GLOBAL COSMIC RAY SENSOR MARKET

 

KEY FINDINGS

1. In 2021, The Global Cosmic Ray Sensor Market reported sales volumes of XX units and generated revenue of $XX Million while the market is estimated with a CAGR of XX percent and will reach a sales volume of XX units by 2027.
2. The average price of Cosmic ray sensors in the global market by sensor applications is, Hydrology segment at $XX and the Agriculture segment at $XX as of 2022, thus the sale of sensors for Agriculture is getting much closer to the sales volume of sensors in the Hydrology segment.
3. As of 2022, the total overall number of sensors installed globally is around XX units, out of which XX% was made by Hydro-Innova, as they made most of the COSMOS network, along with Fanapp & Styx which hold XX% and XX% respectively.
4. In 2022, the major players in the cosmic ray sensor market were Hydro-Innova, Fanapp, Styx, and Radec Tech with market shares of XX%, XX%, XX%, XX% respectively.
5. Radiation Detection Technologies is heavily investing in making Li-Foil-based cosmic ray sensors as it is 52% cheaper than the traditional sensors equipped with BF-3 neutron tubes, that are currently in use.
6. Cosmic Water Leaks, is a startup that has found newer applications for cosmic ray sensors, by using them for the detection of water leaks in pipelines.
7. At present, overall XX Sensors are installed in Europe, out of which, the network of COSMOS-Europe and COSMOS-UK, combined together equips XX sensors, which account for around XX% of the total cosmic ray sensors present in the region.
8. Globally, there are around XX sensors in the hydrology segment, which accounts for around XX% of the total sensors, as of 2022, this includes all the major soil moisture monitoring networks such as the COSMOS-Europe, COSMOS-UK, COSMOS-US, COSMO Oz, and the much smaller ones such as the South Korean University’s (SKKU) network.
9. The <250m segment by range, consists of the smaller individual sensor networks that are used for agricultural purposes such as the ones used in Agricultural-Pastoral Ecotone in Northwestern China (APENC).
10. The European soil moisture monitoring network, the COSMOS-Europe provides in situ measurements over an area with a radius of 130 to 240m, and the Indian Cosmic Ray Network (ICON) over a radius of 150 to 250m. 

 

INTRODUCTION

The cosmic radiation neutron operational and environmental and counts particles with in soil as well as in the air close above it. This knowledge is used by researchers to estimate the hydration content in the soil. Comparatively very high types of radiation (mostly protons) from beyond the solar system create neutrons.

 

 

These interact with molecules inside the Earth’s stratosphere, mostly nitrogen and oxygen. Those atoms disintegrate into elementary particles like neutrons and protons, that shower down through the environment and clash with other atoms.

 

 

GLOBAL COSMIC RAY SENSOR MARKET DEVELOPMENTS AND INNOVATIONS

S No	Overview of Development	Development Detailing	Region of Development	Possible Future Outcomes
1	First-Ever Cosmic Ray Sensor Successfully Observes Tsunami Waves	Muons travelling through the Tokyo Bay tunnel are measured using sensitive detectors set throughout the tunnel’s length.	Global	This would enhance better Technological Controls
2	Cosmic rays throw up surprises, again	The AMS cosmic-ray detector on the International Space Station has obtained evidence that challenges the traditional hypothesis of cosmic-ray origin and propagation once again.	Global	This would enhance better Technological Controls
3	New detector finds gamma rays from surprising cosmic sources	The largest instrument of its kind, the Large High Altitude Air Shower Observatory, has discovered a dozen sources of super high-energy gamma rays.	Global	This would enhance better Technological Controls
4	Extremely powerful cosmic rays are raining down on us	When cosmic ray particles strike with atoms in the upper atmosphere, they explode, breaking atoms apart in a violent collision.	Global	This would enhance better Technological Controls
5	Detector measures cosmic radiation on the Zugspitze	At the European Organization for Nuclear Research, Timepix3 was created to detect elementary particles.	Global	This would enhance better Technological Controls

 

MARKET SEGMENTATION

 

By Geography

• • Europe
  • US
  • China
  • Asia Ex China
  • ROW

 

By Application

• • Hydrology
  • Agriculture

 

By Range

• • <250m
  • 250-500m
  • >500m

 

COMPETITIVE LANDSCAPE

Those components are capable with a diamond basis, which is a solid form of carbon with nitrogen-vacancy centers. MIT researchers used semiconductors manufacturing technology to shrink the nitrogen-vacancy (NV)-based quantum instruments, which would include optical filters, photodiodes, and a microwaves generation, first from scale of a table to the millimetre-scale, enabling for feasible incorporation within electronics. The domain of communications is undergoing significant study in this subject.

 

Decision Sciences is a prominent developer of the latest integrated technologies focusing on better smarter sensing and computing integration for the future. That can see right through everything and examine a truck in under a moment.

 

It monitors muons, which are cosmic particles that regularly attack the Earth. Muons penetrates everywhere, but heavier elements like uranium or plutonium scatter them more.

 

The detectors also detects electromagnetic energy, which is something the computer integrates with muon information to generate a three-dimensional image of suspected muon-scattering items, notifying customs personnel to where they should search.

 

CERN providescore technical breakthroughs that allow diagnostic and analysis of computing requirements wherein the technology that estimates the number of radioactivity astronauts and their equipment are subjected thereto.

 

Timepix3 was most recently utilised on the Zugspitze. Its job is to identify additional cosmic radiation and radon decomposition products at the same time. This radiological noble gas usually found in rocks spontaneously and ultimately rises to the surface.

 

In a cabin at such an altitude of 2650 metres, the little electronic sensors, which occupies just two square centimeters, is placed with an equipment box as well as a touchscreen.

 

COMPANIES PROFILED

• MuonPi
• QLM Inc.
• Novel Inc
• Hydroinnova Inc.
• Lingacom
• Cosmic Water Leaks
• Quark Net
• Cream Cosmic Sensor Inc.
• Ice Cube Neutrino Observatory