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Keeping India-Nepal Relations Stable in Changing Times Read in Hindi

Keeping India-Nepal Relations Stable in Changing Times

India and Nepal: Redefining a relationship - Frontline

Political complexity, cultural affinities, and shared history have all always been present in India-Nepal relations. India's relationship with Nepal has become more and more important as it manages its foreign policy priorities, especially with regard to China.

Nepal's Political and Economic Unrest

Uncertainty and Restlessness: Nepal is presently going through a time of unhappiness, uncertainty, and restlessness. It seems like a never-ending journey to become a fully fledged democracy supported by reliable political institutions. Many problems have been raised by the hurried passage of a new Constitution that turned Nepal into a secular federal democratic republic. At the time of this transition, Nepal was still a fledgling democracy that had just emerged from a period of instability and lacked strong institutions and competent leaders to address the problems that came with it.

Discussions on Secularism and Monarchy: It has been controversial to choose to renounce its deeply ingrained Hindu traditions in favor of a secular identity. Many question if Nepal should return to its Hindu identity, which it gave up during talks to settle a ten-year insurgency between political parties and the Maoists. To guarantee that democratic principles are upheld and political boundaries are honored, there are also demands for the restoration of the monarchy. A federal system's efficacy is questioned as well because of worries that it could cause division in the nation.

Outside Factors

Changing Coalition Dynamics: There have been notable shifts in Nepal's political environment, especially with the alliances that the Maoist leader Pushpa Kamal Dahal, sometimes known as "Prachanda," leads. The largest party in Parliament, the moderate Nepali Congress (NC), has been supplanted by the second-largest party, headed by K.P. Sharma Oli. Oli was well-known for taking a pro-China and anti-Indian posture during his last term as prime minister. The major left parties' fresh coalition was eagerly welcomed by the Chinese, who had long supported the initiative.

China's expanding Influence: Despite local warnings about potential debt traps akin to Sri Lanka's experience, China's influence is expanding in Nepal, as seen by high-level military visits and agreements on resuming collaboration under the Belt and Road Initiative (BRI). The Foreign Minister of Nepal broke with tradition by traveling to Beijing first to New Delhi, a move that demonstrated the country's evolving foreign policy objectives. China wants to become more powerful than India, which is why it is acting proactively in Nepal.

Security Concerns and the Historical Context

Historical Instability and Cross-Border Threats: In the final years of King Birendra's rule, political unrest and frequent administration changes made it easier for a Maoist insurgency to grow throughout Nepal. During this time, there was also a rise in cross-border terrorism, weapons trafficking, and smuggling against India, all of which were coordinated from Pakistan. Among these threats was the hijacking of flight IC 814 in December of 1999. The 'dual pillar' policy of upholding the king and multi-party democracy helped to keep India-Nepal relations stable in the face of these difficulties, encouraging collaboration between the two countries' intelligence services in order to thwart Pakistani meddling.

Present-day Security Risks: China actively targets India in Nepal, in contrast to earlier times. There are serious security hazards associated with Beijing's classification of China's backing for cross-border terrorist actions against India as "good terrorism". Pakistan seizes the chance to join forces with China in order to further destabilize the area. India has allies in the Indo-Pacific region as well as in the Quad (Australia, India, Japan, and the United States), but relying only on these relationships would not be enough if a new Great Game starts in an unstable Nepal.

India's Approach to Diplomacy

Keeping a Low Profile: India has prudently refrained from meddling in Nepal's domestic matters by keeping a low profile. But there is pressure from some Nepali quarters for India to provide guidance, especially on two controversial matters: whether Nepal should return to its Hindu character or reinstate the monarchy. India needs to exercise caution and give considerate answers to prevent giving the wrong impression.

Offering a Comprehensive Development Plan: In an effort to mend fences, India can put out a radical and sustainable development plan for Nepal. The improvement of life in a number of areas, including health, education, food and nutrition, child development, gender equality, and employment creation, should be the main goals of this plan. By resolving these issues, India may make itself a compelling alternative to Chinese initiatives under the BRI, guaranteeing that the welfare of the Nepalese people comes first in economic collaboration.

Strengthening Mutual Collaboration

High-Level participation: Investing in important sectors and fostering optimism are two benefits of high-level participation from India. Encouraging bipartisan agreement on significant initiatives will guarantee consistency and deadline-bound outcomes, especially in the face of political unrest. In addition to addressing population issues, strengthening industry ties between the two nations can help Nepal achieve equality and a sense of independence.

Utilizing Common Civilizational Assets: India ought to take advantage of the shared cultural resources that distinguish the bilateral relationship between India and Nepal. This comprises the historical, religious, and cultural links that unite the two countries. India may promote goodwill and mutual respect by highlighting these shared principles, which can help to overcome the big brother-small brother phenomenon that frequently ruins bilateral relations.

In summary

Stabilizing relations between India and Nepal is a major task for the incoming government in New Delhi, which is scheduled to assume office in June. The numerous issues that complicate this partnership must be addressed with a delicate balance between diplomatic delicacy and creative growth tactics. India can promote a more stable and cooperative relationship with Nepal by providing a comprehensive development roadmap and upholding high-level involvement, thereby mitigating foreign influences and guaranteeing long-term regional stability. It is India's responsibility to negotiate these difficulties and forge a more solid and durable alliance with Nepal.

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Comprehending and Reducing Solar Storm Effects

The Engineer - Engineering a response to the solar storm threat

People all around the world saw a unique sight on Friday night: bright aurorae that hung in the sky like curtains of light. These aurorae were seen in places like the Indian Astronomical Observatory in Hanle, Ladakh, that aren't usually recognized for having them.

These solar flares can have serious negative effects on Earth, such as power outages, satellite failures, astronaut dangers, and disruptions to space weather across the Solar System. Predicting, comprehending, and researching these occurrences is therefore a vital goal of solar physics research.

The Science of Aurorae

1. The function of solar storms

The Sun emits energy and tiny particles in addition to heat and light. Most of this is shielded from us by Earth's magnetic field. Nevertheless, the Sun doesn't always release energy. There are solar storms in addition to the constant solar wind. A coronal mass ejection is one kind that shoots a huge, fast-moving bubble of charged gas into space.

Some energy and particles enter Earth's atmosphere through the magnetic field lines at the poles when a solar storm is on our way. When these particles mix with substances in the atmosphere, beautiful light shows known as aurorae are produced.

2. The function of sunspot

These storms happen seldom, usually just once per few decades. The Sun was getting close to the end of its 11-year solar cycle, which is when its magnetic field reverses, at the time of both occurrences.

Sunspots—surface patches that are magnetically active—form on the Sun as a result of the magnetic field flip that occurs during the peak of the solar cycle. The size of these sunspots changes with the solar cycle. These sunspots are the source of the charged particles that came to Earth on May 10. It is getting more active, particularly when measured against the previous solar cycle.

No sunspot activity during the 2010s solar cycle produced a geomagnetic storm with the intensity of the current one.

The Sunspot AR 3664 Emergence

Scientists have been keeping a careful eye on sunspot AR 3664 since the beginning of May. It had expanded to 16 times Earth's breadth by May 7 and was teeming with magnetic energy. Such sunspots have supercharged magnetic fields that are capable of quickly disengaging and re-forming, releasing enormous energy bursts and launching charged particle plumes into space called coronal mass ejections (CMEs). Three CMEs and strong radiation bursts known as solar flares impacted Earth on May 10.

The Effects of Solar Storms

As happened in Sweden and South Africa in 2003, geomagnetic storms can alter the Earth's magnetic field and send current surges through power lines, potentially disrupting power.

GPS and electricity grids had only minimal disturbances due to the storm that occurred on May 10 and was classified as severe by CESSI. Early warnings are important because power grid operators in nations like New Zealand prevent outages by preemptively shutting off local circuits.

The satellites that are essential for GPS navigation and communication are also at danger from these storms. Solar activity affects low-frequency communications used by ships and airplanes.

Scientists have hypothesized that species that migrate and rely on magnetoreception for navigation, including birds and honey bees, may also be impacted.Example: During geomagnetic storms, "smashes" happen when few pigeons make it home.

Geomagnetically generated currents in pipelines can be produced by rapidly fluctuating geomagnetic fields, which presents a number of challenges for pipeline engineers. This could lead to inaccurate flow data from pipeline flow meters and significantly accelerate the pipeline's rate of corrosion.

Extremely high-energy particles, as those transported by coronal mass ejections, have the potential to harm humans and other mammals with radiation.

Aditya-L1's Function and Upcoming Monitoring

The goal of space scientists is to forecast solar storms before they happen. As things stand now, their greatest chance is to identify CMEs and flares as they happen.

The L1 point, around 1.5 million kilometers from Earth to the Sun, is home to several spacecraft that track the Sun and offers a continuous view of the star. The Indian Space Research Organization's (ISRO) Aditya-L1, which reached L1 in March of this year, is one of these spacecraft.

Visible Emission Line Coronagraph (VELC), the chief investigator of Aditya-L1's main instrument, told us that data on the recent occurrences have not yet been delivered by VELC and that it is still in the calibration stage.

On the other hand, important data has been recorded by various onboard instruments. The ASPEX payload saw an increase in alpha particle and proton flux in the solar wind on May 14, which was reported by ISRO as evidence of the presence of the solar storm.

Furthermore, several X- and M-class flares were recently detected by the SoLEXS and HEL1OS payloads.

Signatures of the solar radiation were also found by the Chandrayaan-2 satellite circling the moon.

In summary

As breathtaking as they are dangerous, solar storms can produce aurorae. In order to lessen the effects of these events on Earth's infrastructure and technology, understanding them is essential. In order to guard against future solar activity, early warning systems and ongoing monitoring are essential, as demonstrated by the recent geomagnetic storm. The aim of solar physics research is still to forecast these storms ahead of time so that greater preparations may be made for any possible aftermath.