About this report
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'At the tipping point' market report provides an insight into the current state of digital pathology and the impact of COVID-19 in this industry. Hamamatsu commissioned Sage Growth Partners to conduct an in-depth quantitative and qualitative survey to discover elements that influence and hinder adoption and to compile this report. Sage interviewed Key opinion leaders and surveyed over 50 respondents from pathologists, medical directors, to hospital administrators for this report.
Granville Laptops & Desktops Driver download. Datel input devices driver download for windows. What's inside:
- Findings from the quantitative survey
- In-depth interviews with key opinion leaders
- Key factors that influence digital pathology adoption
- The value of whole slide scanning for clinical diagnosis
- Impact of COVID-19 for Digital pathology
*In this report, SGP interviewed 5 KOLs and surveyed a total of 71 respondents. Among the respondents were pathologists, medical directors, lab directors, and hospital executives.
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High energy physics (also known as particle physics) is a branch of physics that studies the nature of the elementary constituents of matter and radiation, and the interactions between them.
The name “high energy physics” originates from the natural conditions in which elementary particles are created; indeed they can be created and detected during energetic collisions of other particles, as performed in particle accelerators.
Since the 1970s, particle physicists have described the fundamental structure of matter using an elegant series of equations called the ‘Standard Model’. The model describes how everything that they observe in the universe is made from a few basic blocks called fundamental particles, governed by four forces (strong, weak, electromagnetic and gravitational).
The Standard Model has many species of elementary particles (fermions, vector and scalar bosons), which can combine to form composite particles, accounting for the hundreds of other species of particles discovered.
Over the years, it has explained many experimental results and precisely predicted a range of phenomena, such that today it is considered a well-tested physics theory. But the model only describes 4% of the known universe and questions remain, such as ‘why is the Higgs mass so light?’, ‘what is dark matter made of?’, ‘are all the forces unified into one force at high energy?’, ‘what happened to the antimatter in the early universe?’.
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Today, the high energy physics community is trying to answer to these questions guided by intertwined science drivers: