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Analysts expect ‘major’ Cabinet reshuffle, with defence, finance and DPM roles the ones to watch. Prime Minister Lawrence Wong is expected to bring in new political office holders and reassign key ministers as he forms his first Cabinet following the PAP's strong election showing.

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Analysts expect ‘major’ Cabinet reshuffle, with defence, finance and DPM roles the ones to watch. Prime Minister Lawrence Wong is expected to bring in new political office holders and reassign key ministers as he forms his first Cabinet following the PAP's strong election showing.

https://www.channelnewsasia.com/singapor...nt-5117156

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Analysts expect ‘major’ Cabinet reshuffle, with defence, finance and DPM roles the ones to watch. Prime Minister Lawrence Wong is expected to bring in new political office holders and reassign key ministers as he forms his first Cabinet following the PAP's strong election showing.

With the People’s Action Party (PAP) securing 65.57% of the national vote, Prime Minister Lawrence Wong is expected to form his own team and appoint. Upcoming reshuffle will mark the first Cabinet Mr Wong fully forms since succeeding Mr Lee Hsien Loong in 2024. Post-election reshuffles typically occur within two to three weeks after a General Election. At a press conference held after the election results were announced, Mr Wong acknowledged that Cabinet formation would be a priority.

“There is added urgency this year given the need to deal with the uncertainty of the trade war and the tariff situation,” said National University of Singapore (NUS) associate professor Chong Ja Ian.
Analysts noted that a major reshuffle has not occurred since 2021, with COVID-19, the leadership transition and mounting global uncertainty contributing to continuity in recent years. The mostly unchanged portfolios have helped provide stability in the government, said Assoc Prof Chong.

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https://www.channelnewsasia.com/singapor...nt-5117156

Countries Ranked by Their Lack of Hospitality. Article appeared in CarterFive has been published here with permission. Everybody loves to travel to new, iconic places never seen. Nothing is more exciting packing a bag exploring a new culture and landscape. However, some countries aren’t quite as perfect as the media makes them out to be. After all, every country has its fair share of problems. Below discuss world’s most unfriendly countries, ranked by their lack of hospitality you may be able to guess a few, it’s safe to say our list might just have U rethinking your next holiday.

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Countries Ranked by Their Lack of Hospitality. Article appeared in CarterFive has been published here with permission. Everybody loves to travel to new, iconic places never seen. Nothing is more exciting packing a bag exploring a new culture and landscape. However, some countries aren’t quite as perfect as the media makes them out to be. After all, every country has its fair share of problems. Below discuss world’s most unfriendly countries, ranked by their lack of hospitality you may be able to guess a few, it’s safe to say our list might just have U rethinking your next holiday.

https://bigglobaltravel.com/articles/rud...l+VV3+b59c&utm_source=taboola&utm_medium=indiatoday-businesstoday&utm_content=http%3A%2F%2Fcdn.taboola.com%2Flibtrc%2Fstatic%2Fthumbnails%2F8348143d6d7f1b4541250c72d7f0f1dd.png&utm_term=Unfriendliest+Countries+in+the+World%2C+Ranked&network_code=CBQ&c=Fw9V3uIHo0l4MrDWQKeV46rdiyEdQGTEAmQ-Z3GBJUM=&tblci=GiC6UXnh0-c7-u41D23zLd8mTTzd_e66GZVSXl06nCFSAiC9tkooyMqV1dnv3cRmMKe6PQ#tblciGiC6UXnh0-c7-u41D23zLd8mTTzd_e66GZVSXl06nCFSAiC9tkooyMqV1dnv3cRmMKe6PQ

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Countries Ranked by Their Lack of Hospitality. Article appeared in CarterFive has been published here with permission. Everybody loves to travel to new, iconic places never seen. Nothing is more exciting packing a bag exploring a new culture and landscape. However, some countries aren’t quite as perfect as the media makes them out to be. After all, every country has its fair share of problems. Below discuss world’s most unfriendly countries, ranked by their lack of hospitality you may be able to guess a few, it’s safe to say our list might just have U rethinking your next holiday.

#41. The Philippines...Philippines is a diverse intriguing holiday destination for anybody. On one hand, you can explore the stunning beaches & thick jungles. However, cities are extremely built up overpopulated, resulting in unhappy stressed locals who aren't exactly welcoming tourists this rudeness varies from place-place. Certain areas Philippines are popular for being extremely friendly, other regions should rather be avoided, like big cities, secluded areas known for being rather unwelcoming they prefer the quiet lifestyle 

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#41. Philippines is a diverse intriguing holiday destination for anybody. On one hand, can explore stunning beaches & thick jungles. However, cities are extremely built up overpopulated, resulting in unhappy stressed locals who aren't exactly welcoming tourists this rudeness varies from place-place. Certain areas r popular for being extremely friendly, other regions rather be avoided, like big cities, secluded areas known for being rather unwelcoming they prefer the quiet lifestyle.

@40. Thailand is a very popular destination for young backpackers wanting to see the world and experience unique cultures some of backpackers have complained about etiquette of the locals, especially in the bigger cities, locals don't appreciate sheer number of tourists infiltrate their country every year during Summer months as backpackers have noted locals treat tourists who look like they have money better than those who don't.

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#38 Indonesia is considered one of the rudest countries in world, important to remember their customs traditions are very different from ours, we consider rude might actually be commonplace for locals. For starters, pleasantries aren't really a thing in Indonesia can tourists be surprise visiting for 1st time. It common for locals to ask tourists for money or for shop vendors to pressure tourists into buying as much as possible.

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#38 Indonesia is considered one of the rudest countries in world, important to remember their customs traditions are very different from ours, we consider rude might actually be commonplace for locals. For starters, pleasantries aren't really a thing in Indonesia can tourists be surprise visiting for 1st time. It common for locals to ask tourists for money or for shop vendors to pressure tourists into buying as much as possible.

30. Australia is a popular tourist destination for many reasons. From the sandy beaches to Great Barrier Reef
Reef, does seem like an outdoor lovers' paradise. For most part, Australian locals don't mind tourists too much fact are a very laid-back bunch of people, which can come across as rude to some foreigners, they love to swear a very common for people to include at>least one swear word in every sentence.

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https://www.straitstimes.com/singapore/p...-at-ge2025

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WEST COAST-JURONG WEST

Number of Electors: 158,836
Party Total Votes (PAP vs PSP).

PAP: 88,347 (60.01%)
PSP: 58,863 (39.99%)

PSP founder Tan Cheng Bock to retire from politics, but not leaving party. "PSP not going to run away," said secretary-general Leong Mun Wai.

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PSP founder Tan Cheng Bock to retire from politics, but not leaving party. "PSP not going to run away," said secretary-general Leong Mun Wai.

SG: Progress S'pore Party (PSP) founder chairman Tan Cheng Bock confirmed on Saturday (May 10) that he will retire from electoral politics. He'll, however, remain in party, he told journalists b4 walkabout at West Coast Market Square with about 20 PSP members & volunteers, including those who contested in West Coast-Jurong West GRC and Pioneer SMC. "At end of day, we didn't do well. I don't want to blame anybody," Dr Tan added. PSP went on a series of walkabouts to thank S'poreans who voted for them, who turned 85 in April, said Dr Tan.PSP will not have a parliamentary presence following General Election, results meant party loses its 5-year hold over the Non-Constituency MP seats occupied by secretary-general Leong Mun Wai & 1st vice-chairperson Hazel Poa.

The party lost in all the constituencies it was contesting. It also received a smaller vote share in the ones it was re-contesting, including West Coast-Jurong West GRC, which saw closest contest between PSP Vs ruling PAP Party in the 2020 General Election. We'll be back soon. We'll be back in maybe five years time," by then, I hope a younger team will take over & we hope people will look at us in a different way."

The party is looking forward to seeing how it can train younger members to understand what politics is, "what's like to represent people", added he stood as a candidate in 2025 GE b'cos he hoped to bring more young people into parliament, noting he had already been a Member of Parliament b4. "I tried my best, thinking, maybe they think we're not ready, it's ok, b'cos if Workers' Party took about 60 yrs to just gain 10 seats, I told them, don't be discouraged," Dr Tan said.
https://www.channelnewsasia.com/singapor...cs-5121146

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This is what outside happening this moment, while we all of us is watching on our hand hp, all this is about war, flood, food and hopes for peace in this world. 

https://youtu.be/UfX8YRHxhw8?si=WIGfJ4BRbVV8aWcH

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https://www.yahoo.com/tech/u-firm-makes-...41979.html

Yes. Company are very right...Good that found out early☺️ a good KARMA now for world a chance to be back to nomal.

Good found out early☺️ world is turning to new forms of electricity to try to slow overheating of earth, one U.S. company first in nuclear power industry.

(Westinghouse  Good Karma this can helped industrialize U.S., has cleared a preliminary hurdle to have a (5-megawatt micro reactor) test in 2-years, Interesting E⁴ngineering reported. The front-end engineering experiment design phase has been completed, the machine is one of three (3) could be evaluated @world's first microreactor test bed, per a Dept of Energy news release.
https://tech.yahoo.com/science/articles/...41979.html

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Yes. Company are very right...Good that found out early☺️ a good KARMA now for world a chance to be back to nomal.

Good found out early☺️ world is turning to new forms of electricity to try to slow overheating of earth, one U.S. company first in nuclear power industry.

(Westinghouse  Good Karma this can helped industrialize U.S., has cleared a preliminary hurdle to have a (5-megawatt micro reactor) test in 2-years, Interesting E⁴ngineering reported. The front-end engineering experiment design phase has been completed, the machine is one of three (3) could be evaluated @world's first microreactor test bed, per a Dept of Energy news release.
https://tech.yahoo.com/science/articles/...41979.html

https://tech.yahoo.com/science/articles/...41979.html

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Yes. Company are very right...Good that found out early☺️ a good KARMA now for world a chance to be back to nomal.

Good found out early☺️ world is turning to new forms of electricity to try to slow overheating of earth, one U.S. company first in nuclear power industry.

(Westinghouse  Good Karma this can helped industrialize U.S., has cleared a preliminary hurdle to have a (5-megawatt micro reactor) test in 2-years, Interesting E⁴ngineering reported. The front-end engineering experiment design phase has been completed, the machine is one of three (3) could be evaluated @world's first microreactor test bed, per a Dept of Energy news release.
https://tech.yahoo.com/science/articles/...41979.html

As the climate crisis worsens and energy needs grow, scientists are racing to unlock a cleaner and safer energy future. Among the most promising solutions is nuclear fusion—an energy source that could one day power the world without releasing carbon or creating long-term radioactive waste. But fusion is hard to achieve. It demands extreme conditions, precise control, technology that must meet tough, conflicting, demands. That’s why recent breakthrough is catching attention. One Energy, a private company focused on fusion, developed a detailed, self-consistent scientific blueprint for a practical fusion pilot power plant.

Their findings, now published in six peer-reviewed papers in the Journal of Plasma Physics (JPP), lay foundation for a pilot facility that could bring fusion energy closer to the power grid. Special issue of journal is more just academic, it shows how science, engineering, global collaboration can work together to design energy systems that meet real-world needs. 

A new blueprint for fusionThe work centers device called a stellarator—a complex machine uses twisted, helical magnetic fields to control the super-hot plasma needed for fusion reactions. The idea is not new. Fact, the Wendelstein 7-X in Germany world’s largest stellarator, has already proven the design can work at a research scale. 

According to Christofer Mowry, the company’s CEO, this isn’t just another laboratory concept. “The physics basis for our new fusion power plant is grounded in Type One Energy’s expert knowledge about reliable, economic, electrical generation for the power grid,” Mowry said. “We have an organisation that understands this isn’t only about designing a science project.”
https://www.thebrighterside.news/post/ne...ep-closer/

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Young S'poreans open up about why they feel lonely, yet struggle to lean on others Nearly 60 per cent of youths in a Talking Point survey considered themselves lonely. Who is checking in with them? The CNA programme finds out about their social disconnection and how they can build and maintain meaningful bonds.

S'PORE: On days when work is extra challenging, & when Valentina Ko, 35, hits the gym hardest.

“I get frustrated & loneliness sets in. B'cos then I feel like there’s no one can talk to really to understands what I’m going through,” she said.
https://www.channelnewsasia.com/cna-insi...at-4702651

My 2-hands is very busy watching what is happening outside Singapore...

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How Plasma Powers the Engine

Plasma, the fourth state of matter, consists of charged particles like ions and electrons. Found naturally in the sun and lightning, it can also be generated in controlled environments. Tang's engine harnesses this state of matter through a sophisticated process involving air compression and microwave technology.

1) Air Compression: System starts by drawing in atmospheric air, then compressed to high pressures using a turbine compressor. This compressed air provides the necessary density for effective plasma generation.

2) Microwave Ionization Chamber: The compressed air flows into a quartz tube fitted with microwave ionization chamber. Microwaves, operating at 2.45 GHz same frequency used in microwave ovens—are directed into chamber.

3) Ionization: Inside the chamber, the high-frequency microwaves excite air molecules, stripping electrons from atoms creating a plasma state resulting plasma reaches temperatures exceeding several thousand degrees Celsius.

4) Jet Thrust Generation: High-temperature plasma rapidly expands exits ionization chamber. This expansion produces a jet thrust capable of lifting a 1-kilogram steel ball, demonstrating thrust comparable to conventional jet engines.

We all Singaporean can learn from:...here.

From here  Big Grin  Road to Scalable Plasma Jets their prototype is promising, scaling it to power large aircraft presents unique challenges. Current design requires megawatt-level microwave sources & advanced energy storage systems capable of delivering continuous high power. Clapping
Tang’s approach differs from.... 
Other plasma propulsion systems, such as those used by NASA. For example (EG), NASA’s xenon-based plasma thrusters, like those on the Dawn spacecraft, work well in the vacuum of space but are ineffective in Earth’s atmosphere due to their low thrust output. Tang’s design overcomes limitation by using atmospheric air, making it feasible for terrestrial and airborne applications..,

Noted: There Singapore has alot much to learn from China and from U.S. on their tech curve...right.

Now!. Confirmed for first time in history: Light transformed into a strange form of solid.

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https://www.ecoticias.com/en/confirmed-l...lid/12047/

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Now!. Confirmed for first time in history: Light transformed into a strange form of solid.

Now!. Scientists have achieved their initial goal of converting light into a supersolid material that unites solid-stage characteristics with those of superfluids. The discovery establishes paths toward studying uncommon quantum nature states of matter while carrying great implications for technological growth. 

ECONews: Confirmed for the first time in history: Light transformed into a strange form of solid

NASA finds 102 new colors ― Hidden in most distant galaxies in universe. Some
thing worrying is going on — Strange pink snow spotted in America now turns orange. Historic discovery in the Atlantic Ocean: It’s about to overflow through this region. Scientists have achieved their initial goal of converting light into a supersolid material that unites solid-stage characteristics with those of superfluids. The discovery establishes paths toward studying uncommon quantum nature states of matter while carrying great implications for technological growth. Supersolids explained: mind-bending state of matter behaves like a solid and a liquid at once. Matter form known as a supersolid behaves as both a solid & shows the properties of a superfluid. Despite keeping its rigid arrangement, the material demonstrates smooth flow while remaining non-frictional. Theoretical research on supersolids as a matter state has move very fast in need
& continued for decades since scientists first considered them in the 1970s. Through precise conditions, scientists believe materials can develop combined solid & superfluid properties to produce an absolute natural anomaly, discovery shows how particular materials become supple when exposed to exceptionally cold temperatures b'cos they transition into a viscosity-free state. The dual properties of rigidness combined with fluidity create an extraordinary phase called supersolid in matter. Traditional materials possess two distinct states b'cos solids maintain their shape, yet liquids possess free movement. Supersolids demonstrate behaviour beyond normal fluid-solid definitions b'cos they exhibit features on both state.

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Now!. Scientists have achieved their initial goal of converting light into a supersolid material that unites solid-stage characteristics with those of superfluids. The discovery establishes paths toward studying uncommon quantum nature states of matter while carrying great implications for technological growth. 

ECONews: Confirmed for the first time in history: Light transformed into a strange form of solid

NASA finds 102 new colors ― Hidden in most distant galaxies in universe. Some
thing worrying is going on — Strange pink snow spotted in America now turns orange. Historic discovery in the Atlantic Ocean: It’s about to overflow through this region. Scientists have achieved their initial goal of converting light into a supersolid material that unites solid-stage characteristics with those of superfluids. The discovery establishes paths toward studying uncommon quantum nature states of matter while carrying great implications for technological growth. Supersolids explained: mind-bending state of matter behaves like a solid and a liquid at once. Matter form known as a supersolid behaves as both a solid & shows the properties of a superfluid. Despite keeping its rigid arrangement, the material demonstrates smooth flow while remaining non-frictional. Theoretical research on supersolids as a matter state has move very fast in need
& continued for decades since scientists first considered them in the 1970s. Through precise conditions, scientists believe materials can develop combined solid & superfluid properties to produce an absolute natural anomaly, discovery shows how particular materials become supple when exposed to exceptionally cold temperatures b'cos they transition into a viscosity-free state. The dual properties of rigidness combined with fluidity create an extraordinary phase called supersolid in matter. Traditional materials possess two distinct states b'cos solids maintain their shape, yet liquids possess free movement. Supersolids demonstrate behaviour beyond normal fluid-solid definitions b'cos they exhibit features on both state.

Continue from above..How scientists turned light into a supersolid—this experiment changes everything. Scientists from the National Research Council (CNR) Italy reached an important scientific breakthrough through their recent laboratory work. Under the direction of Dimitris Trypogeorgos and Daniele Sanvitto, the researchers produced a supersolid by applying laser light. The laser light properties received detailed control, which enabled the emergence of a dynamic, structured material with a fluid-like nature. Scientists managed to control light to generate ordered patterns across space even though the light remained fluid despite these arrangements. Supersolid exhibits unique combination of 2 distinct characteristics, scientists find to be remarkable in their discovery. Polaritons served as foundation since these hybrid light-matter particles emerge through strong illumination confined matter.


The scientists established a supersolid state by adjusting the exact interactions of polaritons w/precision. A successful transformation of light into a supersolid represents the first instance of making non-traditional matter into this state. The successful experimental results validate theoretical supersolid predictions alongside offering a real-world approach to their creation. They
Scientists created supersolid light-based materials that extend past cursory scientific value since they alter various quantum physics domains. [b]Supersolids can be used to study quantum phenomena because they support research involving Bose-Einstein condensates and superfluidity. Studies these matter states hold fundamental importance for understanding quantum mechanics principles b'cos to establish basic research for upcoming scientific advancements. [/b]Our comprehension of these states of matter enables us to advance quantum computing, materials science, & fundamental physics research about space & time. [b]Supersolids enable researchers to develop stable quantum bits (qubits) since they provide a new medium for controlling quantum state manipulation in quantum computing applications. D[/b]iscovery opens doors to developing [b]precise measurement tools and technologies for precision sensing for research purposes. Supersolids possess unique characteristics that make them suitable for developing highly sensitive instruments due to their ability to respond to tiny external stimuli. Discovery will become essential for scientists working in astrophysics, nanotechnology, and similar fields to measure phenomena that currently remain unreachable.[/b]

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Continue from above..How scientists turned light into a supersolid—this experiment changes everything. Scientists from the National Research Council (CNR) Italy reached an important scientific breakthrough through their recent laboratory work. Under the direction of Dimitris Trypogeorgos and Daniele Sanvitto, the researchers produced a supersolid by applying laser light. The laser light properties received detailed control, which enabled the emergence of a dynamic, structured material with a fluid-like nature. Scientists managed to control light to generate ordered patterns across space even though the light remained fluid despite these arrangements. Supersolid exhibits unique combination of 2 distinct characteristics, scientists find to be remarkable in their discovery. Polaritons served as foundation since these hybrid light-matter particles emerge through strong illumination confined matter.

Scientists established a supersolid state by adjusting exact interactions of polaritons w/precision. Successful transformation of light into a supersolid represents first instance of making non-traditional matter into this state, successful experimental results validate theoretical supersolid predictions alongside offering a real-world approach to their creation. They
Scientists created supersolid light-based materials that extend past cursory scientific value since they alter various quantum physics domains. [b]Supersolids can be used to study quantum phenomena because they support research involving Bose-Einstein condensates & superfluidity. Studies these matter states hold fundamental importance for understanding quantum mechanic principles b'cos to establish basic research for upcoming scientific advancements. [/b]Our comprehension of these states of matter enables us to advance quantum computing, materials science, & fundamental physics research about space & time. [b]Supersolids enable researchers to develop stable quantum bits (qubits) since they provide a new medium for controlling quantum state manipulation in quantum computing applications. D[/b]iscovery opens doors to developing [b]precise measurement tools and technologies for precision sensing for research purposes. Supersolids possess unique characteristics that make them suitable for developing highly sensitive instruments due to their ability to respond to tiny external stimuli. Discovery will become essential for scientists working in astrophysics, nanotechnology, and similar fields to measure phenomena that currently remain unreachable.[/b]

What next: The future of supersolids and their real-world applications.


Scientists continue to explore to realize practical implementations of this discovery while observing extensive potential opportunities. Supersolid materials hold promise to transform different fields, including measurement devices and materials development, leading to advanced properties. Scientists show great enthusiasm for developing next-generation technologies through the use of this new matter form.

Researchers expect new optical and photonic systems to arise from developing light into a supersolid state. Studying these phenomena could lead to improved communication systems and new control methods for light. Researchers should also investigate supersolid-state interactions with diverse quantum states to develop quantum information processing breakthroughs. To continue pls read...
https://www.ecoticias.com/en/confirmed-l...lid/12047/

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Now!. Confirmed for first time in history: Light transformed into a strange form of solid.

Noted: Here Singapore has alot much to learn from China and from U.S. on their tech curve...right. HOPE!. Noted: Here Singaporean has alot much to learn from China, from U.S. and other advance nations on their tech curve...right.

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What next: The future of supersolids and their real-world applications.


Scientists continue to explore to realize practical implementations of this discovery while observing extensive potential opportunities. Supersolid materials hold promise to transform different fields, including measurement devices and materials development, leading to advanced properties. Scientists show great enthusiasm for developing next-generation technologies through the use of this new matter form.

Researchers expect new optical and photonic systems to arise from developing light into a supersolid state. Studying these phenomena could lead to improved communication systems and new control methods for light. Researchers should also investigate supersolid-state interactions with diverse quantum states to develop quantum information processing breakthroughs. To continue pls read...
https://www.ecoticias.com/en/confirmed-l...lid/12047/

Global Commitment to Innovation

Globally, commitment to Research and Development is monumental. In 2023, worldwide R&D spending reached an astonishing $2.8 trillion, nearly tripling in constant dollars since early 2000s. Trend underscores strategic importance of innovation in stimulating growth and addressing modern challenges, such as energy transitions, medical advancements, & digital revolution. As countries recognize the transformative power of innovation, they channeling resources into R&D to secure competitive advantages. Asia has emerged as the most dynamic continent, accounting for 46% of global R&D expenditures, followed by North America at 29% & Europe at 21%. However, to accurately assess a country’s commitment relative to its economic size, most relevant indicator is R&D intensity, measures the share of GDP dedicated to these activities. In 2023, OECD (Organization for Economic Co-operation & Development) countries averaged around 2.7% of their GDP on R&D, totaling $1.9 trillion in spending by its members.

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Global Commitment to Innovation

Globally, commitment to Research and Development is monumental. In 2023, worldwide R&D spending reached an astonishing $2.8 trillion, nearly tripling in constant dollars since early 2000s. Trend underscores strategic importance of innovation in stimulating growth and addressing modern challenges, such as energy transitions, medical advancements, & digital revolution. As countries recognize the transformative power of innovation, they channeling resources into R&D to secure competitive advantages. Asia has emerged as the most dynamic continent, accounting for 46% of global R&D expenditures, followed by North America at 29% & Europe at 21%. However, to accurately assess a country’s commitment relative to its economic size, most relevant indicator is R&D intensity, measures the share of GDP dedicated to these activities. In 2023, OECD (Organization for Economic Co-operation & Development) countries averaged around 2.7% of their GDP on R&D, totaling $1.9 trillion in spending by its members.

In 2023, global spending on Research and Development (R&D) reached an astounding $2.8 trillion, highlighting the strategic significance of innovation.


🚀 Israel leads the world in R&D intensity, dedicating 6.3% of its GDP to these efforts, driven predominantly by the private sector.

💼 US & China remain largest absolute investors in R&D, with expenditures of $823.4 bil & $723 bil, respectively.

🌟 Smaller nations like South Korea & Israel demonstrate highest proportional commitment to R&D, setting benchmarks for innovation worldwide.

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Whatever. 
Music always make me feel better. 
An expression of our inner emotions. 
Through music. 
We can relax, express our feelings, relate to others.

https://youtu.be/X9EOnviudDo?si=a-3eNF9d2dgYUNAh

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https://youtu.be/oeYAnACaaQY?si=Duj57n239FG1azz_

https://youtu.be/FJU0ziaDq8U?si=J3IGemZcrLLHq71Z

[p1acebo]

https://youtu.be/FJU0ziaDq8U?si=J3IGemZcrLLHq71Z

Nice titties

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Expect to have more Taylor Swift type of concerts under his reign.

Song by Olivia Newton-John  -  Take Me Home Country Roads.
https://youtu.be/uHOTmMpux9E?si=EIAER28QBAgw8kaE

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Sing by Robbie Williams/Nicole Kidman  -  Something Stupid.
https://youtu.be/rtrXxgtYGUw?si=R6wT9FvuLnCAQYtX

something stupid