Indian Man Built own Private Plane, Traveling Europe with Family
The epidemic was surely a tiring period for many, but some took advantage of it by picking up new DIY hobbies and challenges. Take, for example, Ashok Aliseril Thamarakshan, a Kerala native living in the United Kingdom who took advantage of the opportunity to realize his ambition of having a private jet by actually building one! When dream gives you wings Everyone enjoys traveling, right? But have you considered building your own private plane at home to fulfill your dreams? During the coronavirus curfew, the world was busy preparing Dalgona coffee and streaming movies or series, while Ashok Aliseril Thamarakshan was hard at work creating an aircraft. He is the son of MLA A V Thamarakshan, who came to the United Kingdom in 2006 to pursue his master’s degree after graduating from Palakkad Engineering College with a BTech. During the 2020 lockdown caused by the coronavirus, Thamarakshan made the decision to construct a private aircraft. Thamarakshan built a four-seater airplane for his family’s vacation after spending over Rs 1.8 crore, 18 months, and around 1,500 hours. Not just a backyard engineer Ashok, who now works for Ford, stated that after obtaining his pilot’s license, he used to charter modest two-seater aircraft for vacations. However, as he looked at his family, he realized he wanted his private plane. On this plane, he’s flown all around the world. Germany, Austria, and the Czech Republic are among the countries represented. He’s also traveled with his friends. He said that the girls had only flown a few times previously, but never with their father as a pilot. As their first family vacation, the family booked a flight to Newquay.
OneWeb and Eutelsat Merge to Compete in Satellite Space Race
Two leading competitors in the European satellite industry are merging in a $3.4 billion all-share deal, posing a challenge to Elon Musk’s SpaceX. The two firms claim they would connect low-Earth orbit satellites that provide faster connections with less lag and geostationary satellites that have greater capacity and cover more areas, with OneWeb continuing to operate as its own brand under Eutelsat. Prior Standing against the Rivals Eutelsat, headquartered in France, provides television and internet services via 36 geostationary satellites orbiting near the Earth’s equator. OneWeb, which launched its initial internet-broadcasting satellites in early 2019, now contains around 428 satellites in orbit out of the 648 planned for its constellation and has so far established arrangements centered on serving as a supplier for governments and other corporations such as AT&T. The Project Kuiper low Earth orbit satellite internet enterprise, owned by Amazon, has reserved 83 launch flights over a five-year period to deploy its projected constellation of 3,236 satellites, although none have been carried out as of yet. SpaceX Starlink, on the other hand, has already launched hundreds of satellites, has over 250,000 users, and is already delivering high-speed internet access in dozens of countries with different service options. Finally, Eutelsat and OneWeb highlight the complementary nature of their separate offerings as the great potential here: Eutelsat’s GEO satellites, which are at higher altitudes and hence have a larger latency, are better suited for things like weather predictions and TV broadcasts. Furthermore, OneWeb’s network of lower-altitude satellites is better suited for essential communications requiring low-latency data transfers. The firms say that by combining their efforts, they would be better positioned to target a larger range of use cases in both the B2B and B2C arenas. Key Takeaways from the merger In a joint statement, Eutelsat and OneWeb claimed the proposed merger would combine resources (Eutelsat has a fleet of 36 geostationary satellites and OneWeb has a network of 648 Low Earth Orbit satellites) to establish a “leading global player” in space-based communication. The agreement, which values privately owned UK satellite operator OneWeb at $3.4 billion, will see OneWeb owners swap their shares for new ones issued by Eutelsat, resulting in a 50% holding in the newly merged business. The newly merged organization will be “uniquely positioned to capture” the fast-growing global connectivity market, according to Eutelsat and OneWeb, and may yield €1.5 billion ($1.53 billion) in cost efficiencies and higher revenue. According to the announcement, the organization will maintain its principal listing in Paris and will pursue a listing on the London Stock Exchange. Major shareholders of both companies— The United Kingdom government, corporations controlled by the French and Chinese governments, and Indian telecommunications mogul Sunil Bharti Mittal have all expressed support for the merger and will be represented equally on the entity’s 15-member board. The proposed chairman of the merged firm, Eutelsat chairman Dominique D’Hinnin, said the merger is a “game changer” for the sector and will speed the commercialization of OneWeb’s fleet.
Thailand Gives Land Ownership To Entice Affluent International Investors
Thailand is well-known for its beautiful beaches, wonderful weather, and gorgeous landscape. However, it is also a sanctuary for expatriates, who are lured there by inexpensive property prices, low cost of living, friendly people, and, of course, wonderful food. Thailand has long been a favorite ex-pat destination for investment, retirement, and the establishment of small enterprises, although foreign land ownership was restricted. However, Thailand will soon enable foreigners to fully own property for residential purposes, according to a government official, to strengthen Thailand’s real estate market and so to boost its economy by attracting a million additional high-spending inhabitants from abroad. What is the state of Thailand’s real estate market? The Covid-19 pandemic has had a significant influence on Thailand’s economy, particularly in the tourism sector. This has also had an impact on the property sector, with home values remaining stable or dropping. Property demand has also declined, as has development activity. Looking ahead, the Thai housing market is expected to rebound, albeit this is dependent on the country’s economic development and if new Covid outbreaks occur. Can foreigners invest in Thailand’s real estate market? Thailand would enable foreigners to fully own property for residential use, according to a government official, in an effort to strengthen the country’s economy by recruiting a million additional high-spending residents from outside. Foreign nationals will be able to own up to 1 rai (0.16 hectares) from September, subject to cabinet permission if they invest 40 million baht (US$1.09 million) in Thai property, stocks, or money over three years, according to a government spokesperson Thanakorn Wangboonkongchana. The government wants to recruit more qualified employees and retirees; therefore, the plan includes certain tax breaks as well as a 10-year visa. Is it safe to invest in Thailand real estate? It’s natural to be concerned when purchasing property in a foreign nation where the rules and procedures differ from what you’re used to. There’s also the issue of Thailand’s housing market not being as well-regulated as in other nations. However, if you do your research and take common precautions, you should have no trouble purchasing property in Thailand. Hiring a respected and independent real estate lawyer3 is one of the most crucial things you should do. Because the real estate business in the nation is unregulated, an expert lawyer will be required to navigate the intricate purchase procedure. This covers all documentation, due diligence inspections, and legal obligations.
New York Asks WHO To Re-name ‘Stigmatising’ Monkeypox
After a meeting of the International Health Regulations Emergency Committee on July 23, the World Health Organization declared the multi-nation monkeypox pandemic a worldwide public health concern (EC). The pandemic soon expanded to at least 75 nations, with over 16,000 cases documented. New York City requested World Health Organization (WHO) change the name of the monkeypox virus in order to prevent stigmatizing sufferers who would then delay seeking medical attention. “We have a growing concern about the potentially devastating and stigmatizing effects that the messaging surrounding the ‘monkeypox’ virus can have on… already vulnerable communities,” New York City public health commissioner Ashwin Vasan wrote to WHO director Tedros Adhanom Ghebreyesus in a letter. Monkeypox- a worldwide health concern • For many years, the monkeypox virus posed a menace in Africa. • According to Reuters, African experts criticized the WHO in June as its committee debated whether to designate viral zoonosis as a public health concern for the first time. • The WHO recorded over 1,400 monkeypox cases in Africa alone as of June 1, with at least 72 deaths. • Within two months, the illness had infected over 16,000 people in at least 75 nations. How is monkeypox spread? Animals transmit zoonotic illnesses to people, but the person-to-person transmission of monkeypox has resulted in an upsurge in cases. Dr. Gandhi noted that monkeypox is often seen in animals in West and Central African nations and can trigger epidemics in those areas. Although monkeypox is mostly spread by males having intercourse with other men, it can also be transferred by other means, such as contacting a surface or object that has been touched by an infected man. “Person-to-person transmission is ongoing and is likely underestimated,” Dr. Tedros said in his opening remarks. “The proportion of women affected in Nigeria is significantly higher than elsewhere, and it is critical to better understand how the disease is spreading there.” Why the name is a matter of concern? The WHO’s decision to designate monkeypox as a global health emergency will change how public health officials have managed the outbreak so far. Vasan referred to the “painful and racist history of terminology like (monkeypox) for communities of color.” He emphasized that, contrary to popular belief, monkeypox did not originate in primates, and he recalled the negative effects of misinformation during the early days of the HIV epidemic, as well as the racism faced by Asian communities, which was exacerbated by former President Donald Trump’s designation of Covid-19 as the “China virus.” “Continuing to use the term ‘monkeypox’ to describe the current outbreak may reignite these traumatic feelings of racism and stigma — particularly for Black people and other people of color, as well as members of the LGBTQIA+ communities — and it is possible that they will avoid engaging in vital health care services as a result,” Vasan added.
Skin Repigmentation In Vitiligo Patients Can Now Be Treated At Home
The Food and Drug Administration (FDA) has recently authorized the first at-home treatment for skin repigmentation for vitiligo patients. Based on data from two identical Phase 3 clinical trials revealed that 30% of patients using the cream regained at least 50% of skin repigmentation on their body and roughly 20% of patients regained at least 50% of repigmentation on their face after 24 weeks, the FDA announced the approval of Incyte’s ruxolitinib cream on July 18. Background Before the approval of ruxolitinib, whose brand name is Opzelura, Jim Lee, vice president of Incyte’s head inflammation and autoimmune department, stated that the only treatment options available to people with vitiligo were light therapy carried out in a doctor’s office. They may now apply the cream at home. Disease or circumstance The most prevalent kind of vitiligo is nonsegmental vitiligo. Depigmentation, or loss of pigment, occurs in regions of the skin as a result of the disorder. Depigmentation may appear on the hands, arms, face, neck, scalp, and places that frequently come into contact with objects or are rubbed, such as the lips and genitals. It is thought that vitiligo is an autoimmune condition. The immune system seems to be attacking the skin’s pigment cells (melanocytes) in vitiligo patients. Numerous people who have vitiligo also have at least one additional autoimmune condition. Effectiveness Opzelura has been proven to be safe and effective in two clinical studies (NCT04052425 and NCT04057573). In both studies, nonsegmental vitiligo patients were randomized to receive Opzelura or a placebo twice daily for 24 weeks, with an additional 28 weeks of Opzelura therapy for all participants. Compared to 10% of placebo patients, 30% of Opzelura patients achieved at least a 75% improvement in the face Vitiligo Area Scoring Index after the 24-week treatment period. Information on Safety The most frequent side effects of Opzelura are acne, itching, and fever at the application site, as well as the common cold, headache, and urinary tract infection. Opzelura shouldn’t be used alongside therapeutic biologics, other JAK inhibitors, or strong immunosuppressants such as azathioprine or cyclosporine. Patients using JAK inhibitor therapy for inflammatory disorders are at an increased risk of serious infections, death, cancer, significant adverse cardiovascular events, and thrombosis.
3 Indian Gems Contributed to NASA’s James Webb Telescope Development
There is a huge team of scientists behind the success of the legendary James Webb Telescope launch and there were three Indian minds also involved in this biggest achievement. So here are the stories of their journey of playing integral and crucial roles in projecting Hubble’s friend, James Webb Space Telescope. Kalyani Sukhatme Kalyani Sukhatme was the project administrator for this Mid-Infrared Instrument or MIRI, one of the four science instruments on the James Webb Telescope. She works at NASA’s Jet Propulsion Laboratory, or JPL, California Institute of Technology in Pasadena, Calif. Kalyani is the daughter of two mathematics professors, was born in Mumbai, India, and she has curiosities in engineering and physics which led her to a Bachelor of Technology in engineering physics from the Indian Institute of Technology at Mumbai in 1993. She was awarded the Institute Silver Medal for standing first in her class on her graduation. She finished her master’s in physics in 1995 from the University of California, Irvine UCI. She achieved a doctorate in physics from UCI in 1997 with a thesis in low-temperature experimental physics. Kalyani has been at JPL full-time, starting as a postdoctoral fellow in 1998. In graduate school at UCI, she earned the Regents’ Fellowship. At JPL she has gained five team rewards from 2004 to 2009, one individual outstanding accomplishment award in 2005, and one NASA group achievement award in 2006. She is the recipient of the European Space Agency James Webb Space Telescope award for significant achievement in 2012. Kalyani’s investigation concentrates on low-temperature transport properties on grounds and Josephson junction behavior in superfluid Helium. She has joined in the technology development of infrared detectors and their operation for spaceflight missions. At JPL, she served as the examination head for the SPIRE instrument on the mission, which launched in May 2009. She oversaw the MIRI Focal Plane Module or FPM advancement, providing the flight and spare units in September 2009. Hashima Hasan Hashima Hasan was The Deputy Program Scientist for the James Webb Space Telescope and was born in Lucknow. She is the NASA Program Scientist for NuSTAR, the Keck Observatory, and ADCAR (Astrophysics Data Curation and Archival Research). In a NASA video, she talked about how her interest in space evolved. “I grew up in India, and first got fascinated with space when my grandmother took us all to the backyard to see Sputnik. I was five at that time. I was excited and wanted to become a scientist.” Hasan graduated from Aligarh Muslim University and studied at the Tata Institute of Fundamental Research (TIFR), Mumbai. After that, She had a brief stint at the Bhabha Atomic Research Centre (BARC). She obtained a doctorate from the University of Oxford in theoretical nuclear physics. Hasan was the Optical Telescope Assembly Scientist at Space Telescope Science Institute, Baltimore, till 1994, after that she united with NASA. Kartik Sheth According to NASA’s website, for 7 years Kartik Sheth has been working as a program scientist in both the Astrophysics and Earth Science Divisions. Kartik’s duty encompasses supervising space journeys, along with analysis and development programs. He also works in the fulfillment of the United Nations endurable development goals. He was the Assistant Director for Research Infrastructures and Science Equity in the Office of Science and Technology Policy in the Executive Office of the President in the White House. He assisted as the Director of the Office of Diversity and Inclusion at the National Radio Astronomy Observatory. Sheth established a non-profit called Empowered Earth Alliance and the goal of this alliance is to entrust regional authorities with scientific and business knowledge so they can operate independently towards sustainability. He earned the NASA Diversity, Equity, and Inclusion Award for his work overseeing the Anti-Racism Action association, and the other work at the agency in 2022. So this was the journey of Indian scientists who are involved in the making of NASA’s James Webb telescope.
SpaceX to Make a Space Telescope for NASA to Study Space Darks
NASA has licensed SpaceX to launch their new Nancy Grace Roman Space Telescope, which will explore space secrets. The launch has been tentatively set for October 2026, with SpaceX’s Falcon Heavy serving as the launch vehicle. NASA describes the deal as an indeterminate delivery and indefinite quantity contract that is subject to modification. The overall cost of the telescope, including launch and mission expenses, is estimated to be $255 million. The telescope’s mission is to research dark matter and dark energy, as well as to look for exoplanets. Dark matter is the stuff that makes up the majority of the cosmos, whereas dark energy is the unknown mechanism by which the universe continues to expand. What is the purpose of the Roman Space Telescope? Thirty years ago, scientists couldn’t even be sure that exoplanets (planets orbiting other stars) existed. We now know of over 4,000, due in large part to NASA’s Kepler Space Telescope, which discovered that the vast majority of stars in our galaxy have their solar systems. Kepler discovered largely big planets orbiting faint stars. TESS, NASA’s Transiting Exoplanet Survey Satellite, expands on Kepler’s survey work by searching for smaller planets orbiting brighter stars. Now it’s time to finish the initial galactic exoplanet census by looking for even smaller, rocky worlds the size of Earth. The five-year mission of the Roman Space Telescope will begin in the mid-2020s, to survey 100 million stars and discover 2,500 new exoplanets. Many will be rocky planets the size of Earth. RST will also utilize a coronagraph, a light-blocking disc, to directly picture selected planets, revealing their compositions for the first time. How will the Roman Space Telescope function? The telescope will use an exceptional method known as microlensing to look for exoplanets. Consider microlensing to be Einstein’s magnifying glass: planets, stars, and galaxies have such massive gravitational fields that they can bend and amplify light from other objects behind them, resulting in stunning halos in space. Scientists will study RST survey photos for microlensing occurrences, which will allow them to locate even tiny, rocky exoplanets. RST’s camera is just as sensitive as Hubble’s, but with a 100-fold larger field of vision. That implies RST will be able to capture a lot more data at once, regardless of what it is looking at. The Roman Space Telescope will be able to detect some of the light wavelengths emitted by the exoplanets it directly photographs. This will provide scientists with additional information about the makeup of the atmospheres of exoplanets. It will function best on Jupiter-sized planets, therefore we won’t be able to peek into the atmospheres of Earth-sized exoplanets. However, RST’s coronagraph is designed primarily to evaluate coronagraph technologies for future missions. Scientists have suggested employing enormous star blinds to properly obscure starlight so that we can directly photograph Earth-sized planets to search for life. The Wide Field Infrared Survey Telescope, which was suggested by the important 2010 Astronomy and Astrophysics Decadal Survey, was called after Dr. Nancy Grace Roman. Her work influenced the development of big space telescopes. With a vision 100 times larger than the Hubble Space Telescope, Roman will provide never-before-seen huge images of the universe to help astronomers investigate some of the universe’s greatest mysteries. There will be two instruments: • 300-megapixel Wide Field Sensor – With a field of view 100 times bigger than the Hubble infrared instrument, it can record more of the sky in less time. This means that a single Roman photograph can contain the detail of 100 Hubble images. • Coronagraph instrument for imaging and spectroscopy of specific neighboring exoplanets (planets beyond our solar system). NASA estimates that the overall cost of launching the Roman Space Telescope will be around USD255 million, which includes the launch service and other mission-related expenditures.
China Builds World’s Longest Single-Tower Suspension Bridge
The bridge, which is supported at both ends by cables and is built in a mountain valley with a V form, seems as though it defies gravity and is recognized as an engineering marvel known to be the longest suspension bridge in the World. It is only held up by one tower on one side. When it opens to traffic next month, China’s Lvzhijiang Bridge will be the first single tower, single-span suspension bridge in history. An engineering marvel The bridge, which is 798 meters long and spans the Lvzhijiang, also known as the “Green Juice River,” will facilitate and speed up transport in the remote and beautiful Yunnan province. The bridge is recognized as an engineering marvel. It is only held up by one tower on one side. This bridge, a three-year project completed in 2019, is an important part of the 9,000 km long Yunnan Highway network and the 190 km long Yuchu Expressway. It will significantly cut the travel time between Chuxiong Yi Autonomous Prefecture in Yunnan and nearby Yuxi City. After the completion of the project, the crossing time between the two sides will be shortened from 1.5 hours to 2 minutes, which will play an important role in promoting tourism development and economic growth in central Yunnan. China Railway Engineering Corporation On March 9, the Lvzhijiang Bridge of the Yuxi-Chuxiong Expressway in Yunnan that CREC had been working on was successfully closed as the cable crane fastened the final piece of steel box girder on the sling precisely and steadily. (@CRECofficial). It now extends 766 meters farther than the previous record-holder, the one-tower Jinshajiang Hutiaoxia expressway bridge. For an insight view of the Longest Suspension Bridge in the World, click here
Elon Musk’s Father Offered to Donate Sperm to ‘high class’ Women
Errol Musk’s father Errol Musk claims that his sperm is in “high demand” and is available for donation to “high-class” women. Henceforth, Elon Musk’s father gets offered to donate his sperm. It occurred just a few days after the patriarch disclosed that he had a second lovechild with his stepdaughter, in secret. The backdrop behind donating the sperm Errol Musk claims he has been requested to provide his sperm for multiple South American ladies. Errol disclosed in a recent interview with The Sun said that an undisclosed Colombian firm had approached him about donating his sperm since it had the same genius DNA as the world’s richest man. “I’ve got a company who wants me to donate sperm to impregnate high-class women. They say, ‘Why to go to Elon when they can go to the actual person who created Elon?” Errol told The Sun. Errol said that while the Colombian corporation had offered him money in exchange for his body fluids, however, he had not accepted the offer. Errol was asked whether he would donate his sperm rather than charge for it, and he responded, “Well, why not?” He further cited that they haven’t offered me any money, but they have offered me first-class flights, accommodations at five-star hotels, and all that sort of stuff. Elon Musk reportedly welcomed twins Recently it was widely reported, that weeks before the birth of his kid with girlfriend Grimes, Elon Musk had two children with Shivon Zilis, a senior employee at his brain chip business Neuralink. Musk reaffirmed his concerns about the low birth rate and stated he is contributing to the solution. “Helping the underpopulation situation as best I can. The greatest threat to society is a decline in birthrate,” he tweeted. In his tweet, Elon shared concern about the declining birth rate in the United States in May and how he was contributing to the statistics being stable. The billionaire said on May 24 that the “USA birth rate has been below minimum sustainable levels for over 50 years.” Therefore, Elon Musk’s father offers to donate his sperm. Currently, Musk has nine children: two with Zilis, two with musician Grimes, and five with his ex-wife Justine Wilson.
Paralympian Curler Steve Emt Near Fatal Wreck Changed His Life
Hebron, CT December 15, 2021– Paralympian curler, motivational speaker, and author Steve Emt is one of five members representing Team USA at the 2022 Paralympic Winter Games in Beijing, China from March 3 to March 14, 2022. He is the only Paralympian to also compete at the 2018 Paralympics in PyeongChang, South Korea. Paralympian Wheelchair Curler Steve Emt is a seven-time National Champion. He has competed in six World Championships and one Paralympics — the 2018 PyeongChang Paralympic Games. Vice skip Emt is one of five players chosen from the eight-member squad and is the only Paralympian on the team. As a member of Team USA in the World Wheelchair-B Curling Championship held in April of 2021, Steve Emt has helped Team USA earn the program’s first-ever Gold Medal and thus securing a spot in the 2022 Paralympic Games. Motivational Speaker and Author In addition to his pursuits as an athlete, Steve Emt is a motivational speaker and author. Known as the Decision Catalyst Speaker, Emt has spoken at schools and events across America. He is the author of the book You D.E.C.I.D.E., a memoir and self-help book with the same six-step action plan he has used himself to make big changes in his life. Steve Emt uses his D.E.C.I.D.E. Action Plan, as well as his own experience with adversity to motivate and empower others. His book, YOU D.E.C.I.D.E., is available on Amazon. Life Before the Accident Born and raised in Hebron, CT, Steve Emt has been a three-sport star athlete in high school, earning several honors in soccer and basketball. After high school, Steve Emt attended the United States Military Academy at West Point, where he has played soccer and basketball. He later transferred to the University of Connecticut where he played basketball for legendary coach Jim Calhoun while attending the University of Connecticut. In 1995, a drunk driving accident left Steve Emt paralyzed from the waist down. Nine months later, Emt has returned to work/ Emt has earned his teaching degree and he has taught middle school math for twenty years while coaching for the same basketball team he once played on. In 2013, Steve Emit fell in love with curling. This passion would eventually lead him to become a Paralympian at the 2018 Paralympic Games in PyeongChang. — Allen Marketing Communications, Inc. www.amcpr.net (917) 696-1220 joanna@amcpr.net