CHINTPURNI :- INCREDIBLE INDIA

One of the shaktipeethas (places of worship where the body parts of the goddess Sati fell), is the Chintpurni Temple located about 50 miles [80 km] from Dharamsala. The supreme deity is Goddess Chintpurni, who is said to remove troubles, and is represented by the pindi (circular goddess). Legend has it that when Lord Vishnu cut the body of Maa Sati in 51 parts to end King Shiva’s dance of the destruction of the earth, the pieces were scattered in different parts of India. Considered one of the most important of the 51 shaktipeethas, it is believed that the head of the goddess Shakti fell to Chintpurni.

The Chintpurni Devi Temple is visited by devotees from all over India, who come to pray at the Lotus feet of Mata Chhinnamastika Devi. Puranic traditions say that Chinnamnamastika Devi is protected by Rudra Mahadev or Lord Shiva on all four sides. At the same distance from Chintpurni stands four Shiva temples, Muchkund Mahadev in the north, Shiva Bari in the south, Kaleshwar Mahadev in the east and Narayna Mahadev in the west. The temple remains open between 4 a.m. and 11 p.m.

Ever Given : Ship that blocked Suez Canal

The 193km (120 mile) Suez Canal connects the Mediterranean Sea at the canal’s northern end to the Red Sea in the south and provides the shortest sea link between Asia and Europe.

On 28 March, at least 369 ships were queuing to pass through the canal. This prevented an estimated US$9.6 billion worth of trade. On 29 March, Ever Given was partially re-floated and moved by about 80 percent in the correct direction, although the bow remained stuck until the ship was finally freed by Egyptian, Dutch, and Italian tugs at and started moving, under tow, towards the Great Bitter Lake, for technical inspection. The canal was checked for damage, and after being found to be sound, the SCA allowed shipping to resume from 29 March. The vessel was subsequently impounded by the Egyptian government on 13 April 2021 for refusing to pay compensations demanded by the government, a claim deemed to be unjustified by the ship’s insurers. After the incident, the Egyptian government announced that they will be widening the narrower parts of the canal.

Suez Canal: How did they move the Ever Given? - BBC News

The ship has been impounded for three months near the canal city of Ismailia

The container ship was refloated following a six-day salvage operation that involved a flotilla of tug boats and dredging vessels. One person was killed during the operation. Since then, the Suez Canal Authority (SCA) has been seeking compensation from the Ever Given’s Japanese owner Shoei Kisen for the cost of the salvage operation, damage to the canal’s banks and other losses.

The SCA initially asked for $916 million compensation, including $300 million for a salvage bonus and $300 million for loss of reputation. But UK Club – which insured Shoei Kiswn for third-party liabilities – rejected the claim, describing it as “extraordinarily large” and “largely unsupported”.

The SCA later lowered its demand to $550 million. The final settlement, which has not been revealed, was agreed and signed and the ship was released on 7 July, 2021.

Ever Given : Ship that blocked Suez Canal

The 193km (120 mile) Suez Canal connects the Mediterranean Sea at the canal’s northern end to the Red Sea in the south and provides the shortest sea link between Asia and Europe.

On 28 March, at least 369 ships were queuing to pass through the canal. This prevented an estimated US$9.6 billion worth of trade. On 29 March, Ever Given was partially re-floated and moved by about 80 percent in the correct direction, although the bow remained stuck until the ship was finally freed by Egyptian, Dutch, and Italian tugs at and started moving, under tow, towards the Great Bitter Lake, for technical inspection. The canal was checked for damage, and after being found to be sound, the SCA allowed shipping to resume from 29 March. The vessel was subsequently impounded by the Egyptian government on 13 April 2021 for refusing to pay compensations demanded by the government, a claim deemed to be unjustified by the ship’s insurers. After the incident, the Egyptian government announced that they will be widening the narrower parts of the canal.

Suez Canal: How did they move the Ever Given? - BBC News

The ship has been impounded for three months near the canal city of Ismailia

The container ship was refloated following a six-day salvage operation that involved a flotilla of tug boats and dredging vessels. One person was killed during the operation. Since then, the Suez Canal Authority (SCA) has been seeking compensation from the Ever Given’s Japanese owner Shoei Kisen for the cost of the salvage operation, damage to the canal’s banks and other losses.

The SCA initially asked for $916 million compensation, including $300 million for a salvage bonus and $300 million for loss of reputation. But UK Club – which insured Shoei Kiswn for third-party liabilities – rejected the claim, describing it as “extraordinarily large” and “largely unsupported”.

The SCA later lowered its demand to $550 million. The final settlement, which has not been revealed, was agreed and signed and the ship was released on 7 July, 2021.

PHOBIA

BY: VAIBHAVI MENON

A phobia is a type of anxiety disorder defined by a persistent and excessive fear of an object or situation. Phobias typically, result in a rapid onset of fear and are present for more than six months. Those affected will go to great lengths to avoid the situation or object, to a degree greater than the actual danger posed. If the object or situation cannot be avoided, they experience significant distress. Other symptoms can include fainting, which may occur in blood or injury phobia, and panic attacks, which are often found in agoraphobia. Around 75% of those with phobias have multiple phobias.

Phobias can be divided into specific phobias, social phobia, and agoraphobia. Specific phobias include those to certain animals, natural environment situations, blood or injury, and specific situations. The most common are fear of spiders, fear of snakes, and fear of heights. Specific phobias may be caused by a negative experience with the object or situation in early childhood. Social phobia is when a person fears a situation due to worries about others judging them. Agoraphobia is a fear of a situation due to a difficulty or inability to escape. It is recommended that specific phobias be treated with exposure therapy, in which the person is introduced to the situation or object in question until the fear resolves. Medications are not useful for specific phobias. Social phobia and agoraphobia are often treated with some combination of counselling and medication. Medications used include antidepressants, benzodiazepines, or beta-blockers. Specific phobias affect about 6–8% of people in the Western world and 2–4% of people in Asia, Africa, and Latin America in a given year. Social phobia affects about 7% of people in the United States and 0.5–2.5% of people in the rest of the world. Agoraphobia affects about 1.7% of people. Women are affected by phobias about twice as often as men. Typically, the onset of a phobia is around the ages of 10–17, and rates are lower with increasing age. Those with phobias are at a higher risk of suicide. There are various methods used to treat phobias. These methods include systematic desensitization, progressive relaxation, virtual reality, modeling, medication and hypnotherapy. The good news is that over the past several decades, psychologists and other researchers have developed some effective behavioral and pharmacological treatments for phobia, as well as technological interventions.

Cognitive behavioral therapy (CBT) can be beneficial by allowing the person to challenge dysfunctional thoughts or beliefs by being mindful of their own feelings, with the aim that the person will realize that his or her fear is irrational. CBT may be conducted in a group setting. Gradual desensitization treatment and CBT are often successful, provided the person is willing to endure some discomfort. In one clinical trial, 90% of people were observed to no longer have a phobic reaction after successful CBT treatment. There is evidence that supports that eye movement desensitization and reprocessing (EMDR) is effective in treating some phobias. Its effectiveness in treating complex or trauma-related phobias has not been empirically established yet. Mainly used to treat post-traumatic stress disorder, EMDR has been demonstrated as effective in easing phobia symptoms following a specific trauma, such as a fear of dogs following a dog bite

Elysium(2013): Explained

A future where the earth is overpopulated is a definite possibility. Elysium is set in 2154 where due t overpopulation most of the citizens live in poverty, The rich however live on a man made space station known as Elysium. The space station has technology that can heal any disease and even reverse ageing, none of these facilities are given to the citizens on the planet. The residents of earth understandably want to use the Elysium’s technology to cure themselves, the residents of the Elysium however object.

The movie revolves around Max Da Costa an assembly line worker who lives in LA, he works for Armadyne which produces Elysium’s weaponry and police robots. He’s an ex convict that is usually bullied by the robotic police. During a shift Max is accidentally trapped in a kiln and exposed to a lethal dose of radiation, he is rescued but told that he has only five more days to live. Max tries to request John Carlyle the CEO of Armadyne to help, Max is instead given medication to cull the symptoms until his death.

Max unwilling to die tries to enlist the help of human smuggler Spider to get him onto Elysium. Meanwhile 2 out of 3 ships carrying immigrants are shot down by agent Kruger, he’s a government operative acting on the direct orders of Défense Secretary Delacourt. The president Patel reprimands Delacourt and threatens to fire her, Delacourt makes a deal with Carlyle to make her the president. Carlyle developed Elysium and can program it to think that Delacourt is the president, he agrees and stores the program in his brain.

Spider agrees to smuggle max to Elysium if he can steal the information from Carlyle, Max agrees to the deal and an exoskeleton is surgically attached to him. Max and spider’s men shoot Carlyle’s pod down and engage in a fight with the ships robotic guards, in the firefight max is injured and he downloads Carlyle’s program to his suits neural link. Agent Kruger is deployed to kill Max and recover the program. An injured max contacts his childhood friend Frey a nurse, after nursing Max back to health Frey begs him to take her daughter Matilda who suffers from terminal leukaemia to Elysium. Agent Kruger arrives and interogates Frey for Max’s location, realising Matilda to be ill he takes her and Frey onto his ship.

Max delivers the program to spider who reveals that the program can be modified to make everyone residents of Elysium. Max bargains with Kruger to be taken to Elysium, Spider uses this opportunity to board a ship to Elysium. Kruger is injured in a fight on his ship which disables the ships engines. After crashing on Elysium Max is knocked out and Frey tries to use Med bay to cure Matilda but discovers that the Med bays work only for the Elysium’s citizens. Max, Frey and Matilda are taken to Delacourt by Kruger, she orders Frey and Matilde to be taken away and also orders the decryption of Carlyle’s program knowing it will kill Max.

Kruger kills Delacourt and his henchman start killing the other political officers to seize control of Elysium. Max uses this chaos to escape his confinement and vows to use the program to help everyone, he frees Matilda and Frey and kills one of Kruger’s henchmen. Spider has Matilda and Frey escorted to a Med bay while he accompanies Max to the Elysium’s core. After a brief fight with Kruger the duo reaches the core, Spider realises that the codes activation will kill Max. Max makes the sacrifice by activating the program, the program registers every earth resident as an Elysian citizen. Matilda is cured by a med bay and a fleet of ships leave for earth to treat all the residents.

The movie is an amazing play on one of our possible futures. Our world might be heading in the same direction, the technological aspect would be welcomed by all but the financial and social aspect is something we must lookout for. The current pandemic gave us a pretty good look at what happens to the general public, the rich on the other hand keep getting richer. Something has to be done to bridge the gap and make amends while possible or stay ready for an Elysium like world.

Elysium(2013): Explained

A future where the earth is overpopulated is a definite possibility. Elysium is set in 2154 where due t overpopulation most of the citizens live in poverty, The rich however live on a man made space station known as Elysium. The space station has technology that can heal any disease and even reverse ageing, none of these facilities are given to the citizens on the planet. The residents of earth understandably want to use the Elysium’s technology to cure themselves, the residents of the Elysium however object.

The movie revolves around Max Da Costa an assembly line worker who lives in LA, he works for Armadyne which produces Elysium’s weaponry and police robots. He’s an ex convict that is usually bullied by the robotic police. During a shift Max is accidentally trapped in a kiln and exposed to a lethal dose of radiation, he is rescued but told that he has only five more days to live. Max tries to request John Carlyle the CEO of Armadyne to help, Max is instead given medication to cull the symptoms until his death.

Max unwilling to die tries to enlist the help of human smuggler Spider to get him onto Elysium. Meanwhile 2 out of 3 ships carrying immigrants are shot down by agent Kruger, he’s a government operative acting on the direct orders of Défense Secretary Delacourt. The president Patel reprimands Delacourt and threatens to fire her, Delacourt makes a deal with Carlyle to make her the president. Carlyle developed Elysium and can program it to think that Delacourt is the president, he agrees and stores the program in his brain.

Spider agrees to smuggle max to Elysium if he can steal the information from Carlyle, Max agrees to the deal and an exoskeleton is surgically attached to him. Max and spider’s men shoot Carlyle’s pod down and engage in a fight with the ships robotic guards, in the firefight max is injured and he downloads Carlyle’s program to his suits neural link. Agent Kruger is deployed to kill Max and recover the program. An injured max contacts his childhood friend Frey a nurse, after nursing Max back to health Frey begs him to take her daughter Matilda who suffers from terminal leukaemia to Elysium. Agent Kruger arrives and interogates Frey for Max’s location, realising Matilda to be ill he takes her and Frey onto his ship.

Max delivers the program to spider who reveals that the program can be modified to make everyone residents of Elysium. Max bargains with Kruger to be taken to Elysium, Spider uses this opportunity to board a ship to Elysium. Kruger is injured in a fight on his ship which disables the ships engines. After crashing on Elysium Max is knocked out and Frey tries to use Med bay to cure Matilda but discovers that the Med bays work only for the Elysium’s citizens. Max, Frey and Matilda are taken to Delacourt by Kruger, she orders Frey and Matilde to be taken away and also orders the decryption of Carlyle’s program knowing it will kill Max.

Kruger kills Delacourt and his henchman start killing the other political officers to seize control of Elysium. Max uses this chaos to escape his confinement and vows to use the program to help everyone, he frees Matilda and Frey and kills one of Kruger’s henchmen. Spider has Matilda and Frey escorted to a Med bay while he accompanies Max to the Elysium’s core. After a brief fight with Kruger the duo reaches the core, Spider realises that the codes activation will kill Max. Max makes the sacrifice by activating the program, the program registers every earth resident as an Elysian citizen. Matilda is cured by a med bay and a fleet of ships leave for earth to treat all the residents.

The movie is an amazing play on one of our possible futures. Our world might be heading in the same direction, the technological aspect would be welcomed by all but the financial and social aspect is something we must lookout for. The current pandemic gave us a pretty good look at what happens to the general public, the rich on the other hand keep getting richer. Something has to be done to bridge the gap and make amends while possible or stay ready for an Elysium like world.

Psychological Disorders Part 9

Introduction

The Psychological Disorders Part 8 discussed Neurocognitive and Obsessive-Compulsive Disorders. Both types of disorders need consultation from psychologists to control, monitor, and limit the effects they have on daily life. This article will discuss Schizophrenia.

Schizophrenia

This is a serious mental disorder in which people interpret reality in an abnormal way. People with this disorder require lifelong treatment. The DSM-5 says a person has schizophrenia if they show two or more of the following, each present for a significant portion of time during a 1-month period. At least one of the following must be delusions, hallucinations, or disorganized speech. The level of functioning in a major area such as work or self-care should be below the level achieved before the onset for a significant portion. And the signs of the disturbance must persist for at least 6 months. The symptoms of schizophrenia are:

  • Delusions – these are false beliefs that are not based on reality. For example, thinking you are famous, someone is harming you, a major catastrophe is about to take place.
  • Hallucinations – these involve seeing or hearing things that do not exist. For the person having them, it seems extremely real. The most common is hearing voices. For example, hearing someone whispering about a murder, or seeing aliens in the back alley.
  • Disorganized thinking – disorganized thinking and disorganized speech are linked. The person might start answering questions with things partially or completely unrelated. At times it is possible for them to make a sentence by mixing two or more words that do not make sense, this is known as word salad. For example, run desk making dinner sunglasses menu.
  • Abnormal motor behaviour – this can be in many ways such as childlike silliness, resistance to instructions, bizarre posture, and unpredictable agitation.
  • Catatonia – is a group of symptoms that includes a lack of movement and communication. For example, a person will sit silently in one position for very long stretches.
  • Negative symptoms – this includes lack of ability to function normally such as, a person neglecting personal hygiene, appear to be lacking emotions, the person may lose interest in daily activities.
  • Avolition – it is a lack of motivation to do activities that have an end goal such as paying bills.

The symptoms of schizophrenia in teenagers are similar to the ones in adults but they become difficult to recognize because of the similarity to a normal teenage behaviour, some of these symptoms are withdrawal from friends and family, trouble in sleeping, lack of motivation, a drop in performance at school, irritability and depressed mood. Although teenagers have a less chance of having delusions, they have a higher chance of visual hallucinations as compared to adults getting hearing hallucinations.

People with this disorder often have suicidal thoughts and behaviours. The cause of this disorder is not known but it is believed by the researchers that it is a combination of genetics, brain chemistry, and environmental factors. Some naturally occurring neurotransmitters known as dopamine and glutamate might be playing a role. Neuroimaging studies have learnt that there is a difference in the brain structure and central nervous system of the people with schizophrenia.

Conclusion

Schizophrenia is a lifelong disorder but the effect and symptoms can be managed with proper guidance and medication. Following the treatment plan is important to reduce these symptoms.

References

Note: this is just the Part 9 of the Psychological Disorders series.

Psychological Disorders Part 9

Introduction

The Psychological Disorders Part 8 discussed Neurocognitive and Obsessive-Compulsive Disorders. Both types of disorders need consultation from psychologists to control, monitor, and limit the effects they have on daily life. This article will discuss Schizophrenia.

Schizophrenia

This is a serious mental disorder in which people interpret reality in an abnormal way. People with this disorder require lifelong treatment. The DSM-5 says a person has schizophrenia if they show two or more of the following, each present for a significant portion of time during a 1-month period. At least one of the following must be delusions, hallucinations, or disorganized speech. The level of functioning in a major area such as work or self-care should be below the level achieved before the onset for a significant portion. And the signs of the disturbance must persist for at least 6 months. The symptoms of schizophrenia are:

  • Delusions – these are false beliefs that are not based on reality. For example, thinking you are famous, someone is harming you, a major catastrophe is about to take place.
  • Hallucinations – these involve seeing or hearing things that do not exist. For the person having them, it seems extremely real. The most common is hearing voices. For example, hearing someone whispering about a murder, or seeing aliens in the back alley.
  • Disorganized thinking – disorganized thinking and disorganized speech are linked. The person might start answering questions with things partially or completely unrelated. At times it is possible for them to make a sentence by mixing two or more words that do not make sense, this is known as word salad. For example, run desk making dinner sunglasses menu.
  • Abnormal motor behaviour – this can be in many ways such as childlike silliness, resistance to instructions, bizarre posture, and unpredictable agitation.
  • Catatonia – is a group of symptoms that includes a lack of movement and communication. For example, a person will sit silently in one position for very long stretches.
  • Negative symptoms – this includes lack of ability to function normally such as, a person neglecting personal hygiene, appear to be lacking emotions, the person may lose interest in daily activities.
  • Avolition – it is a lack of motivation to do activities that have an end goal such as paying bills.

The symptoms of schizophrenia in teenagers are similar to the ones in adults but they become difficult to recognize because of the similarity to a normal teenage behaviour, some of these symptoms are withdrawal from friends and family, trouble in sleeping, lack of motivation, a drop in performance at school, irritability and depressed mood. Although teenagers have a less chance of having delusions, they have a higher chance of visual hallucinations as compared to adults getting hearing hallucinations.

People with this disorder often have suicidal thoughts and behaviours. The cause of this disorder is not known but it is believed by the researchers that it is a combination of genetics, brain chemistry, and environmental factors. Some naturally occurring neurotransmitters known as dopamine and glutamate might be playing a role. Neuroimaging studies have learnt that there is a difference in the brain structure and central nervous system of the people with schizophrenia.

Conclusion

Schizophrenia is a lifelong disorder but the effect and symptoms can be managed with proper guidance and medication. Following the treatment plan is important to reduce these symptoms.

References

Note: this is just the Part 9 of the Psychological Disorders series.

Samsung Galaxy A22 5G vs Poco M3 Pro 5G: Price, processor, specifications

Samsung just released the Galaxy A series, which includes its first 5G smartphone. In India, the Samsung Galaxy A22 5G was launched with the MediaTek Dimensity 700 processor. The Galaxy A22 5G has a 5,000mAh battery, a 90Hz display, and a 5G capability for around 20,000 rupees.

Poco M3 Pro 5G is another phone with the same chipset and 5G capability. It even costs ₹4,000 less than the Samsung Galaxy A22 5G and has been on the market for a few months.

Here’s how the two low-cost 5G smartphones with the same chipset match up against one another:

Performance

The MediaTek Dimensity 700 Processor is included in both the Samsung Galaxy A22 5G and the Poco M3 Pro 5G. The SoC has an octa-core arrangement and is built on a 7nm architecture.

The Dimensity 700 has been modified to operate the two high-speed cores at 2.2GHz and the remaining six cores at 2GHz on both phones.

Both phones are powered by a 5,000mAh battery, however, the Poco M3 Pro 5G’s battery may last longer due to the lack of a high refresh rate screen. The Samsung Galaxy A22 5G receives 15W charging, while the Poco phone supports 22.5W fast charging and comes with an 18W charger.

Memory and storage

The Samsung Galaxy A22 5G comes with 8GB of RAM and 128GB of internal storage in a single memory configuration. Poco M3 Pro 5G, on the other hand, comes in two versions: one with 4GB RAM and 64GB storage, and another with 6GB RAM and 128GB storage. The 4GB model of the Poco M3 Pro was released later.

Camera

Both phones feature a triple camera setup on the back and a single selfie camera on the front. A 48MP main camera, as well as 5MP and 2MP sensors, manage photography on the Samsung Galaxy A22 5G. The Poco M3 Pro, on the other hand, has a 48MP sensor and two 2MP sensors. Both phones have an 8-megapixel front camera.

Display

The Samsung Galaxy A22 5G has a 6.6-inch display with a resolution of 1080 x 2408. The screen has a refresh rate of 90Hz.

The screen of the Poco M3 Pro 5G is a 6.5-inch panel with a resolution of 2400×1080 pixels. It has an adaptive sync display with 30Hz, 50Hz, 60Hz, and 90Hz refresh rates.

Price

The Samsung Galaxy A22 5G has a single version that costs ₹19,999. The Poco M3 Pro 5G in 4GB trim costs ₹13,999, while the 6GB model costs ₹15,999.

TOXIC MASCULINITY

BY: VAIBHAVI MENON

The concept of toxic masculinity is used in academic and media discussions of masculinity to refer to certain cultural norms that are associated with harm to society and men themselves. Traditional stereotypes of men as socially dominant, along with related traits such as misogyny and homophobia, can be considered “toxic” due in part to their promotion of violence, including sexual assault and domestic violence. The socialization of boys in patriarchal societies often normalizes violence, such as in the saying “boys will be boys” about bullying and aggression. Self-reliance and emotional repression are correlated with increased psychological problems in men such as depression, increased stress, and substance use disorders. Toxic masculine traits are characteristic of the unspoken code of behavior among men in prisons, where they exist in part as a response to the harsh conditions of prison life.

Other traditionally masculine traits such as devotion to work, pride in excelling at sports, and providing for one’s family, are not considered to be “toxic”. The concept was originally used by authors associated with the mythopoetic men’s movement such as Shepherd Bliss to contrast stereotypical notions of masculinity with a “real” or “deep” masculinity that they say men have lost touch within modern society. Critics of the term argue that its meaning incorrectly implies that gender-related issues are caused by inherent male traits. The concept of toxic masculinity, or certain formulations of it, has been criticized by some conservatives as an undue condemnation of traditional masculinity, and by some feminists as an essentialist concept that ignores the role of choice and context in causing harmful behaviors and attitudes related to masculinity. toxic masculine norms are a feature of life for men in American prisons, where they are reflected in the behavior of both staff and inmates. The qualities of extreme self-reliance, domination of other men through violence, and avoiding the appearance of either femininity or weakness, comprise an unspoken code among prisoners. Suppressing vulnerable emotions is often adopted to successfully cope with the harsh conditions of prison life, defined by punishment, social isolation, and aggression. These factors likely play a role in suicide among male prisoners. Toxic masculinity can also take the form of bullying of boys by their peers and domestic violence directed toward boys at home. The often violent socialization of boys produces psychological trauma through the promotion of aggression and lack of interpersonal connection. Such trauma is often disregarded, such as in the saying “boys will be boys” about bullying. The promotion of idealized masculine roles emphasizing toughness, dominance, self-reliance, and the restriction of emotion can begin as early as infancy. Such norms are transmitted by parents, other male relatives, and members of the community. Media representations of masculinity on websites such as YouTube often promote similar stereotypical gender roles.

The concept of toxic masculinity has also been criticized from a feminist perspective. Andrea Waling and Michael Salter have argued that the concept of “toxic masculinity” in contradistinction to “healthy masculinity” emerged from a misunderstanding of Raewyn Connell’s 1987 work on hegemonic masculinity. To Waling, “toxic masculinity” is problematic because it presents men as victims of an unavoidable pathology, an essentialist approach that ignores the surrounding social and material context and the personal responsibility of men. Instructing men to practice “healthy masculinity” dismisses androgyny and adopting aspects of femininity as valid options for men, thereby perpetuating gender binaries and privileging masculinity over femininity.

Samsung Galaxy A22 5G vs Poco M3 Pro 5G: Price, processor, specifications

Samsung just released the Galaxy A series, which includes its first 5G smartphone. In India, the Samsung Galaxy A22 5G was launched with the MediaTek Dimensity 700 processor. The Galaxy A22 5G has a 5,000mAh battery, a 90Hz display, and a 5G capability for around 20,000 rupees.

Poco M3 Pro 5G is another phone with the same chipset and 5G capability. It even costs ₹4,000 less than the Samsung Galaxy A22 5G and has been on the market for a few months.

Here’s how the two low-cost 5G smartphones with the same chipset match up against one another:

Performance

The MediaTek Dimensity 700 Processor is included in both the Samsung Galaxy A22 5G and the Poco M3 Pro 5G. The SoC has an octa-core arrangement and is built on a 7nm architecture.

The Dimensity 700 has been modified to operate the two high-speed cores at 2.2GHz and the remaining six cores at 2GHz on both phones.

Both phones are powered by a 5,000mAh battery, however, the Poco M3 Pro 5G’s battery may last longer due to the lack of a high refresh rate screen. The Samsung Galaxy A22 5G receives 15W charging, while the Poco phone supports 22.5W fast charging and comes with an 18W charger.

Memory and storage

The Samsung Galaxy A22 5G comes with 8GB of RAM and 128GB of internal storage in a single memory configuration. Poco M3 Pro 5G, on the other hand, comes in two versions: one with 4GB RAM and 64GB storage, and another with 6GB RAM and 128GB storage. The 4GB model of the Poco M3 Pro was released later.

Camera

Both phones feature a triple camera setup on the back and a single selfie camera on the front. A 48MP main camera, as well as 5MP and 2MP sensors, manage photography on the Samsung Galaxy A22 5G. The Poco M3 Pro, on the other hand, has a 48MP sensor and two 2MP sensors. Both phones have an 8-megapixel front camera.

Display

The Samsung Galaxy A22 5G has a 6.6-inch display with a resolution of 1080 x 2408. The screen has a refresh rate of 90Hz.

The screen of the Poco M3 Pro 5G is a 6.5-inch panel with a resolution of 2400×1080 pixels. It has an adaptive sync display with 30Hz, 50Hz, 60Hz, and 90Hz refresh rates.

Price

The Samsung Galaxy A22 5G has a single version that costs ₹19,999. The Poco M3 Pro 5G in 4GB trim costs ₹13,999, while the 6GB model costs ₹15,999.

TOXIC RELATIONSHIPS

BY: VAIBHAVI MENON

A toxic relationship as “any relationship [between people who] don’t support each other, where there’s conflict and one seeks to undermine the other, where there’s competition, where there’s disrespect and a lack of cohesiveness.” While every relationship goes through ups and downs, a toxic relationship is consistently unpleasant and draining for the people in it, to the point that negative moments outweigh and outnumber the positive ones. Toxic relationships are mentally, emotionally and possibly even physically damaging to one or both participants. And these relationships don’t have to be romantic, friendly, familial and professional relationships can all be toxic as well. people who consistently undermine or cause harm to a partner — whether intentionally or not — often have a reason for their behavior, even if it’s subconscious. “Maybe they were in a toxic relationship, either romantically or as a child. Maybe they didn’t have the most supportive, loving upbringing.” “They could have been bullied in school. They could be suffering from an undiagnosed mental health disorder, such as depression or anxiety or bipolar disorder, an eating disorder, any form of trauma.”

Even good relationships take work. After all, our significant other, our close friends, and even our parents aren’t perfect (and, oddly enough, they may not see us as perfect either). We have to learn how to accommodate and adapt to their idiosyncrasies, their faults, their moods, etc., just as they must learn how to do the same with us. And it’s worth it. Some relationships, however, are more difficult and require proportionately more work. We are not clones but individuals, and some individuals in relationships are going to have more difficulties, more disagreements. But because we value these relationships we’re willing to make the effort it takes to keep them. And then there are toxic relationships. These relationships have mutated themselves into something that has the potential, if not corrected, to be extremely harmful to our well being. These relationships are not necessarily hopeless, but they require substantial and difficult work if they are to be changed into something healthy. The paradox is that in order to have a reasonable chance to turn a toxic relationship into a healthy relationship, we have to be prepared to leave it (more about this later). The importance of understanding what defines a toxic relationship is elevated in a global pandemic.

Pandemic precautions have us spending more time at home. Many of us have lost the outlets that bring balance to our social, physical, and mental health–work, friends, the gym, school. Isolation at home can shed new light on the indicators that a relationship is toxic, meaning recent months have been key in identifying unhealthy patterns in our relationships. In April 2020, the Journal of Clinical Nursing reported that “home can be a place where dynamics of power can be distorted and subverted. Often without scrutiny from anyone ‘outside’ the couple or the family unit. In the COVID‐19 crisis, the exhortation to ‘stay at home’ therefore has major implications for those adults and children already living with someone who is abusive or controlling.”

How did National Youth Day Begin?

Before going into main topic, let me ask you some questions that How did National Youth Day start? Who started it? Who is the reason for that?


Don’t know the answer to all this? Don’t worry. This article answers all your questions. Start reading the article with me.



 Who is this Narendranath Datta?

Narendranath Datta is none other than Swami Vivekananda. As a disciple of Ramakrishna Paramahamsa, his ideas aroused the youth. From time to time some saints appear and hide in this world so that unrighteousness does not raise its head and increase its attachment to righteousness. Swami Vivekananda was one of the great saints who raised the pride of India and Hinduism on the world stage. During his stay in India he was well aware that patriotism was more important than religion. 

Birth and Upbringing of Narendranath Datta

Narendranath Datta was born the son of Viswanath Datta and Bhuvaneshwari Devi. From an early age he was a man of great memory and a great athlete. He practiced meditation from an early age. He was also a rationalist. After completing his schooling, he studied philosophy at the State College, Calcutta, in 1879. There he chose to study foreign philosophies and the history of European countries. 

Reason for Swami Vivekananda’s Faith in God

During this time many questions and doubts arose about the divine truths. At the time, he was discussing faith in God with many adults. Became a member of the Brahmo Samaj. He heard about Ramakrishna and went to him to learn about the divine truths. Vivekananda, who rationally accepted anything, at first could not accept Ramakrishna’s views on God. Then little by little he understood both the religion of devotion and the religion of wisdom. He accepted Ramakrishna as his guru.

When did the Name Swami Vivekananda Appear?

In 1880, Swami Vivekananda made a long tour of the country. In 1880, Swami Vivekananda made a long tour of all parts of the country. Went to many places like Varanasi, Ayodhya, Agra, Brindavan, Alwar. During this journey, his real name Narendra disappeared and he got the name Swami Vivekananda. He felt that a national revival was needed if India was to be made a living nation.

Swami Vivekananda Rock Memorial

He went to Kanyakumari on December 24, 1892, at the southern tip of the Indian subcontinent. He swam a little distance in the sea and sat on a rock and began his meditation. He meditated there for three days. That rock is today known as the Vivekananda Rock.

Swami Vivekananda’s Historic Speech

In 1893, he attended the Chicago Conference in the United States, where he coined the famous word “Sisters and Brothers of America.” Swami toured the West and returned to India in 1897 after 4 years. He started spreading information about spiritual development in India.

Why was the Ramakrishna Mission Started?

He realized that social service is only possible through a joint effort. To this end, Swami Vivekananda started the Sri Ramakrishna Mission in 1897 and formalized his thoughts and goals. Then in the next two years he started Sri Ramakrishna Mission in Belur. He then toured the West. On his return to India, Swami Vivekananda passed away on July 4, 1902 at the Ramakrishna Mission he had established.

National Youth Day

In 1984, the Government of India declared January 12, the birthday of Swami Vivekananda, as National Youth Day. Swami Vivekananda had more faith in the youth than anyone else. He believed that only in a vibrant youth can determine our future. He emphasized the importance of physical health, social responsibility and intellectual development beyond spirituality. It is not education that does not enrich the character of one who has not taught the common man to fight for life, nor teach him the lion-like courage that does not teach humanity. He said that true education is teaching to achieve self-sufficiency. 

Here are some Quotes Swami said…

  • Fear is death, fear is sin, fear is hell, fear is unrighteousness, fear is wrong life. All the negative thoughts and ideas that are in the world have proceeded from this evil spirit of fear.
  • Believe in yourself and the world will be at your feet.

  • Arise! Awake! and stop not until the goal is reached.

  • You will be nearer to Heaven through football than through the study of the Gita…. You will understand the Gita better with your biceps, your muscles, a little stronger….You will understand the Upanishads better and the glory of the Atman when your body stands firm upon your feet, and you feel yourselves as man.
  • Strength is life, weakness is death

Finally we came to an end of the article about National youth Day. I hope you have read this article and know all the information and enjoyed it. If you like this article LIKE, SHARE and COMMENT



AIR POLLUTION IN INDIA

The Air (Prevention and Control of Pollution) Act was passed in the early 1980s, but due to lax regulation, it has failed to make an impact. India ranks third in the world in terms of greenhouse gas emissions, trailing only China and the United States.

India was marked the fifth most polluted country by WHO (2019) based on PM2.5 emission concentrations, with 21 of the top 30 contaminated cities being in India.

According to WHO (2016), air pollution was responsible for one out of every nine deaths in 2012, with roughly 30 lakh deaths entirely attributable to outdoor air pollution.

In India alone, air pollution was estimated to have caused approximately 11 lakh premature deaths in 2017 (HEI 2019), with 56 percent of those deaths linked to exposure to outdoor PM2.5 concentrations and 44 percent to domestic air pollution. Indians are susceptible to an average of 83.2 g/cubic meter of PM2.5 pollutants, opposed to a much lower level of merely 8 g/cubic meter in cleaner countries.

SOURCES OF POLLUTION

Over time, India’s air quality has deteriorated due to large expansions in industries, population density, human activities, and the increased usage of automobiles. Transportation, factories, agriculture, power, waste management, biomass burning, household, construction, and demolition waste are the seven key sectors that contribute to air pollution.

Industry accounts for 50% of the pollution, with cars accounting for 27%, agricultural burning for 17%, and household cooking accounting for 7%. Air pollution-related diseases claim the lives of about 2 million Indians.

 In practically every city, the transportation sector is the primary source of air pollution, although this situation is exacerbated in metropolitan areas.

 In recent decades, the country has undergone considerable industrialization. As a corollary, the air quality in most metropolitan areas has plummeted. Polluting firms were divided into 17 categories by the Central Pollution Control Board (CPCB), all of which were small and medium-sized businesses. Seven among those industries designated as “essential,” namely iron and steel, sugar, paper, cement, fertilizers, copper, and aluminum. SPM, SOX, NOX, and CO2 emissions being the principal pollutants.

The main pollutants emitted by farming activities are ammonia (NH3) and nitrous oxide (N2O). Farming methods such as ‘slash and burn’ are major contributors to photochemical smog.

Power plants constitute a substantial amount of air pollution in India. The biggest source of SO2 and TSP emissions are thermal power plants. Between 1947 and 1997, emissions of SO2, NOX, and PM grew by more than 50 times, according to The Energy and Resources Institute (TERI).

Households are a prime source of pollution in India. Although most metropolitan areas use liquefied petroleum gas (LPG) as a cooking fuel, the bulk of rural Indians rely on cow dung cakes, biomass, charcoal, or wood for cooking and other needs. These emissions have dire impacts on air quality, especially indoor air quality, and may significantly impact health.

People living in polluted cities are prone to a myriad of health concerns, ranging from mild respiratory issues to life-threatening illnesses. PM, O3, SOX, and NOX emissions have the power to damage people’s cardiovascular and pulmonary systems.  

More than 100,000 new-borns died as a result of indoor and outdoor harmful pollutants during their first month of life. The usage of charcoal, wood, and dried dung cakes for cooking and heating homes was associated with a substantial number of these deaths.

According to a study, over 30% of Delhi’s population experienced respiratory illnesses in 2016 as a result of air pollution. Another study indicated that between 1990 and 2010, the fatality rate in Delhi due to air pollution doubled. In 1995, 2800 individuals died prematurely in Mumbai as a result of air pollution; which climbed exponentially to 10,800 in 2010. In 2010, the number of premature deaths in Kolkata was projected to be around 13,500 whereas, Delhi recorded 18,600 annual fatalities.

MEASURES IMPLEMENTED TO CUT EMISSIONS

The Central and State governments have taken several steps to reduce pollution and enhance air quality. The use of compressed natural gas (CNG) as an alternative fuel, the odd-even measures enforced in Delhi, the introduction of Bharat Stage VI vehicle and fuel standards, the Pradhan Mantri Ujjwala Yojana (PMUY), and the National Clean Air Programme (NCAP) are all examples of initiatives in this direction.

Adoption of zig-zag technology for stack emissions from brick kilns, online surveillance of emissions via the Online Continuous Emission Monitoring Systems (OCEMS), and the installation of webcams in environmentally damaging factories are some of the steps taken to combat Air pollution in the industry sector.

Initiation of door-to-door collection of separated waste and various compost pits have been installed in metro areas to mitigate the issue of open burning of garbage and domestic wastes. Furthermore, varied steps have been taken over the years to limit the particulate matter (PM) and dust particle densities, such as green buffer around cities, the maintenance of a 33 % green cover around city environments, and the installation of water fountains throughout cities. On city streets, any car that is more than 15 years old or does not satisfy the BS6 emission regulations will be banned.

But it will take a lot more than this; to control pollution, all citizens of the country must work together.

AIR POLLUTION IN INDIA

The Air (Prevention and Control of Pollution) Act was passed in the early 1980s, but due to lax regulation, it has failed to make an impact. India ranks third in the world in terms of greenhouse gas emissions, trailing only China and the United States.

India was marked the fifth most polluted country by WHO (2019) based on PM2.5 emission concentrations, with 21 of the top 30 contaminated cities being in India.

According to WHO (2016), air pollution was responsible for one out of every nine deaths in 2012, with roughly 30 lakh deaths entirely attributable to outdoor air pollution.

In India alone, air pollution was estimated to have caused approximately 11 lakh premature deaths in 2017 (HEI 2019), with 56 percent of those deaths linked to exposure to outdoor PM2.5 concentrations and 44 percent to domestic air pollution. Indians are susceptible to an average of 83.2 g/cubic meter of PM2.5 pollutants, opposed to a much lower level of merely 8 g/cubic meter in cleaner countries.

SOURCES OF POLLUTION

Over time, India’s air quality has deteriorated due to large expansions in industries, population density, human activities, and the increased usage of automobiles. Transportation, factories, agriculture, power, waste management, biomass burning, household, construction, and demolition waste are the seven key sectors that contribute to air pollution.

Industry accounts for 50% of the pollution, with cars accounting for 27%, agricultural burning for 17%, and household cooking accounting for 7%. Air pollution-related diseases claim the lives of about 2 million Indians.

 In practically every city, the transportation sector is the primary source of air pollution, although this situation is exacerbated in metropolitan areas.

 In recent decades, the country has undergone considerable industrialization. As a corollary, the air quality in most metropolitan areas has plummeted. Polluting firms were divided into 17 categories by the Central Pollution Control Board (CPCB), all of which were small and medium-sized businesses. Seven among those industries designated as “essential,” namely iron and steel, sugar, paper, cement, fertilizers, copper, and aluminum. SPM, SOX, NOX, and CO2 emissions being the principal pollutants.

The main pollutants emitted by farming activities are ammonia (NH3) and nitrous oxide (N2O). Farming methods such as ‘slash and burn’ are major contributors to photochemical smog.

Power plants constitute a substantial amount of air pollution in India. The biggest source of SO2 and TSP emissions are thermal power plants. Between 1947 and 1997, emissions of SO2, NOX, and PM grew by more than 50 times, according to The Energy and Resources Institute (TERI).

Households are a prime source of pollution in India. Although most metropolitan areas use liquefied petroleum gas (LPG) as a cooking fuel, the bulk of rural Indians rely on cow dung cakes, biomass, charcoal, or wood for cooking and other needs. These emissions have dire impacts on air quality, especially indoor air quality, and may significantly impact health.

People living in polluted cities are prone to a myriad of health concerns, ranging from mild respiratory issues to life-threatening illnesses. PM, O3, SOX, and NOX emissions have the power to damage people’s cardiovascular and pulmonary systems.  

More than 100,000 new-borns died as a result of indoor and outdoor harmful pollutants during their first month of life. The usage of charcoal, wood, and dried dung cakes for cooking and heating homes was associated with a substantial number of these deaths.

According to a study, over 30% of Delhi’s population experienced respiratory illnesses in 2016 as a result of air pollution. Another study indicated that between 1990 and 2010, the fatality rate in Delhi due to air pollution doubled. In 1995, 2800 individuals died prematurely in Mumbai as a result of air pollution; which climbed exponentially to 10,800 in 2010. In 2010, the number of premature deaths in Kolkata was projected to be around 13,500 whereas, Delhi recorded 18,600 annual fatalities.

MEASURES IMPLEMENTED TO CUT EMISSIONS

The Central and State governments have taken several steps to reduce pollution and enhance air quality. The use of compressed natural gas (CNG) as an alternative fuel, the odd-even measures enforced in Delhi, the introduction of Bharat Stage VI vehicle and fuel standards, the Pradhan Mantri Ujjwala Yojana (PMUY), and the National Clean Air Programme (NCAP) are all examples of initiatives in this direction.

Adoption of zig-zag technology for stack emissions from brick kilns, online surveillance of emissions via the Online Continuous Emission Monitoring Systems (OCEMS), and the installation of webcams in environmentally damaging factories are some of the steps taken to combat Air pollution in the industry sector.

Initiation of door-to-door collection of separated waste and various compost pits have been installed in metro areas to mitigate the issue of open burning of garbage and domestic wastes. Furthermore, varied steps have been taken over the years to limit the particulate matter (PM) and dust particle densities, such as green buffer around cities, the maintenance of a 33 % green cover around city environments, and the installation of water fountains throughout cities. On city streets, any car that is more than 15 years old or does not satisfy the BS6 emission regulations will be banned.

But it will take a lot more than this; to control pollution, all citizens of the country must work together.