SciGaze Group

Introduction: The data from FAO (Food and Agriculture Organization) clearly shows that by 2050 the world's population will increase by 2 billion. The total land area under cultivation would be only 4% by that time. This will eventually add stress to existing farming techniques and research methodology. We not only need to increase the yield but also a severe need to increase the current speed of agriculture research. The increasing effects of global warming add more fuel to this problem. Excessive use of pesticides and insecticides in the past several decades has deteriorated the land quality, which eventually affected the crop quality. Intense crop breeding s required that can survive the adversities in the future.  All this in the end means that we need to revolutionize farming practices around the globe. The possible new "green" revolution will be different from the previous one that happened a few decades back. This time computers and specifically artificial intellige

The latest technology in space: 5G Space Companies are Putting a Lot of Money Into 5G Technology. Global space corporations want to send more data, faster than ever, to your gadgets. Massive numbers of brand-new satellites that can transport the extra bandwidth are being launched by organizations ranging from SpaceX to Amazon or may be launched soon. Additionally, cellular network operators all over the world are modernizing their physical infrastructure to accommodate anticipated growth in demand. New 5G networks are being developed with this cutting-edge technology. It's hailed as a significant improvement over current 4G technology, which enables data-intensive activities like Netflix streaming. Less latency will be felt by the users. The amount of time it takes to transfer a data packet to a network recipient (such as a mobile phone) is called latency. The latency of 4G networks is around 50 milliseconds, while the predicted 10x-improved latency of 5G networks is less than

Giant Impact Hypothesis for Formation of Moon The iron core of the impacting object may have gotten caught by the larger body. Experts' alternate hypotheses include the following: ("Fission theory") The moon separated from the planet. Before the Earth's gravity drew it in, the moon was born somewhere in the solar system ("Capture theory"). The Earth and moon simultaneously "co-formed" from the protoplanetary disc. The Earth and Moon are thought to have formed as a result of a massive collision between an early protoplanet and an astronomical entity known as Theia, according to the analysis of samples recovered from the NASA Apollo missions. The Moon is believed to have been created when a Mars-sized object struck the young Earth, and thorough computer simulations demonstrate how such an impact could create our lunar friend in just one month. The Moon lacks an atmosphere, unlike the Earth, hence it cannot be shielded from incoming objects. A

  The shape  of the universe: The observable universe can be imagined as a sphere that stretches outwards from any observation point for 46.5 billion light-years, moving farther back in time and becoming more redshifted as one looks further away. We'll start with the three most fundamental sorts. The Universe can have one of three shapes: -A flat Universe (Euclidean or zero curvature), -A spherical or closed Universe (positive curvature), or -A hyperbolic or open Universe (negative curvature). The Wilkinson Microwave Anisotropy Probe (WMAP) of NASA measured background fluctuations to see if the universe is open or closed. Scientists stated in 2013 that the universe was flat with a 0.4 per cent margin of error. The observable universe is finite in the sense that it has not existed indefinitely. It stretches 46 billion light years in all directions from us. While our universe is 13.8 billion years old, the observable universe extends further due to the expansion of the un