspective to the discussion by linking research spending to national economic performance.

Nearly 9 in 10 Canadian businesses (88%) engage in some type of innovation activity, including research and development.

The dazzle of the statistic, stating that nearly nine out of every ten Canadian businesses delve into innovation activities, including research and development, paints an intriguing portrait of Canada’s corporate landscape. It magnifies the value and importance Canadian firms place on innovation, further emphasizing that it’s not a mere side-activity, but a core strategic element. In a blog post about Research and Statistics, it is a powerful amplifier of the critical role research and innovative endeavors play, highlighting a culture of exploration and leapfrogging advancements in strategic sectors. Thus, a reader attains a profound appreciation for the intersection of statistics and research, understanding how it shapes business paradigms and influences industry trends in a nation predominantly dedicated to innovation.

60% of large companies enhanced their spending on digital research and development during the COVID-19 pandemic.

In a world rapidly adapting to the new normal, the statistic ‘60% of large companies increased their expenditure on digital R&D amidst the COVID-19 crisis’ is a revealing insight. It underscores the profound, sweeping effect the pandemic has had on shifting corporate strategies toward a more digital-centric R&D approach. With COVID-19 reshaping economic and business landscapes, long-held beliefs about R&D spending have been challenged and reconsidered, propelling organizations to fast-track their digital transformation journeys. This number not only charts the trajectory of this shift but also sets the stage for subsequent discussions on how this increased investment impacts product innovation, consumer relationships, competitive positioning, and future industry trends. In essence, it is a powerful indicator of the pandemic-induced evolution in corporate behavior and the growing significance of digital R&D investments.

In 2018, over 200,000 international students were involved in academic research in the U.S.

Highlighting the participation of over 200,000 international students in academic research in the U.S. in 2018 serves as a compelling testament to the global reach and appeal of the U.S. educational system. It adds a multi-faceted element to the blog as it underscores the role of diverse perspectives in enriching research quality and output. Moreover, it spotlights the symbiotic relationship between the U.S. and other countries in fostering intellectual advancement, hinting at the importance of such collaborations for forward-thinking research and development.

53% of businesses in the manufacturing sector reported undertaking some research and development activity in Australia, 2019-20.

In the pulsating world of business development, the statistic stating that 53% of manufacturing businesses in Australia engaged in research and development activities during 2019-2020 forms a crucial beacon. This number offers invaluable insight into the commitment of this industrial sector to innovation, technological advancement, and their determination to stay competitive in an ever-evolving global market. It also underscores the dynamic interplay between in-depth research and practical application, a symbiosis that is fundamental to progressive growth and development within the manufacturing landscape. This data insertion serves as a testament to their resilient strides towards harnessing new methodologies and technologies, catapulting themselves into the future of manufacturing.

Conclusion

Research and Statistics are intrinsically linked, instrumental in providing a foundation for intelligent decision-making processes. Accurate statistical data reveal trends, test theories, and aid in forecasting, enabling individuals and businesses alike to develop strategic plans and make informed choices. Furthermore, statistics ensure credibility in research findings, making it a pivotal tool in various fields ranging from medicine and economics to social sciences and marketing. It is therefore essential to appreciate the crucial role of statistics in shaping, validating, and enriching our research endeavors.

References

0. – https://www.www150.statcan.gc.ca

1. – https://www.www.aamc.org

2. – https://www.www.nih.gov

3. – https://www.www.statista.com

4. – https://www.www.pwc.com

5. – https://www.www.business.org

6. – https://www.www.bcg.com

7. – https://www.www.nafsa.org

8. – https://www.www.weforum.org

9. – https://www.www.gov.uk

10. – https://www.data.oecd.org

11. – https://www.www.abs.gov.au

FAQs

s (and respective

s) on the subject of "Research And Statistics"

What is the role of statistics in research?

Statistics plays a crucial role in research as it provides tools for designing experiments, predicting outcomes, identifying trends, and making informed decisions. It helps in the collection, analysis, presentation, and interpretation of data, enabling researchers to draw robust conclusions.

What are the two main types of statistics used in research?

The two main types of statistics used in research are descriptive statistics and inferential statistics. Descriptive statistics summarize and organize characteristics of a data set, while inferential statistics allow researchers to make predictions or inferences about a larger population based on a sample of data.

Why is it important to understand statistics in research?

Understanding statistics helps researchers to design effective studies, collect data accurately, analyze and interpret results effectively, and make reliable conclusions. Moreover, it provides a means of ensuring the validity and reliability of research findings.

How are data sampling techniques used in research and statistics?

Data sampling techniques are used to select a representative sample from a larger population. This enables researchers to make inferences about the population based on the sample data. Common sampling methods include random, stratified, and convenience sampling.

How we write our statistic reports:

We have not conducted any studies ourselves. Our article provides a summary of all the statistics and studies available at the time of writing. We are solely presenting a summary, not expressing our own opinion. We have collected all statistics within our internal database. In some cases, we use Artificial Intelligence for formulating the statistics. The articles are updated regularly.

See our Editorial Process.

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