Editor's Pick Archives - Page 10 of 21

Nanoimprint lithography disruption threat towards ASML's EUV lithography monopoly appears to be real--creating uncertainty about relative competitive positions of major players.

Nanoimprint Lithography Disruption–Canon vs. ASML rivalry unfolds

Dutch ASML’s extreme ultraviolet ray lithography machine is a critical building block in the unfolding US-triggered Chip War. It’s perceived that without this ASML machine, China cannot manufacture sub-10nm microchips.…

Despite many benefits, EduTech push digital transformation in eduction runs the risk of suffering from structural flaw of digital disruption in education.

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Digital Transformation in Education–moving towards disruption?

Attempts to adopt digital technologies like personal computers, the internet, digital content, and multimedia projectors in education started in the early 1990s. Their roles were limited to offering assistive services…

10 innovation principles for managing innovations for winning competition and maximising wealth creation by leveraging technology possibilities.

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Innovation Principles — leveraging technology possibilities in a managed way

Due to the growing economic importance and disruptive consequences, experts have suggested that Innovation is too important to leave to innovators. They have been after finding means of managing them…

Due to technology, performance and implication unpredictability, we have been suffering from AI uncertainty.

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AI Uncertainty–from technology to liability

A compilation of recent predictions indicates that artificial intelligence (AI) will likely take away as many as one billion jobs over a decade between 2023-2033. On the other hand, despite…

Megatrends unfold due to profit making competition in reinventing products and processes for offering better means in getting jobs done through leveraging technology possibilities--resulting in unleashing creative destruction waves.

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Megatrends–shaping future through creative destructions

Unfolding megatrends mark the progression of the human race. For recreating the world around us, they transform products, processes, industries, businesses, work, the economy, and society. For example, due to…

S Curve depicts typical growth model of technologies, innovations, startups, and projects

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S Curve–defining and classifying

Our life cycle has a typical S curve-like pattern. It begins the journey in an embryonic form and experiences slow growth in the early stage. After ramping up, the growth…

Technology transformation progresses from incremental innovation to reinvention, leading to destroying products, jobs and firms and recreating them.

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Technology Transformation–driving innovations and posing uncertainty

The first industrial revolution unfolded due to technology transformation. Since then, it has been intensifying in recreating products and how we get our jobs done. Due to this, little Startups…

Ideas, innovations, businesses and startups become scalable due to a flow of complementary ideas in increasing the quality and not escalating the cost proportionately.

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Scalable–how can ideas, innovations, businesses, and startups be scalable?

Often, we ask, is this idea, startup or Innovation scalable? Astronomical successes and failures make us bewildered with unanswered questions. How did mobile phones succeed in rapidly diffusing and reaching…

Technology disruption unfolds as reinvention waves of matured products due to the change of technology core-- unleashing creative destruction force, disrupting demands of products, inputs, jobs, and firms.

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Technology Disruption–transforming products, jobs and business

The rise of electric vehicles (EV) risks disappearing half of automobile-making jobs and destroying oil economies. The EV Reinvention wave has already created demand for cobalt and other rare earth…

STEM programs must focus on empowering graduates to win global race of innovation through technological ideas for driving economic prosperity and creating high-income jobs

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STEM Programs–not good enough for prosperity!

STEM Programs refer to undergraduate and graduate degree programs in science, technology, engineering, and mathematics (STEM). Primarily, it focuses on engineering and physical science education. Furthermore, literacy in STEM fields…

Creative Waves of Destruction demand synchronised, timely responses from multiple actors in forming and connecting wavelets of reinvention efforts

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Creative Waves of Destruction–STEM fuels, but not good enough

In pursuit of knowing Why Nations Fail, 15-yearlong research in drawing lessons from 2000-year history concluded that Creative waves of destruction make the difference. The rise of UK-led Europe during…

Leveraging technology underpins improving quality of living standard, rising startups, creating business success and sustaining economic growth

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Leveraging Technology–from usages to reinvention

At the individual, firm, national, and global levels, we have been facing pressing demand to get jobs done better. Hence, we have been on a relentless journey in leveraging technology…

Editor’s Pick

Nanoimprint Lithography Disruption–Canon vs. ASML rivalry unfolds

Digital Transformation in Education–moving towards disruption?

Innovation Principles — leveraging technology possibilities in a managed way

AI Uncertainty–from technology to liability

Megatrends–shaping future through creative destructions

S Curve–defining and classifying

Technology Transformation–driving innovations and posing uncertainty

Scalable–how can ideas, innovations, businesses, and startups be scalable?

Technology Disruption–transforming products, jobs and business

STEM Programs–not good enough for prosperity!

Creative Waves of Destruction–STEM fuels, but not good enough

Leveraging Technology–from usages to reinvention

Principles

History & Observations

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