The Self-Generated Electricity Act Explained: How It Could Lower Electricity Bills in the Philippines

 

During his 2026 State of the Nation Address (SONA), President Ferdinand "Bongbong" Marcos Jr. called on Congress to pass a proposed measure known as the Self-Generated Electricity Act. The proposal immediately caught the attention of homeowners, businesses, and renewable energy advocates because of its potential to transform how electricity is produced and consumed in the Philippines.

But what exactly is the Self-Generated Electricity Act, and why does it matter to every Filipino?

What is the Self-Generated Electricity Act?

The Self-Generated Electricity Act is a proposed law that aims to give Filipinos greater freedom to generate their own electricity using renewable and other distributed energy systems.

Instead of relying solely on electric distribution utilities, individuals, businesses, schools, farms, factories, and even entire communities could produce electricity for their own consumption.

The proposal is expected to support technologies such as:

• Rooftop solar panels

• Small wind turbines

• Micro-hydroelectric systems

• Biomass energy

• Battery storage systems

• Other distributed energy resources

The main goal is simple: empower consumers, reduce electricity costs, and strengthen the country's energy security.

Why Is This Important?

The Philippines has long struggled with some of the highest electricity prices in Southeast Asia. Rising fuel costs, increasing demand, and dependence on imported energy sources continue to put pressure on consumers.

Allowing more people to generate their own electricity could help:

• Reduce monthly electricity bills

• Ease demand on the national power grid

• Encourage the use of renewable energy

• Improve energy reliability during brownouts or emergencies

• Reduce dependence on imported fossil fuels

Simply put, the proposal shifts consumers from being electricity buyers to becoming electricity producers as well.

What Could the Law Allow?

Although Congress has yet to finalize the bill, the proposed measure is expected to include several consumer-friendly provisions.

1. Easier Installation of Solar Panels

Homeowners and businesses could face fewer permits and simpler approval processes when installing rooftop solar systems or other self-generation facilities.

2. Faster Grid Connection

Those who wish to connect their systems to the local electric utility may benefit from faster interconnection procedures.

3. Better Net Metering Opportunities

If your solar panels generate more electricity than you consume during the day, the excess electricity could potentially be sent back to the power grid.

Depending on the final implementing rules, consumers may receive credits or compensation for the excess energy they contribute.

4. Reduced Bureaucracy

The government aims to remove unnecessary red tape that discourages investments in renewable energy systems.

5. More Investment in Clean Energy

A clearer legal framework could encourage more households and businesses to invest in renewable energy technologies.

How Could This Benefit Ordinary Filipinos?

Homeowners

Imagine installing solar panels on your roof.

During sunny days, your home could run primarily on solar energy instead of buying all its electricity from the utility company.

If your system generates excess electricity, you may be able to export it to the grid and receive energy credits, helping reduce future electricity bills.

Small Businesses

Electricity is one of the largest operating expenses for many businesses.

Self-generated electricity can help:

• Lower operating costs

• Improve business profitability

• Protect against future electricity price increases

• Keep operations running during power interruptions

Farmers

Agricultural operations often require electricity for irrigation, water pumps, refrigeration, and processing equipment.

Solar-powered systems could significantly reduce energy costs while improving productivity in rural areas.

Schools and Communities

Schools, hospitals, and community facilities could become more energy independent, especially during disasters or prolonged power outages.

Is It Already a Law?

Not yet.

The Self-Generated Electricity Act remains a legislative proposal mentioned during the President's 2026 SONA.

Before it becomes law, it must still go through the following process:

1. Filing of the bill

2. Approval by the House of Representatives

3. Approval by the Senate

4. Signing by the President

Only after completing these steps will the measure officially become law.

What Does This Mean for the Future?

If enacted, the Self-Generated Electricity Act could mark one of the biggest shifts in Philippine energy policy in recent years.

Instead of relying almost entirely on centralized power plants, the country could move toward a more decentralized energy system where millions of homes and businesses actively generate part of their own electricity.

Such a transition could lead to:

• Lower electricity costs for consumers

• Increased use of renewable energy

• Greater energy resilience during emergencies

• Reduced greenhouse gas emissions

• Stronger national energy security

Final Thoughts

The Self-Generated Electricity Act represents a vision where every Filipino has the opportunity to take greater control of their electricity consumption and costs. While the proposal still needs to pass through Congress, it reflects the government's intention to encourage renewable energy, reduce dependence on traditional power sources, and make electricity more accessible and affordable.

If the measure becomes law, it could pave the way for a future where rooftop solar systems and other renewable energy technologies become a common sight across the Philippines—benefiting households, businesses, and the nation as a whole.

 

PAX Silica sa Pilipinas: Pag-asa ba sa Ekonomiya o Panganib sa Kalikasan?

Panimula

Sa mga nakaraang taon, mas naging usap-usapan ang PAX Silica sa Pilipinas. Para sa ilan, isa itong oportunidad upang mapalakas ang ekonomiya, makalikha ng trabaho, at maging bahagi ang bansa ng lumalaking pandaigdigang industriya ng teknolohiya. Para naman sa iba, ito ay nagdudulot ng pangamba dahil sa posibleng epekto nito sa kalikasan at sa mga komunidad na maaapektuhan.

Ngunit ang tunay na tanong ay hindi lamang kung maganda o masama ang PAX Silica. Ang mas mahalagang tanong ay kung paano ito pamamahalaan, sino ang makikinabang, at kung mapoprotektahan ba ang kapaligiran habang isinusulong ang pag-unlad.

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Ano ang Silica at Bakit Ito Mahalaga?

Ang silica (silicon dioxide o quartz) ay isa sa pinakamahalagang likas na yaman sa modernong mundo. Dati, pangunahing gamit nito ay sa paggawa ng salamin, semento, at iba't ibang construction materials.

Ngayon, mas mataas na ang halaga nito dahil sa mabilis na pag-unlad ng teknolohiya.

Ginagamit ang high-purity silica sa paggawa ng:

• semiconductor chips

• computer processors

• smartphones

• solar panels

• fiber optic cables

• medical equipment

• battery technology

• industrial electronics

Sa madaling salita, halos lahat ng modernong teknolohiya ay may kaugnayan sa silica.

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Ang Malaking Papel ng Artificial Intelligence (AI)

Isa sa pinakamalaking dahilan kung bakit tumataas ang halaga ng silica ay ang pag-usbong ng Artificial Intelligence (AI).

Ang AI ay nangangailangan ng napakalaking computing power. Ang mga AI system ay tumatakbo gamit ang mga processor at graphics chips na gawa sa silicon, na nagmumula sa high-purity silica.

Ang simpleng proseso ay:

Silica → Silicon → Semiconductor Chips → AI Servers → Artificial Intelligence

Habang dumarami ang AI applications gaya ng:

• ChatGPT

• autonomous vehicles

• robotics

• AI assistants

• medical AI

• financial AI

• cloud computing

ay lalo ring tumataas ang pangangailangan sa semiconductor chips.

Ibig sabihin, habang lumalawak ang AI sa buong mundo, lalong nagiging mahalaga ang silica bilang isang strategic resource.

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Hindi Lang AI ang Dahilan

Bukod sa AI, tumataas din ang demand sa silica dahil sa:

• Electric Vehicles (EVs)

• Renewable Energy

• Solar Power

• 5G Infrastructure

• Consumer Electronics

• Smart Manufacturing

• Internet of Things (IoT)

Kaya maraming bansa ngayon ang naghahanap ng matatag na suplay ng high-quality silica.

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Sino ang Sumusuporta sa PAX Silica?

Mga Negosyante at Investors

Nakikita nila ang proyekto bilang oportunidad para sa:

• bagong trabaho

• paglago ng ekonomiya

• pagpasok ng foreign investments

• pagtaas ng export

• dagdag na kita ng pamahalaan

Kung maayos ang pamamalakad, naniniwala silang makikinabang ang bansa.

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Pamahalaan

Para sa gobyerno, maaaring magdala ang proyekto ng:

• mas mataas na koleksyon ng buwis

• royalties

• imprastraktura

• paglikha ng trabaho

• pag-unlad ng industriya

Kung magiging bahagi ang Pilipinas ng pandaigdigang semiconductor supply chain, maaari itong magbigay ng pangmatagalang benepisyo sa ekonomiya.

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Ilang Local Government Units

Maraming lokal na pamahalaan ang sumusuporta sa mga proyektong may potensyal na magdala ng:

• bagong kalsada

• negosyo

• oportunidad sa trabaho

• dagdag na kita para sa kanilang lugar

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Sino ang Tumututol?

Environmental Groups

Ang pangunahing concern nila ay ang posibleng epekto sa:

• kagubatan

• watershed

• ilog

• biodiversity

• kalidad ng hangin

• kalidad ng tubig

Naniniwala silang may mga pinsalang maaaring hindi na ganap na maibalik.

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Mga Magsasaka at Mangingisda

Nababahala sila na baka maapektuhan ang:

• irigasyon

• ani

• palaisdaan

• kabuhayan

Para sa kanila, ang pangmatagalang epekto sa kanilang hanapbuhay ang pinakamahalagang isaalang-alang.

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Indigenous Peoples

Kung ang pagmimina ay nasa loob o malapit sa ancestral domains, maaari itong makaapekto sa:

• kultura

• tradisyon

• kabuhayan

• lupang ninuno

Dahil dito, mahalaga ang tunay na konsultasyon at paggalang sa kanilang mga karapatan.

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Kaya Bang Solusyunan ang Environmental Impact?

Ang modernong pagmimina ay may mga teknolohiyang maaaring makatulong upang mabawasan ang epekto sa kalikasan, tulad ng:

• water treatment systems

• dust suppression

• sediment control

• progressive rehabilitation

• reforestation

• environmental monitoring

• mine closure planning

Gayunpaman, mahalagang kilalanin na ang pagmimina ay hindi maaaring maging "zero impact." Ang layunin ay mabawasan ang pinsala hangga't maaari at tiyaking may malinaw na pananagutan at rehabilitasyon.

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Ang Pinakamalaking Isyu: Tiwala

Sa maraming Pilipino, ang usapin ay hindi lamang tungkol sa pagmimina.

Ito ay tungkol sa tiwala.

Marami ang nagtatanong:

• Talaga bang susundin ang environmental laws?

• May mananagot ba kung magkaroon ng paglabag?

• Magagamit ba nang tama ang buwis at royalties?

• Matutuloy ba ang rehabilitasyon kapag natapos ang proyekto?

Kapag mababa ang tiwala sa pagpapatupad ng batas, nagiging mahirap para sa publiko na tanggapin kahit ang mga proyektong may potensyal na benepisyo.

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Ang Papel ng Politika

Natural na nagiging bahagi ng usapin ang politika.

May mga politiko na sumusuporta dahil naniniwala silang makatutulong ito sa ekonomiya.

May iba namang tumututol dahil sa environmental concerns o dahil sa pananaw ng kanilang mga nasasakupan.

Mayroon ding mga pagkakataong pinaghihinalaan ng publiko na ang ilang desisyon ay maaaring maimpluwensiyahan ng pansarili o pampulitikang interes. Gayunman, hindi makatarungang ipagpalagay na pare-pareho ang motibasyon ng lahat ng politiko. Ang kanilang mga posisyon ay maaaring mag-iba depende sa ebidensiya, sa batas, at sa pananagutan nila sa publiko.

Sa isang demokrasya, mahalaga ang transparency upang mapanatili ang tiwala ng mamamayan.

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Ang Mas Malaking Tanong

Ang tunay na tanong ay hindi:

"Magmimina ba tayo?"

Kundi:

"Ano ang gagawin natin sa silica?"

Kung mag-e-export lamang ang Pilipinas ng hilaw na silica, limitado ang halagang mananatili sa bansa.

Ngunit kung magkakaroon ng kakayahan ang Pilipinas na magproseso ng silica tungo sa mas mataas na antas ng manufacturing, mas malaki ang potensyal na:

• kita

• trabaho

• teknolohiya

• kasanayan ng manggagawa

• pandaigdigang kompetisyon

Bagama't nangangailangan ito ng malaking puhunan, imprastraktura, at mataas na antas ng teknolohiya, ito ang uri ng value-added industry na mas nagbibigay ng pangmatagalang benepisyo.

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Ang Balanse sa Pagitan ng Pag-unlad at Pangangalaga sa Kalikasan

Hindi kailangang mamili lamang sa pagitan ng ekonomiya at kalikasan.

Ang tunay na layunin ay ang responsable at napapanatiling pag-unlad.

Kabilang dito ang:

• mahigpit na pagpapatupad ng batas

• independiyenteng environmental monitoring

• malinaw na konsultasyon sa mga komunidad

• patas na pagbabahagi ng benepisyo

• sapat na pondo para sa rehabilitasyon

• pananagutan kapag may paglabag

Kung maisasagawa ang mga ito nang maayos, mas tataas ang kumpiyansa ng publiko at mas magiging balanse ang pagtingin sa proyekto.

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Konklusyon

Ang PAX Silica ay hindi simpleng usapin ng pagmimina. Ito ay bahagi ng mas malaking pagbabago sa pandaigdigang ekonomiya kung saan lumalaki ang pangangailangan para sa silica dahil sa Artificial Intelligence, semiconductors, renewable energy, at modernong teknolohiya.

Kasabay nito, mahalagang kilalanin ang mga pangamba tungkol sa kalikasan, kabuhayan, at pamamahala. Ang hamon ay hindi lamang kung paano kukuha ng likas na yaman, kundi kung paano ito pamamahalaan nang may pananagutan, transparency, at pangmatagalang pananaw.

Kung magiging responsable ang pagpapatupad at kung ang Pilipinas ay makakalikha ng mas mataas na halaga mula sa sarili nitong likas na yaman sa halip na mag-export lamang ng hilaw na materyales, maaaring maging mahalagang hakbang ang PAX Silica tungo sa mas matatag na ekonomiya at mas mataas na antas ng industriyalisasyon.

Sa huli, ang tagumpay o kabiguan ng proyektong ito ay hindi lamang nakasalalay sa dami ng silica sa ilalim ng lupa, kundi sa kalidad ng mga institusyon, sa tiwala ng mamamayan, at sa kakayahan ng bansa na pagsamahin ang pag-unlad ng ekonomiya at ang pangangalaga sa kalikasan.

Nabuko na Modus Operandi ni Francis Leo Marcos ayon kay Xian Gaza

Karaniwang naiisip ng mga Netizen na ang dahilan ng pamimigay ng bigas ni Norman Mangusin aka Francis Leo Marcors (FLM) ay upang maging popular ng sa gayon sa susunod na eleksiyon ay may tyansa na siyang matanggap ng COMELEC sa pagkakandidato at maaring manalo dahil sa dami ng supporters.

May paniniwala din na gamit ang FB videos at Youtube ay kumikita siya sa views ng ads sa kanyang mga video.

Matatandaang dati na po siyang tumakbo bilang senador ngunit nireject ng comelec dahil isa daw itong nuisance candidate.

Ayon kay Xian Gaza, hindi ito ang ang dahilan kung bakit siya namamahagi ng bigas. Ito lamang ay pamamaraan para makakuha ng tiwala at maging popular dahil sa mga plano nilang modus.

Mayroong sindikato umano sa likod ng modus ng pagpapasikat kay FLM. Si FLM ay ginamit lang nilang front. Marahil ay nakakagulat din ang bilis ng pagsikat ni FLM sa Social Media. Ito umano ay sa kadahilanang nagbabayad sila sa may ari ng mga DDS FB Group sa halagang ₱220,000.00 monthly upang mabilis na sumikat. Ang mga DDS daw kasi ay madaling mapaniwala o makuha ang simpatiya. Ay mga DDS daw umano ay parang mga kulto na sumasamba sa kanilang idolo at pag nakuha mo ang tiwala ay forever nang magiging panatiko at handang ipagtangol ang idolo.

Ang mga truck ng bigas umano ay mga props lamang at inuupahan lang sa halanga ₱3,000.00 to ₱3,500.00. Pati ang tonetoneladang bigas din daw ay mga props lang upang magamit sa propaganda niyang isa siyang Pilantropo. Kaunti lamang umano ang pinamamahagi sa mga bigas na ito.

Ang modus ay tumanggap ng donasyon mula sa mga OFW at mga taong gusto ding tumulong dahil sa mayaman chalenge. Ito ang plano kung paano sila kukubra ng milyon milyon.

Panuorin ang kabuuan ng video sa baba:

Who is your 2016 President of the Philippines?

Sino Ang Iboboto Mong Presidente Sa 2016?

Mar Roxas

Rodrigo Duterte

Leni Robredo

Alan Peter Cayetano

Chiz Escudero

Grace Poe

Manny Villar

Miriam Defensor Santiago

Antonio Trillanes

Panfilo Lacson

Joseph Estrada

Bong Bong Marcos

Jejomar Binay

Other

Please Specify:

Quiz Maker

Amazing Fact: The Worlds Youngest Mother

 

Lina Medina (born September 27, 1933, in Ticrapo, Huancavelica Region, Peru) is the youngest confirmed mother in medical history, giving birth at the age of five years, seven months and 17 days. She presently lives in Lima, the capital of Peru.

Born in Ticrapo, Peru, to silversmith Tiburelo Medina and Victoria Losea, Medina was brought to a hospital by her parents at the age of five years due to increasing abdominal size.

She was originally thought to have had a tumor, but her doctors determined she was in her seventh month of pregnancy. Dr. Gerardo Lozada took her to Lima, Peru, to have other specialists confirm that Medina was pregnant.

Contemporary newspaper accounts indicate that interest in the case developed on many fronts. The San Antonio Light newspaper reported in its July 16, 1939, edition—in anticipation of the girl's expected visit to U.S. university scientific facilities—that a national Peruvian obstetrician/midwife association had demanded that the girl be transported to a national maternity hospital; the paper quoted April 18 reports in the Peruvian paper La Crónica stating that a North American filmmaking concern sent a representative "with authority to offer the sum of $5000 to benefit the minor [in exchange for filming rights] ... we know that the offer was rejected.

"The same article, reprinted from a Chicago paper, noted that Lozada had made films of Medina for scientific documentation and had shown them around April 21 while addressing Peru's National Academy of Medicine; on a subsequent visit to visit Lina's remote hometown, some of the baggage carrying the films had been dropped into the river while crossing "a very primitive bridge": "Enough of his pictorial record remained, however, to intrigue the learned savants."

A month and a half after the original diagnosis, on May 14, 1939, Medina gave birth to a boy by a caesarean section necessitated by her small pelvis.

The surgery was performed by Lozada and Dr. Busalleu, with Dr. Colareta providing anaesthesia. Her case was reported in detail by Dr. Edmundo Escomel in the medical journal La Presse Médicale, including the additional details that hermenarche had occurred at eight months of age, in contrast to a past report stating that she had been having regular periods since she was three years old (or 2½ according to a different article). 

The report also detailed that she had prominent breast development by the age of four. By age five, her figure displayed pelvic widening and advanced bone maturation. When doctors performed the caesarean to deliver her baby, they found she already had fully mature sexual organs from precocious puberty.

Medina's son weighed 2.7 kg (6.0 lb; 0.43 st) at birth and was named Gerardo after her doctor. Gerardo was raised believing that Medina was his sister, but found out at the age of 10 that she was his mother. He grew up healthy but died in 1979 at the age of 40 of a bone marrow disease.

 

Baby-Shaped Pears Grow from Trees in China

With the help of fruitmold‘s plastic products, pears shaped like babies are growing from trees on farms in china and being sold at supermarkets in neighboring areas.

With peaceful closed eyes, miniscule nose and mouth and daintily crossed hands, the infantile forms look oddly realistic.

During the fruit’s developmental stages, the farmers apply a frame around the budding pear, which it eventually grows into and realizes its shape. In addition to selling the quirky harvests in nearby markets, the suzhou-based company ships their plastic devices across the globe, so baby-shaped pears — and other produce — can be grown all over the world.

A Chinese farmer cultivates an ordinary kind of fruit but with a mind-boggling twist. It’s by manipulating the growth of pears to have that figure of a baby. The question is how does he do it?

At first glance of the “baby pears”, you may mistake them for little Buddhas, right? One might also be confused in a way if seen on a counter top thinking that they are figurines.

One idea that we can presume is that he’s enclosing the young growing pears in split molds of some sort and waits for them to grow and mature. The pears then get the impressions of the molds. Well, I believe that’s the best possible procedure that I can think of. But, however he does it, it’s really beyond compare.

Aliens On The Moon: Truth Exposed!

The image shows a human-like figure with a shadow.

This video is about a supposed man on the moon taken from the Google Moon.

   

 

However, a science website, iflscience.com, said that this image suggest that the presence of a supposed man on the moon surface could trigger an ancient defense mechanism.

 

 

McDonald's Uses Worm Meat in their Hamburger Sandwiches

McDonald's urban legends

 



Urban legends about the fast-food chain McDonald's abound. These legends include claims about the food and allegations of discrimination by the company.

Unusual ingredients

Large companies have been the subject of rumors that they substitute unusual or unethical substances in their products, usually to decrease costs. McDonald's is not immune to such claims. 

Earthworms

Dating back to at least 1978, this rumor claims that McDonald's restaurants use earthworms in their hamburgers.

 

Cow eyeballs

One belief is that McDonald's uses cow eyeballs in its products, permitting it to brand them as "100% beef". However, the USDA mandates that all beef by-products, including cow eyeballs, be appropriately labeled. McDonald's, has asserted that its products contain "100% pure USDA inspected beef; no additives, no fillers, no extenders." In addition, cow eyeballs are actually more expensive than the more commonly eaten cow parts, due to demand from scientific institutions for experiments.

A related claim is that McDonald's buys its meat from a company called "100% beef", making it possible for McDonald's to call beef by-products and soy products "100% beef".

Mutant laboratory meat

Around March–April, 2000, an Internet rumor spread via e-mail in Brazil claimed that McDonald's meat was actually made from a genetically modified animal maintained in a laboratory. The e-mail stated that "the few who saw it assure it is a very unpleasant sight: they have no limbs or horns, no bones (undeveloped cartilage instead), no eyes, no tail and no fur; its head is about the size of a Baseball; they are fed through tubes connected directly into their stomach". 

 

 

 

Pig fat

This rumor is that McDonald's uses pig fat in its milkshakes, ice cream, and fried potatoes. McDonald's provides complete ingredient lists for all of its products on each of its regional websites: this includes unidentified fats within the ice cream used to make soft serve cones and sundaes. McDonald's Australia, however, specifically mentions that "there is definitely no lard or pig fat in the McDonald's Soft Serve. This rumor should not be confused with the fact that McDonald's has in the past used beef tallow as its frying oil.

Choko pie

There is a rumor in Australia that McDonald's Apple Pies were made of choko, not apples.^] This eventually led them to emphasize the fact that real Granny Smith apples are used in McDonald's pies.

source: Wikipedia

 

source : YOUTUBE

Real life Medusa Found Dead

Photos of alleged  real life dead Medusa is making the round online in Facebook and other social networking sites.

Medusa is found dead: Real or Fake Photos?

In Greek mythology, Medusa was a female monster or Gorgon described as having the face of a hideous human female with living venomous snakes in place of hair. She is also known for turning someone into a stone by directly gazing into her eyes. 
The photos appeared to be as a female with snakes as her hair. She also seemed to look like a mermaid.

However, Facebook viewers got curious about these pictures and made a research. One viewer commented that it is a mermaid. Another commented, the photo is fake and it is a wax figure of a character from the movie Pirates of the Caribbean on Stranger Tides.

Whether the real life  Medusa or a mermaid, real or fake, there was no further details on when and where these photos were taken.

Moreover, according to scientists, 95% of our ocean is still unexplored. So we’ll never know, few years from now, we could prove that mermaid really exist or there are new creatures to be discovered.