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Who is Jordyn Hamilton and Renee Satterthwaite? Dave Portnoy Ex Girlfriend Age and Instagram

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Who is Jordyn Hamilton and Renee Satterthwaite? – Jordyn was blogger Dave Portnoy’s ex-girlfriend. Here’s everything you need to know about them.

Dave Portnoy is the creator of Barstool Sports, a sports and pop culture blog. He previously worked for Yankee Group, an IT market research firm.

He was born in the United States, in the town of Swampscott, to Jewish parents. He moved to Boston after graduation and began working for Yankee Group.

 

Who is Jordyn Hamilton? Dave Portnoy Ex-Girlfriend

Jordyn Hamilton was the ex-girlfriend of Dave Portnoy. The two made their relationship official in 2017. Their relationship didn’t last long, and they split.

The reason they split was when Portnoy found Jordyn cheating on him with a Soul Cycle instructor. Despite being on a highlight with the scandal, Jordyn kept herself composed.

She is a career-oriented woman and never looked back on her drawbacks. Her ex-boyfriend, Prontnoy often, hears to be mingling with different women. 

Lately, he is with Silvana Mojica, who is two decades younger than him. Both Portnoy and Silvana spoke about their relationship openly. You can read further on them, here.

In April, Portnoy’s and Sydney Raines’s sex tape leak was all over the media. Currently, Portnoy is accused of violent and humiliating sex. Young women spoke about the harassment. 

For the allegation, Portnoy defends himself saying that ‘it’s just not fair’ that he was accused of toxicity and misogyny. You can learn more about Portnoy on his Wikipedia page.

Jordyn got a degree in Communications and Media Studies. Earlier she worked as an Event Coordinator and PR Manager at Pilates in Brooklyn, NY. She then moved to San Diego.

Who is Jordyn Hamilton and Renee Satterthwaite? Dave Portnoy Ex Girlfriend Age and Instagram
Who is Jordyn Hamilton and Renee Satterthwaite? Dave Portnoy Ex Girlfriend Age and Instagram

Know Jordyn Hamilton Age – Height & Weight

Jordyn Hamilton’s birthdate is not yet revealed. Observing her appearance and, look she must be in her thirties. But the exact date is not known.

Her physiques are also not mentioned online. But she holds a very nice figure as she is a fitness instructor. Her height might be 5 feet and a few inches. 

Her weight compliments her height. She has posted her picture on her social media platform which, shows she maintains her figure at a great level.

Meet Her On Instagram

You can follow Jordyn Hamilton on her Instagram page under the username @jordyn_Hamilton. She has got 11K followed and 187 posts.

She teaches spin at sparkcycle and, she has posted that she is available at sparkcycle 95% of the day. She is an ambitious woman and fitness conscious. 

She uses her Instagram page to post both her personal and professional affairs. She has mentioned her struggle also in one of the posts. 

Besides, you can find her on Twitter as well. Her Twitter handle is @jhammmmmy. She has got over 3K followers. 

 

Renee Satterthwaite Age: Meet Dave Portnoy’s Ex-Wife On Instagram

Renee Satterthwaite is an American equestrian and socialite. She is widely known for her marriage to David Scott Partnoy, the founder of Barstool Sports. She was famous among the fans as ‘The First lady of Barstool Nation’ as she supported Portnoy to expand his sports business online. 

Renee and David’s marriage ended in 2017 after nine years of a seemingly happy marriage, shocking many fans when Portnoy announced their separation through a blog post that the couple has separated. Earlier in 2016, Portnoy was spotted with Jordyn Hamilton, and later, he admitted that he was dating her.

Quick Facts: Renee Satterthwaite Age: Meet Dave Portnoy’s Ex-Wife On Instagram

Name Renee Satterthwaite
Birthday May 5, 1987
Age 33 years
Gender Female
Nationality American
Married/Single Separated
Husband Dave Portnoy (2009-2017)
Education Public Relations
Instagram @renee_portnoy
Twitter @Renee_Portnoy

10 Facts About Renee Satterthwaite

  1. Renee Satterthwaite’s current age is 33 years. She was born in Abington, Massachusetts, on May 5, 1987.
  2. Dave Portnoy has a Wikipedia page dedicated to him, while his ex-wife Renee Satterthwaite does not have one yet.
  3. Renee graduated in Public relations from Boston University, Massachusets.
  4. Despite getting separated in 2017, Renee has not dropped her surname Portnoy, as she still uses the name ‘Renee Portnoy’ on her social media.
  5. Renee still lives in the Nantucket mansion worth $2 million, owned by her and Dave, and has not publicly confirmed the divorce. However, Dave made it clear in one of his blog posts that the couple was getting separated back in 2017.
  6. Renee Satterthwaite has an Instagram account with 40.6k followers (as of February 7, 2021) under the user name ‘Renee Portnoy’. She mostly shares the picture of her rescued dogs.
  7. She started taking horse riding lessons when she was eight years old and started working as a senior buyer at SmarkPak, a retailer that sells equine supplements and horse riding gears. Today, she is the Director of SmarkPak.
  8. Renee Satterthwaite’s net worth is $2 million. She has accumulated this amount of money by working as the director of SmarkPak Merchandise and her significant social media following.
  9. She actively works with Nantucket Island Safe Harbor for Animals (NISHA) for rescuing stray dogs. She uses her Nantucket mansion as the foster home for rescued dogs. She promotes adopting stray dogs rather than buying. 
  10. There is no information on whether Dave and Renee had children together. However, Renee posted a picture with two unknown kids on her Instagram on January 6, 2019.

 

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Connor Delp Iu Football Allegations – Explore His Wikipedia Age Height and football roster

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Connor Delp Iu Football Allegations  – According to IU Athletics, Connor’s participation in all sports activities has been suspended. More information about the football player’s allegations can be found on his Wikipedia page.

Connor Delp, an Indiana University freshman footballer, has been suspended from the team for the time being. After the player was accused of rape in a fraternity house last week, IU Athletics issued an official statement stating that he will not be playing for the time being.

Connor has yet to appear in a game this season after committing to Indiana University in January 2021. And this isn’t going to help his career. The investigation, on the other hand, is still ongoing.

Connor Delp IU Football: Rape Allegations Explained!

Connor Delp is a footballer player who plays for Indiana University.

However, the freshman’s career took a backward turn after rape allegations were made against him. The campus authorities have not given away any details on the investigation yet.

But a few comments imply that Connor was accused of rape in an incident that took place in the fraternity house last week. The rumors are still to be proved and the college authorities are investigating it, of course.

We will update you with more details as soon as possible.

Connor Delp Wikipedia And Age: How Old?

Connor Delp doesn’t have a Wikipedia bio yet but he is quite a prospect.

As the football wide receiver is a freshman at College, he is probably around 20 years old. But he is yet to share his actual age.

Born and raised in Greenwood, Indiana, Connor Delp played high school football at Centre Grove. The footballer played at the position of wide receiver and has a great career in high school.

But it looks like his college career will need a jumpstart after all the accusations and drama revolving around him.

 

Connor Delp Height And Weight: Meet Him On Instagram

Connor Delp stands at a decent height of 5 feet and 10 inches. Similarly, the player weighs around 170 lbs.

Also, his Instagram page has been removed recently. He may have removed it because of all the drama that is unfolding featuring him. The footballer had over 3000 followers on his Insta page though.

Moreover, Connor Delp is now withheld from the footballing activities for an undefined time as confirmed by the IU Athletics.

IUP 2021 football roster

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Who Is Kristen Posey? Buster Posey Wife Age Kids and Instagram

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Buster Posey – Kristen Posey is a baseball catcher for the San Francisco Giants of Major League Baseball, the wife of Buster Posey (MLB). Get to know more about Buster Posey’s wife in this article.

Buster’s wife made her famous. Kristen and Buster married in 2009 after four years of dating. Professional baseball players frequently marry their high school sweethearts at an early age.

 

Buster Posey Wife-Kristen Posey

Buster Posey’s wife’s name is Kristen Posey.

The pair met while both students were at Lee County High School, mainly taking the SATs.

Kristen was in her senior year while Buster was still in his junior year when they first started dating, and they were just 17 and 18 years old at the time.

On January 10, 2009, Kristen and Buster married in Georgia, where they had a simple wedding ceremony.

 

View this post on Instagram

A post shared by Buster Posey (@busterposey)

 

Kristen Posey’s Age

Kristen Posey has not disclosed her age on the web.

She even has not mentioned her date of birth. Kristen was born in Leesburg, Georgia. Kristen’s height is 5 feet and 9 inches tall.

As soon as possible, her exact age will be updated soon.

Kristen Posey Wikipedia

There is no official page of Kristen Posey on Wikipedia.

Kristen and Buster started hanging out when she was in her senior year, and he was in his junior year.

They were both 17 or 18 years old at the time. Kristen accepted Buster’s invitation to the senior prom.

The two continued to be each other’s lifelong dates after that. Kristen’s nationality is American, and her ethnicity is white.

 

View this post on Instagram

A post shared by Buster Posey (@busterposey)

 

Kristen Posey’s Children

Kristen and her husband have twins children, whom they are very proud of.

Lee Dempsey Posey and Addison Lynn Posey, their children, were born in January 2011. Two minutes apart, the twins came.

The nine-year-old twins can be seen in their parents’ Instagram pictures and stories. Kristen and her twins are also commonly visible at Buster’s games.

In addition, in the year 2020, the Posey family welcomed two additional members. Adopted twin sisters Ada and Livvi.

Meet Kristen Posey On Instagram

Kristen Posey is not active on any social media, including Instagram and Twitter.

So, we can’t guess whether she has an Instagram account or not.

But, her husband is found on Instagram. His Instagram Id name is @busterposey. He has 359k followers and 28 followings on his Instagram account.

He has 250 posts on his Instagram altogether.

Richard Schonfeld Lawyer Is Getting Some Heat From The Internet – Henry Ruggs Lawyer Wikipedia and Age

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Richard Schonfeld Lawyer Is Getting Some Heat From The Internet – Henry Ruggs Lawyer Wikipedia and Age – a lawyer who practices in the United States. Learn more about his age and Wiki.

Criminal arbitration, preliminary cases, drug offenses, middle-class wrongdoings, muddled common prosecution, and family law are among Richard’s areas of expertise.

In his car accident lawsuit, he is now representing NFL star Henry Ruggs.

 

Meet Richard Schonfeld

Richard Schonfeld is an American criminal defense attorney who is currently handling Henry Rugg’s case as of now.

He is getting serious heat from the Internet for defending the culprit.

The former Las Vegas Raiders wide receiver Henry Ruggs III was driving 156 miles per hour when his vehicle struck and killed a 23-year-old woman Tuesday morning.

The victim was a 23-year-old girl, Tina Tintor who was in the vehicle with her dog. both of them died in the accident.

 

 

Henry Ruggs also had a loaded firearm in his vehicle during the time of his crash and that his blood-alcohol level was twice the legal limit.

The law seeks to charge Ruggs with two counts of driving under the influence causing death or substantial bodily harm. Apparently, his girlfriend, Kiara Washington was in the passenger seat and was injured in the crash.

If he is to be convicted, he would be heavily sentenced, possibly two to 20 years in prison.

After his appearance in Las Vegas Justice Court on Wednesday morning wearing a neck brace from the accident, he had his bail set at $150,000 with electronic monitoring.

 

 

Henry Ruggs Lawyer Richard Schonfeld Wikipedia And Age Explored

Richard Schonfeld has not been featured on the official page of Wiki yet but we have prepared a small bio on him.

Based on his appearance, he looks like he is in his mid 50’s. Although his date of birth is not available yet we might be able to guess his age.

Richard grew up in Vancouver, British Columbia, Canada.

He graduated with a Bachelor’s degree in Arts from the University of Western Ontario in 1996. Then he went on to California Western School of Law and received his Doctor of Laws degree in 1998.

 

 

Richard started to work as a legitimate representative at the Law Offices of Goodman and Chesnoff.

After he passed the Nevada Bar Exam and he became an associate of the firm.

He worked with them till 2005 and was chosen as the Mayor of Las Vegas. The association’s name was changed to Chesnoff and Schonfeld after that and Richard was made a named accomplice.

Richard Schonfeld Net Worth

Richard Schonfeld’s estimated net worth is $20 million dollars. He once acquired a seven-figure settlement for a been unreasonably sentenced in 2011.

He takes large fees from his customers with his incredible criminal defense practice.

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Emma Gilmour NZ Rally Driver Wikipedia Age Partner and Net Worth

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Emma Gilmour NZ Rally Driver – On Wednesday, McLaren announced Emma Gilmour as the next driver for the next season’s Extreme E electronic off-road championship.

Emma’s signing was declared by McLarenat at the COP 26 UN Climate Change Conference in Glasgow hosted by Prince Charles.

McLaren is well known as a Formula One constructor. After Ferrari, it is the second oldest active team, and second most successful Formula One team.

Emma Gilmour NZ Rally Driver Wikipedia Age Partner and Net Worth
Emma Gilmour NZ Rally Driver Wikipedia Age Partner and Net Worth

Emma Gilmour NZ Wikipedia Explored

Emma Gilmour, Kiwi rally driver made her debut in Arctic Extreme E replacing Jamie Chadwick at Veloce Racing.

Now, the driver, Emma will be moving to McLaren from Veloce making two starts for the team this year.

 

View this post on Instagram

A post shared by Emma Gilmour (@emmarallying)

 

Emma Gilmour first got involved in motorsport when she was 19 years old. Rally driver, Emma was 22 years old when she first entered a rally as a driver.

Mitsubishi Evo 3 was Gilmour’s first car which she purchased from her cousin. She says Glenn Macneall would be her greatest influence on a driving career as he has taught a lot about rallying to Emma.

In 2010, Emma was once the fastest female rally driver in the world which was her biggest achievement. She is 3 times runner-up in the New Zealand Rally Championship.

Talking about education qualification, Emma did her Bachelors in Arts from the University of Otago. Design, History Management, and Philosophy were her main subject.

Besides, rally driving, Gilmour is a business owner, public speaker, and driver trainer.

 

View this post on Instagram

A post shared by McLarenXE (@mclarenxe)

 

Emma Gilmour NZ: Age

Emma Gilmour is from Dunedin, New Zealand, and celebrates her birthday every year on September 30.

Dunedin’s Emma is 42 years old. Although, the exact date of birth is yet behind the curtains.

Pieces of information regarding Emma’s partner are still a secret. Rally driver, Gilmour’s partner is not revealed yet.

Emma does not seem to have a partner at the moment. However, we can not sure as she has not spoken about this matter publicly.

McLaren’s new driver, Emma is still following her passion with the same commitment since she stepped out in this field. Emma is an inspiration to thousands of young girls who are interested in this field.

Emma Gilmour Net Worth Revealed

Emma Gilmour’s net worth is not available for the moment as she has not disclosed any details regarding this matter.

It has already been nearly 20 years that Gilmour started out as a rally driver. She sure has earned a great amount of wealth.

Emma has her own Suzuki dealership in her hometown, Dunedin called Gilmour Motors.

 

View this post on Instagram

A post shared by Emma Gilmour (@emmarallying)

Emma Gilmour NZ Partners

Suzuki New Zealand

Suzuki is one of the world’s most successful automotive brands, enjoying a reputation as an innovative leader in compact car, motorcycle, marine and 4WD technology. The Suzuki brand symbolises outstanding quality and value for its millions of customers throughout the world.
I love my Suzuki!

Vantage

From the design and testing of the window and door systems, to manufacture and delivery by a network of more than 40 dealers around the country, the Vantage team have established a positive and unsurpassed reputation with architects, builders and homeowners alike. The brand is, by far, the most popular window system mentioned in architects’ specifications. The decades long experience in the New Zealand market has meant that Vantage products are perfectly matched to the range of local design tastes and to the rigours of New Zealand’s temperate climate.
I am thrilled to have the support of my main sponsor, Vantage Windows & Doors

Gilmour Motors Suzuki

Home of Suzuki in Dunedin, Otago

Castrol

Although we use Castrol Edge in our Suzuki, Castrol offer great products for your every day car too with oils such as Magnatec and GTX.

Dayle ITM

ITM BIG 30th BIRTHDAY SALE – from 1 April – 31 May 2021 – Whether you’re a volume builder, one man band or home owner completing your own renovations the team at Dayle ITM will “See you right!”

Modena Racing Gears

Modena Engineering Australia is one of the world leaders in the manufacturer of high performance transmission and driveline components specifically suited for the motor racing industries. They operate out of a modern, high-tech facility with the latest and greatest technology located in Carrum Downs, Victoria.

Hella

Hella New Zealand is a leading edge designer and manufacturer of energy efficient lighting products that always meet customer expectations for innovative design, durability and quality

Uniform NZ

Huge range of clothing & accessories, embroidery & printing for team, club, corporate, work & school uniform requirements.

Custom Signs

Effective signage and branding is a necessity and contributes to the overall success of your business. Custom Signs offers a professional service from design to finish.

NGK

When you require the best, count on the World Leader in spark plug technology NGK Spark Plugs. They offer the highest quality products for virtually every vehicle application.

Metalspray

Metalspray Engineering Ltd is well known in the local engineering industry with 50-plus years experience, offering a complete range of engineering services, including design, metalspray repairs, tool and die making, CNC milling, general engineering, gear cutting, special purpose machine building, maintenance engineering and an all-hours emergency engineering service.

Carbon Technik

Carbon Technik designs and manufactures performance products from advanced composite materials.Specialising in carbon fibre components for European sports cars (both road and race), Carbon Technik has the ability to manufacture custom or one-off parts for customers who need a performance advantage.

Webdesign

Webdesign build fast-loading, affordable, professional web site designs & web graphics and are New Zealand’s leading motorsport and automotive website design company

Pure Sports Nutrition

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Provident Insurance

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Cii Group

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Emma Gilmour NZ Rally Driver Wikipedia Age Partner and Net Worth

Kiwi rally ace Emma Gilmour will shatter the glass ceiling in 2022 when she becomes the first female to race as a factory driver for McLaren Racing.

Gilmour has secured a fulltime drive in Extreme E – a global championship that tackles climate change and gender diversity during its all-electric SUVs off-road series.

Gilmour’s signing was announced at the COP 26 UN Climate Change Conference – hosted by Prince Charles – as world leaders gather in Glasgow for the crucial summit at Kelvingrove Museum, overnight Thursday (NZ time).

McLaren Racing, who will join Extreme E in 2022 for its second season, was founded by New Zealand racing legend, engineer and innovator Bruce McLaren in 1963.

No Kiwi has been signed to the iconic McLaren brand as a factory driver since the late great Denny Hulme retired from F1 in 1974 and until Gilmour, no female has ever driven as a works racer for McLaren.

“To be their first female driver … It gives me goosebumps,” Gilmour told Stuff.

Who Is May-Wan Kao? Charles K. Kao Wife Age Wikipedia Net Worth and Awards

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Who Is May-Wan Kao? Charles K. Kao Wife Age Wikipedia Net Worth and Awards – May-Wan Kao is the mate of Charles’s, who is known as the dad of fiber optics. died on September 23, 2018.

He is known for consolidating glass filaments with lasers. His commitment to media transmission has prompted the advancement of the present Internet.

To feature Kao’s commitment, Google has regarded the specialist on Thursday with a Doodle praising his 88th birthday celebration.

Charles’ better half May-Wan turned into his steady friend until his end. Here is everything about know about her.

Charles K. Kao and May-Wan Kao turned into a wedded couple in 1959. Expertly, she is likewise an architect.

The pair met in London after their graduation. They were utilized together as specialists at Standard Telephones and Cables.

Charles and May-Wan are guardians to two grown-up kids. Their child and little girl were both were brought up in California.

The family was following Roman Catholics while May likewise went to Anglican Communion.

Kao died in 2018. Notwithstanding, his heritage and commitment stay an eternity thing. The world is extremely appreciative for his inspiring telecom.

As per age, May-Wan Kao is 86 years of age starting at 2021.

Her original name is Gwen May-Wan Kao. She is from a British Chinese family and has Asian legacy.

May-Wan Kao has no name on Wikipedia pages. She cherishes playing tennis two times every week and is an admirer of Korean dramas.

The widow of Charles K. Kao is as yet helping run an establishment named for her significant other.

The Charles K. Kao Foundation for Alzheimer’s Disease Limited advances mindfulness about the sickness.

Her significant other was determined to have Alzheimer’s illness in 2002. He died on September 23, 2018, in Hongkong at 84 years old.

May-Wan Kao has a total assets of $500 thousand or considerably more in 2021.

She was hitched to a famous researcher and specialist who has left behind his vocation profit to her.

In addition, she has worked for different organizations as a designer.

Similarly, the Kao family comes from a municipality called Zhangyan in the Jinshan locale close to Shanghai.

They own properties and the family has been considered well off.

 

Facts About Charles K. Kao

Charles Kuen Kao
The Nobel Prize in Physics 2009

Born: 4 November 1933, Shanghai, China

Died: 23 September 2018, Hong Kong

Affiliation at the time of the award: Standard Telecommunication Laboratories, Harlow, United Kingdom, Chinese University of Hong Kong, Hong Kong, China

Prize motivation: “for groundbreaking achievements concerning the transmission of light in fibers for optical communication.”

The rapid transmission of signals over long distances is fundamental to the flow of information in our time. Since the 1930s thin filaments, or fibers, of glass have been used to see inside the body, but these long remained unusable for long-distance information transfer because too much light was lost along the way. In the 1960s Charles Kao presented a solution: fibers of very pure glass transported sufficient light. Together with laser technology, his solution has made telecommunication using optical fibers possible.

Nobel Prizes 2021 – Charles K. Kao

Thirteen laureates were awarded a Nobel Prize in 2021, for achievements that have conferred the greatest benefit to humankind.

Their work and discoveries range from the Earth’s climate and our sense of touch to efforts to safeguard freedom of expression.

Charles K. Kao Family Background 

The Kao family comes from a township called Zhangyan in the Jinshan district near Shanghai, China1. As landowners, the family would have been considered wealthy. The sons of each generation would be well educated in the style of the times. My knowledge of the family’s genealogy goes back only to Grandfather.

Grandfather Kao Hsieh2 also went by the courtesy name Kao Ch’ui Wan3. He was a literary man, famous for his beautiful poems, which he would render in Chinese calligraphy; the combination of poetry with calligraphy is an art form of the East. As a Confucian scholar, he was a collector of books and also a prominent member of the Nan She (Southern Society). Other family members were also active in the Society; its aim during the 1911 Chinese Revolution was to help bring down the ruling Qing dynasty. A museum now erected in the town exhibits his work and also gives a history of the political activities the man participated in. He was of a liberal bent.

Grandfather had four sons and two daughters. My father, Kao Chun Hsin, was not the eldest of the sons. The eldest would have stayed in the town to look after the family properties and affairs; that is where those duties always fell. He was the third son. These sons were growing up as modern times were coming to China. After a good education in Shanghai, my father went to study for a year at the Michigan Law School. Before he left for the U.S.A., a marriage was arranged to a petite lady from one of the families in the social circle. She was left behind to wait for the return of the adventuring husband. Coming from an equally modern and intellectually accomplished family, the new wife was well educated and a poet herself.

Charles Kao in 1942, with his younger brother and cousins

Figure 1. Charles Kao in 1942, with his younger brother and cousins in Shanghai, China. Second from left: young Charles Kao.

Those were the years when scions of the few wealthier middle-class families in China ventured out to Paris, to London, to New York, to further their experiences and studies. When they returned to China, they were welcomed with great enthusiasm.

On his return from the U.S.A., Kao Chun Hsin, a young man then only in his mid-twenties, was appointed to sit as the Chinese judge in the Court for International Law. He shared the bench with established judges from Western countries. With this prestigious appointment, he and his young wife moved to Shanghai, where they joined the social life of the city.

Young Charles Kao with his family

Figure 2. In 1942, young Charles Kao (second from left) with his family.

The first child born to the couple was a daughter, followed two years later by a son. Misfortune struck. In a measles epidemic, both children were stricken, and both died from complications, the elder child ten years old, the younger eight. The mother was small boned and of a delicate, fragile appearance. Childbirth would not have been easy. In the years after the tragedy, she had miscarriages one after another. Finally in 1933, I was born, for my parents happily a healthy child. My younger brother Timothy was added to the family four years later.

Charles Kao in 1938, with his younger brother
Figure 3. Charles Kao in 1938, with his younger brother.

 

Because of the earlier loss of the two elder siblings, my brother and I lived a very pampered and protected life. Nursemaids kept constant watch. With my parents busy at dinner parties and social events, we only met them as if for a daily royal audience. Later, home tutors came to give us lessons. The basic lesson plans were readings from the well-known classics, the Four Books4, which we learned to recite by memory. A second tutor taught English.

Finally, when I was ten, I was sent off to school. The driver dropped me off inside the school playground, telling me to wait and someone would tell me where to go. I had never seen so many kids running about so wildly in a crowd and stood wide-eyed.

A bell rang and soon the playground was empty, but for one solitary child. A kindly looking lady appeared and took me to my class. Maybe it was the home tutoring, or the late start to formal schooling, or an overly cautious and protective upbringing, but in any case I never became a talkative person. As an adult I am not always comfortable in social gatherings with small talk. I must have inherited my father’s gentle nature.

The primary school I attended in Shanghai was a very liberal one, established by scholars who had return from an education in France. The children of leading families were enrolled there, including the son of a well-known man, believed to be a top gangster of the underworld!

Kao's old home in Shanghai, China

Figure 4. Kao’s old home in Shanghai, China.

By now the family had a home that was situated inside the French Concession. The International Settlements were in an area within the city where various Western powers held authority. These areas were generally kept free from the rough and tumble of the metropolis, providing a haven from the human poverty of China. The locals nicknamed this area shili yangchang (a ten-mile strip of foreign spectacles). So when the Japanese invaded China in the 1930s, these areas were off limits for the invaders.

The family was shielded from the horrors that occurred. With the chaos of war, the law courts were suspended, and social gatherings dried up. My parents stayed home more during this period, and we built a closer relationship with them. Together we played bridge and card games to pass the hours.

The cessation of war with Japan did not bring peace. Soon the Red Army, who had been fighting the Nationalist Government, was at the city gates. My father made the decision to leave. The topic had been discussed often over the family games of bridge and the various options mulled over. To move to Chungking5, or to join relatives in Taiwan, or perhaps there were relatives who lived in Hong Kong too?

In 1948, gathering a few belongings, the family boarded a ship that sailed out of Shanghai on a grey dismal wet day. The famous waterfront at the Bund slowly receded out of sight and that was the last we saw of our home city for many years.

A short sojourn in Taipei, the capital of Taiwan, persuaded my father that Hong Kong would be a better haven. With help from maternal relatives in Hong Kong, the family found a small apartment and my brother and I were enrolled into St. Joseph’s College where our cousins also studied. As English was the preferred medium of instruction, the local dialect of Cantonese was not a requirement and I never felt the need to learn the tongue.

At 48, my father felt he was too old to study for the law exams that would qualify him to practice in Hong Kong. Instead he took on a job as legal adviser to a company and also taught a few Chinese law courses at local colleges. He became known in Hong Kong as the expert interpreter of the old Chinese laws. There were still some cases of family inheritance and such matters that would need expert advice of this type.

I did well academically, but did not apply myself much to athletics or sports during my five years at St. Joseph’s College. My ex-classmates, in later life, reported that they remember me as a quiet person who did not join in the rough and tumble of boy play. I managed almost straight A’s in the school matriculation examinations, which qualified me to apply for entry to the University of Hong Kong. However the University was still in some disarray after the war and not all faculties were functioning. I wished to study electrical engineering. Britain beckoned and the British Council in Hong Kong was helpful. In 1953 I boarded a P & O liner bound for England.

I enrolled at Woolwich Polytechnic in London, to sit for the A-level exams which I passed easily. I was so much at home at Woolwich Polytechnic that instead of applying for entry to the other more prestigious Colleges of London University, I continued on to study for my bachelor’s degree there. I graduated in 1957 with a B.Sc. in Electrical Engineering. In those days the degrees were awarded as a First, Second, Pass or Fail. As I spent more time on the tennis court than with my books, my degree was a Second.

It was necessary to immediately find a job. Financing my studies had been a heavy burden for my father. I joined Standard Telephones & Cables (STC), a British subsidiary of International Telephone & Telegraph Co (ITT) in North Woolwich, a factory located on the opposite bank of the Thames. As a trainee, I was rotated through different sections for a year before I decided that I liked the work in the microwave division. After two more years, I felt it was time to move on, and applied for a lectureship at Loughborough Polytechnic.

During my three years at STC, I met and married Gwen, a fellow engineer who worked in the lab one floor above my work bench. So we drove to Loughborough for the interview, I got the job, and we immediately set about to look for a home. Finding newly built homes, we put down a deposit on one and drove back to hand in our notices to STC.

Figure 5. In 1965, the then young scientist Charles Kao doing an early experiment on optical fibers at the Standard Telecommunication Laboratories in Harlow, U.K.

However, It Was Not To Be
Someone in senior management had noticed how I had worked on the microwave projects and felt the promise I showed should not be lost to the company. The offer came immediately to allow me to transfer to the research lab, STL, in Harlow. To add incentive for me to stay, a job would be found for Gwen too at the new location. Loughborough had to be pacified and the lawyers got to work on that, and to get the house deposit refunded. The offer was too good to pass up, and my future was destined to take on this new course. I stayed with ITT Corp, working for the next thirty years at various locations, in the U.K., the U.S.A. and Europe.

During these years, in 1967 my parents emigrated to join us in the U.K.. They were then both in their late 60s and elderly, but still able to live independently. They were happy to see a grandson, born in 1961, and a granddaughter, born in 1963.

In 1970, The Chinese University of Hong Kong, CUHK, came calling. Would I come to the institution to set up an electronics department? STL agreed to give a two-year leave of absence, which then became four years. I was able to see the first batch of students graduate, and to establish a graduate program as well. During this time, 1970–1974, annual summer leaves were taken to return to STL to keep abreast of developments in the research field of optical fibers. It was also an opportunity to see my parents, who had remained in Harlow.

By 1974, the project I had seeded, with the now famous 1966 paper published in the IEE Proceedings, had progressed to the pre-production development stage. An industry had grown up around it and it was full speed ahead to revolutionize the telecommunications systems around the world. ITT wanted me back to be part of the team for this endeavor.

So the young family was uprooted again and the move this time was to the ITT plant in Roanoke, Virginia, in the U.S.A.. I was promoted to Chief Scientist, then Vice-President and Director of Engineering in charge of the electro-optical products division at ITT. During my years in the U.S.A., I continued to travel to other research labs around the world, to discuss progress, to encourage work, to keep abreast of the leading edge of the developments. It was a busy time. I always dropped by to visit my parents in the U.K..

In 1976, my mother died at the age of 76 years. My widowed father, who visited Roanoke once or twice, preferred his life in the U.K. and this situation continued until finally, in his eighth decade, he moved in to live with us, when we were back in Hong Kong again.

Charles Kao showed an early fascination with the properties of sand

Figure 6. Charles Kao showed an early fascination with the properties of sand.

By the 1980s optical fibers were being laid across the world in vast quantities, and the industry had evolved into a giant. The capacity for communications had grown exponentially. In 1982 I was appointed Executive Scientist at ITT in charge of all research and development activities and I moved to the Advanced Technology Center in Connecticut, U.S.A.. This post was specially created and allowed me the freedom to do anything I considered important for ITT. In order to chart the waters on the ultimate limits of optical communication technology, I pioneered the Terabit Optoelectronics Technology Project to explore the technologies that could reach terabits per second of transmission capacity. The project involved a consortium of ten universities and institutions, and aimed at a goal that was three orders of magnitude higher than the then state-of-the-art. In 1985 I was appointed the Director of Corporate Research at ITT. During this time, many innovations by creative minds were evolving to make use of the increased capacity for sending information over the system. The internet was born.

In 1986, CUHK again came calling. This time the request was for me to accept the position as President of the University, the contract to begin in 1987. In British terminology, this position is known as the Vice-Chancellor6 of the University.

The second move to Hong Kong was made as ITT Corp began the process of selling off all its technical divisions in the U.S.A. to Alcatel, a French business. After thirty years it was a sad moment to part company with colleagues of long standing.

I spent nine years as the third Vice-Chancellor of CUHK. It was an interesting and challenging time, both for Hong Kong as it prepared for the resumption of sovereignty by China, and for the higher education sector, which saw a massive expansion and improvements in quality. During those years I sought to establish research more prominently as part of the normal work of the faculty, set up contacts with many leading institutions in the U.S.A. and the U.K., and set the University on a path to become a more well-known institution, competitive with the best institutions. I was especially pleased with the establishment of the Faculty of Engineering, in which information technology played a major role. A Faculty of Education was also established during those years. A number of research institutes also came into being. The University nearly doubled in size during those few years, and a fourth undergraduate college was established.

At the University, my role was to create space for people to grow. What I had done essentially was create situations where people would like to take on responsibilities. This had enabled the University to grow as a whole: everybody would be contributing what they should because they feel it is their responsibility and the environment allows them to do so. I created the space at the right time for talent within the University to perform as it should, thus taking it to a new level of development.

The rapid expansion of the tertiary education sector and the increased government funding that came with it have allowed us to do a lot of things to become a top university. The most satisfying change was a scholarly atmosphere on campus – people are pursuing important things because they believe such things are important.

It was perhaps natural that my advice was sought and I became involved in technology issues in the community, especially in relation to information technology. I was able to play a part in setting up an Internet exchange in Hong Kong (then a bit of a novelty and even now providing useful service), and in promoting the establishment of the Hong Kong Science Park.

My father died in 1996, just prior to my retirement from the University – a year before the return of colonial Hong Kong back to China. My father’s ashes were brought back to England to be laid to rest with my mother – in a cemetery in Harlow. After a year of lecture tours around S. E. Asia, I stayed in Hong Kong, setting up my own company for consultancy. I was appointed to a number of companies as non-executive director.7 In 2009, I moved to California to be closer to my two children.

 

Vignettes from Childhood and Working Life Memories

I had a fight with Lo, in my classroom. With our calligraphy brushes, we attacked and daubed each other’s faces and hands with black ink. The teacher was horrified. Lo, my mother warned me, was the son of a bad man. I was to be careful not to fight with the boy again. Otherwise school was fine. We sang French songs. The calligraphy teacher was very encouraging. This stroke is beautiful and will be marked with a red dot. But this one is leaning and unbalanced, it will get two red dots!

I made a good friend in primary school who liked to play with me at home. We got our driver to buy all sorts of chemicals. Reading from scientific magazines, together we experimented and made mud balls from phosphorous to throw at stray cats and dogs. The mud balls would explode with a bang and frighten the animals out of their wits! From glass bottles and such like I would fashion the funnels and beakers needed. I had bottles of cyanide and concentrated acids. One day as I was boiling up some nitric acid, the bottle exploded and the concentrated acid splashed onto my young brother’s trousers. It burnt the cloth entirely away but fortunately did not land on any of his skin! My parents were furious and confiscated all my chemicals, including the cyanide. I wonder where they disposed of the stuff.

One day my father brought home a big round yellow disc of food that he told us was called ‘cheese’ that foreigners ate. Food was in short supply so we ate it, but it tasted very funny. When we went outside for some walks we sometimes passed a big tall building with Japanese soldiers standing at the door. My parents told us to walk past quickly as people inside were killed there, and to bow to the soldiers.

It was sad to leave Shanghai, but I was fourteen years old and ready for new adventures. The war with Japan was also exciting. As we cowered under the desks, we could hear the aerial dogfight in the skies above. Peering from under, I could even catch a glimpse of the American planes chasing and diving after the Japanese planes!

So the waterfront of Shanghai faded away and we went to Hong Kong. The schooling there was easy and the book work was not hard at all. The class went on a field trip and some of my classmates got lost in the hills until it was pitch dark and they could see “tigers”! I was not in that group, but now, whenever we have a class re-union, the boys will relate their adventures with gusto and lots of laughs. So my years in Hong Kong passed by swiftly and I was to embark on my next adventure all by myself.

On the boat to England to study electrical engineering, I shared a cabin with three others. Two worked for the Hong Kong Government and were going to England to attend some courses relevant to their work, meteorology and water treatment respectively. The third was a professor of mathematics. During the sea trip, which lasted six weeks, the professor taught me quantum mechanics. He also took some other young students and myself under his wings. He escorted us to his friend’s home when we stopped at Singapore and taught us all to eat hot curry and to wash the fiery food down with beer.

I was nineteen years old and had never before left my family to be on my own. Everything was a new experience. To put my foot down on the soil at Port Said so I could tell myself I had been to Africa, to sail pass the Straits of Gibraltar and say I had seen Europe and the Sahara, to find England a cold and grey land! Little did I think eleven long years would pass by before I would see my parents again.

The British Council staff met me and arranged lodgings for me with a landlady in a house in Plumstead Commons, near the Woolwich Poly. Her house was old and large, with rooms for several lodgers. We all ate breakfast and dinner together under the stern eyes of the landlady. Food was still scarce after World War II and the slices of meat served for dinner were so thin, they were transparent when held up to the light! After such a sparse meal, we all trooped out for ‘fresh air’, but the real reason was to buy fish and chips, which we scoffed down hungrily on the walk back up the hill. The habit remains; I still love fish and chips.

After graduation in 1957 from the Polytechnic, I joined STC and had to walk through the tunnel under the River Thames every day to work. My first project was to build an amplifier and I got out my books to study the theories. My boss came by and said to put away the books, just do it. School work is to exercise the brain so it can think intelligently. There was no need for more revamping of theories!

I met my wife-to-be at work. She was an engineer in the coil section. We were married in 1959 and our children were born, a son in 1961, and a daughter in 1963. By then we were living in Harlow and working at STL.

The research was enthralling work and in 1966 I published the now famous ground-breaking paper, “Dielectric-fibre Surface Waveguides for Optical Frequencies”. This research was to spawn a whole new industry over the next twenty years.

People asked me if the idea came as a sudden flash, eureka! I had been working since graduation on microwave transmissions. The theories and limitations were ground into my brain. I knew we needed much more bandwidth and thoughts of how it could be done were constantly in my mind.

Transmission of light through glass is an old, old idea. It had been used in past years to shine light for entertainment, for decoration, for short distances for surgery, through a glass rod, but it had not been possible to use it over the long distances required for telephony. Light passing through a rod of glass just fades out to nothing after a very short distance of a few feet. Efforts by many research laboratories to find a way to transmit light over long distances were desperate as the public, prompted by media reports of hopeful technical advances, were expecting more and more exotic services.

I played around with what was causing the failure of light to penetrate glass. With the invention of the laser in the 1950s and subsequent developments, there was an ideal source of light that could send out pulse of light in a digital stream of noughts and ones, represented by off and on states of the pulse.

Ideas do not always come in a flash, but by diligent trial-and-error experiments that take time and thought.

 

Awards and Distinctions Received by Charles Kuen Kao

1. Morey Award of the American Ceramic Society, in 1976. Citation: for outstanding contribution to glass science and technology.
2. Stuart Ballantine Medal of the Franklin Institute, U.S.A., in 1977. Citation: for conceptual work on optical fiber communication systems.
3. Rank Prize of Rank Trust Fund, U.K., in 1978. Citation: for pioneering work in optical fibre communication.
4. Morris H. Liebmann Memorial Award of IEEE, U.S.A., in 1978. Citation: for making communication at optical frequencies practical by discovering, inventing, and developing the material, techniques and configurations for glass fiber waveguides and, in particular, for recognizing and proving by careful measurements in bulk glasses that silicon glass could provide the requisite low optical loss needed for a practical communication system.
5. L.M. Ericsson International Prize of Ericsson Foundation, Sweden, in 1979. Citation: for fundamental contributions to the long distance transmission of information through optical fibers.
6. Gold Medal of the Armed Forces Communications and Electronics Association, U.S.A., in 1980. Citation: for contribution to the application of optical fiber technology to military communications.
7. Alexander Graham Bell Medal of IEEE, U.S.A., in 1985. Citation: for pioneering contributions to optical fiber communications.
8. Marconi International Fellowship of the Marconi Foundation, U.S.A., in 1985. Citation: for contributions toward a revolution in communication techniques in the form of optical fiber technology.
9. Columbus Medal of the city of Genoa, Italy, in 1985. Citation: for significant scientific discovery.
10. C & C Prize of the Foundation for Communication and Computer Promotion, Japan, in 1987. Citation: for pioneering work in optical fiber communication.
11. Doctor of Science, Honoris Causa, of The Chinese University of Hong Kong, in 1985. Citation: for outstanding contributions to optical fibre communications.
12. Faraday Medal of IEE, U.K., in 1989. Citation: for recognition of continuing outstanding work on optical communication including early work on establishing the 70 feasibility of optical fibre communication systems and defining the parameters involved.
13. International Prize for New Materials of the American Physical Society, U.S.A., in 1989. Citation: for contribution to the materials research and development that resulted in practical low loss optical fibers, one of the cornerstones of optical communications technology.
14. Doctor of Science, Honoris Causa, the University of Sussex, U.K., in 1990. Citation: for making important contributions to the understanding and application of opto-electronic techniques for communication.
15. Degree of Honorary Doctor, Soka University, Japan, in 1991. Citation: for promoting science and culture.
16. Doctor of Engineering, Honoris Causa, University of Glasgow, U.K., in 1992. Citation: for recognition of his achievements in the field of engineering.
17. Gold Medal of The International Society for Optical Engineering (SPIE), U.S.A., in 1992. Citation: for recognition of his pioneering work and many contributions to the field of fiber optic communications.
18. Commander of the Most Excellent Order of the British Empire (CBE), in 1993. Citation: for his distinguished academic career and his pioneering work on optical fibres
19. Doctor of Science, Honoris Causa, University of Durham, U.K., in 1994. Citation: for recognition of his pioneering work in the field of telecommunications.
20. Gold Medal of Engineering Excellence, of the World Federation of Engineering Organizations (WFEO), in 1995. Citation: for recognition of his pioneering work and development in fiber optics which have deep significance for all mankind.
21. Doctor of the University of Griffith University, Australia, in 1995. Citation: for recognition of his distinguished service to the world of international learning and university education.
22. Japan Prize in the field of Information, Computer and Communication Systems, of The Science and Technology Foundation of Japan, in 1996. Citation: for recognition of his pioneering research on wide-band, low-loss optical fibre communications.
23. Prince Philip Medal of the Royal Academy of Engineering, U.K., in 1996. Citation: in recognition of his pioneering contributions towards the invention of the optical fibre for telecommunications and for his leadership in its engineering and commercial realization; and for his distinguished contribution to higher education in Hong Kong.
24. Doctor of Telecommunications Engineering, Honoris Causa, The University of Padova, Italy, in 1996. Citation: for recognition of his pioneering work in the field of telecommunications engineering.
25. Doctor of Science, Honoris Causa, University of Hull, U.K., in 1998.
26. Doctor of Science, Honoris Causa, Yale University, U.S.A., in 1999. Citation: for recognition of his achievements as an inventor and an educator.
27. Charles Stark Draper Prize of the National Academy of Engineering, U.S.A., in 1999. Citation: for recognition of the conception and invention of optical fiber for communications and for the development of manufacturing processes that made the telecommunications revolution possible.
28. Doctor of Science, Honoris Causa, The University of Greenwich, U.K., in 2002.
29. Doctor of Science, Honoris Causa, Princeton University, U.S.A., in 2004.
30. The Nobel Prize in Physics, the Royal Swedish Academy of Sciences, Sweden, in 2009. Citation: for groundbreaking achievements concerning the transmission of light in fibers for optical communication.

 

1. Much of the family information is reconstructed by Gwen Kao, based on her own knowledge and memories of Charles’ family background.

2. In modern pinyin Gao Xie.

3. In modern pinyin Gao Chuiwan.

4. The Great Learning, the Doctrine of the Mean, the Analects of Confucius, and the Mencius were the core texts of Confucian learning.

5. Now known as Chongqing.

6. The Chancellor being the Governor (after the resumption of sovereignty by China, the Chief Executive) serving in a largely ceremonial role.

7. Note added by Gwen Kao: In 2005, Alzheimer’s disease was confirmed, and at the moment there is no cure for it.

 

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Josh Duggar Wife Children and Family – Who Is Anna Renee Duggar?

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Josh Duggar and his wife Anna Renee Duggar left court after a motion to dismiss his Child Pornography case was denied. Here’s what we know so far about Josh.

Duggar is an admitted sex offender and former reality television star from the United States who is currently awaiting trial on child pornography charges. Josh is well-known for his roles on the reality show 19 Kids and Counting. He was arrested in April on charges of receiving and possessing child pornography, despite being a former star of the show.

Josh allegedly molested four of his sisters, according to a police report published by InTouch in 2015. His legal team has had several disagreements with the prosecution.

Prosecutors are trying to bring up Duggar’s past molestation scandal during his ongoing trial on child pornography charges.

Who Is Anna Renee Duggar?

Anna Renee Duggar is Josh Duggar’s wife. They entered a courtship on June 15, 2007, and were engaged on June 23, 2008. The couple got married on September 26, 2008, at the Buford Grove Baptist Church, Hilliard, Florida. The couple’s married life was often featured on the TLC show 19 Kids and Counting.

Anna was born on June 23, 1988, and her current age is 33 years. Her parents are Suzette Keller and Michael Keller. She grew up in a strict household and has seven siblings.

Meet Josh Duggar Children

Josh and his partner Anna are parents to six children.

Their first child, Mackynzie Renee, was born on October 8, 2009. Josh’s second child, Michael James, was born on June 15, 2011, and their third child, Marcus Anthony, was born on June 2, 2013.

Anna and Josh’s fourth baby, Meredith Grace, was born on July 16, 2015, their fifth child, Mason Garrett, was born on September 12, 2017, and their sixth child, Maryella Hope, was born on November 27, 2019. The couple announced that they were expecting their seventh child on April 23, 2021, reports US Magazine.

Josh Duggar Family Details Revealed

Duggar was born in Tontitown, Washington County, Northwestern Arkansas, to Michelle Annette Ruark Duggar and Jim Bob Duggar. He is the couple’s first of nineteen children. Josh grew up in a fundamentalist Christian home along with his family.

He appeared in the TLC reality TV series, 19 Kids and Counting, along with his family. The show focuses on the life of the devout Baptists, Duggar family. The show was officially canceled by the network on July 16, 2015, amid Josh’s abuse scandal.

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Who Is Jolene Macintyre? Bad Chad Customs Wife Age Familly Instagram and Net Worth

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Who Is Jolene Macintyre? – Bad Chad Customs is back for a second season on Discovery. Every Monday night, expect more crazy car creations.

Chad Hiltz, AKA “Bad Chad,” owns Hiltz Auto Company, which hosts the car construction show.

Bad Chad is known for making cars out of scrap metal and everyday materials. Although they are functional vehicles, they are more akin to one-of-a-kind works of art that you won’t find anywhere else.

As we follow the drama in the studio, we also get to know about those working at Hiltz Auto Company. One of the cast members who fans are desperate to know more about is Chad’s fiancée Jolene. So, who is Jolene? Find out about the Bad Chad Customs cast member here.

Who is Jolene MacIntyre?

Jolene MacIntyre is the founder of Hiltz Auto Company, which she runs with her fiancé Chad Hiltz.

When Jolene and Chad started dating, she had just graduated with a Bachelor of Commerce from Saint Mary’s University. It made total sense that Jolene would then lend a hand to her new boyfriend, helping him out with the business side of Hiltz Auto Company. She also ran the social media.

Jolene explained:

I spent a year investing my time in self-promoting what Chad does here. When Chad started building me a replica of the $40 million dollar Bugatti that Ralph Lauren owns I wanted the world to see how remarkable it was.

The Real Housewives of Beverly Hills | Still to Come Trailer | Bravo

The Real Housewives of Beverly Hills | Still to Come Trailer | Bravo
The Real Housewives of Beverly Hills | Still to Come Trailer | Bravo

Jolene graduated in 2016, so it must have been that year that Jolene and Chad started dating.

  • LOCATION: Where is Bad Chad Customs filmed?

Jolene MacIntyre: Age

  • 31 years old

In an article from February 2019, it was stated that Jolene was 29 years old. We then found on Jolene’s Instagram her “last selfie of [her] 20’s” which was posted on June 16th, 2019. This must mean Jolene turned 30 years old in June 2019.

Now, Jolene from Bad Chad Customs is 31 years old.

 

 

View this post on Instagram

 

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Follow Jolene on Instagram

To get to know Jolene better and see all her cute couple pics with Bad Chad himself, you can follow Jolene on Instagram.

Given her popularity on the show, it’s hardly a surprise that Jolene has lots of followers. As of publication date, Jolene has over 14,000 and counting!

You can follow Jolene @___jolene.

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Who is Will Smallbone? Causes Alopecia and Hair Condition – What Illness Does He Have? Fact

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Who is Will Smallbone? Causes Alopecia and Hair Condition – Will Smallbone suffer from alopecia? Let’s take a look at his hair and illness in the gallery below.

Will Smallbone is an English professional footballer who plays central midfield for Southampton F.C. in the Premier League. Since 2020, he has been a member of the Republic of Ireland’s national under-21 football team.

Who is Will Smallbone?

THE unfortunate legacy of Jack Grealish and Declan Rice is the suspicion which it has placed on English-born players.

For many years, Ireland have fielded players who might have won underage caps for other countries before switching allegiance.

Managers collected players who were not wanted by England or ones who no longer wished to represent Northern Ireland when the Republic became an option.

But the long service of Grealish — up to Under-21 level — and Rice — who won three senior caps — in the green shirt only to switch allegiance has left everyone a little bit more cynical when the tables were turned.

And it probably explains why there has not been a bit more hype about a 20-year-old Irish midfielder currently making the breakthrough at a Premier League club.

Is Will Smallbone Suffering from Alopecia?

Will Smallbone surprised his supporters with a new hairstyle before the start of the 2021 season. On August 12, 2021, he tweeted a photo revealing his new bald appearance.

Smallbone snipped his gorgeous locks in the viral photo of him. He also captioned the image “new season, fresh trim.” Not only that, but his buddies praised his new style, and one of his admirers wrote, “he is Chaplow 2.0.”

Many EPL fans were curious to find out whether he is suffering from an autoimmune disorder called Alopecia. It mainly causes hair loss due to physical trauma and restrictive dieting.

Fortunately, Smallbone does not have Alopecia, a serious medical condition. According to medical officials, it is a word for a person who loses all of their hair, including their ridges, beards, hirsutism, and eyelids.

Because of Smallbone’s new hairdo, fans began to speculate if he had the condition. However, neither the Southampton central midfielder nor any pertinent news has commented on his haircut.

Smallbone’s new, daring appearance may have nothing to do with his condition. In reality, he’s merely messing around with his hair.

Will appears to be happy and at ease with his new style. So it’s safe to conclude he doesn’t have a major medical problem.

Nonetheless, the 5’8″ tall player suffered a catastrophic injury at the start of 2021. In a 2–0 loss against Leicester, he suffered an anterior cruciate ligament injury.

As a result, Smallbone might be out of commission for up to six months. Later, in October 2021, he made his long-awaited debut as a second-half substitute against Chelsea.

Will Smallbone Hair Condition

Will Smallbone’s hair was purposely cropped, as everyone now knows. So we’re guessing his supporters aren’t perplexed by his latest hairstyle.

Following a critical ACL injury, Smallbone stated on Instagram that he is looking forward to returning to Southampton F.C. training on September 15, 2021.

Smallbone noted that it felt fantastic to put on the jersey again after 283 days of relaxation. He also apologized for the penalty and pledged to make it stronger in the future. Last but not least, he expressed gratitude to his fans.

What Illness Does Will Smallbone Have? Here’s His Health Update

Will Smallbone does have any illnesses or diseases at the moment. But, he was sick in bed during the 2019/2020 season. He took leave for ten days from March 1 to March 10, 2020. During that time, he missed one crucial game.

At the end of the season, Smallbone again suffered a hamstring injury on October 14, 2020. But, he recovered from the cramp and rejoined the Southampton squad.

What’s to know about alopecia areata?

Alopecia areata is a common autoimmune disorder that often results in unpredictable hair loss.

It affects roughly 6.8 million people in the United States.

In the majority of cases, hair falls out in small patches around the size of a quarter. For most people, the hair loss is nothing more than a few patches, though in some cases it can be more extreme.

Sometimes, it can lead to the complete loss of hair on the scalp (alopecia totalis) or, in extreme cases, the entire body (alopecia universalis).

The condition can affect anyone regardless of age and gender, though most cases occur before the age of 30.

In this article, we look at the causes and symptoms of alopecia areata, its diagnosis, and potential treatments.

Fast facts on alopecia areata

Here are some key points about alopecia areata. More detail and supporting information is in the main article.

  • One in five people with alopecia areata also has a family member who has experienced the condition.
  • Alopecia areata often develops suddenly, over the course of just a few days.
  • There is little scientific evidence that alopecia areata is caused by stress.
  • People with alopecia areata who have only a few patches of hair loss often experience a spontaneous, full recovery, without the need for treatment.
  • There is no cure for alopecia areata.

 

Treatment
Man with alopecia
Alopecia areata is a common autoimmune disorder that commonly results in unpredictable hair loss.

There is currently no cure for alopecia areata, although there are some forms of treatment that can be suggested by doctors to help hair re-grow more quickly.

The most common form of alopecia areata treatment is the use of corticosteroids, powerful anti-inflammatory drugs that can suppress the immune system. These are mostly commonly administered through local injections, topical ointment application, or orally.

Other medications that can be prescribed that either promote hair growth or affect the immune system include Minoxidil, Anthralin, SADBE, and DPCP. Although some of these may help with the re-growth of hair, they cannot prevent the formation of new bald patches.

The use of photochemotherapyTrusted Source is supported by some studies and presents a potential alternative for patients unable or unwilling to use systemic or invasive therapies.

In addition to its aesthetic aspect, hair affords a degree of protection against the elements. People with alopecia areata who miss the protective qualities of hair may wish to:

  • Wear sunscreen if exposed to the sun.
  • Wear wraparound glasses to protect the eyes from the sun and debris which the eyebrows and eyelashes would normally defend against.
  • Use headwear such as hats, wigs, and scarves to protect the head from the sun or keep it warm.
  • Use ointment inside the nose to keep membranes moist and to protect against organisms that are normally trapped by nostril hair.

Alopecia areata does not directly make people sick, nor is it contagious. It can, however, be difficult to adapt to emotionally. For many people, alopecia areata is a traumatic disease that warrants treatment addressing the emotional aspect of hair loss, as well as the hair loss itself.

Support groups and counseling are available for people to share their thoughts and feelings, and to discuss common psychological reactions to the condition.

Alopecia areata has been compared by some to vitiligo, an autoimmune skin disease where the body attacks melanin-producing cells, leading to white patches. Research suggests that these two conditions may share a similar pathogenesis, with similar types of immune cells and cytokines driving the diseases and common genetic risk factors.

As such, any new developments in the treatment or prevention of either disease may have consequences for the otherTrusted Source.

There have been a handful of documented cases where treatment for alopecia areata using diphencyproneTrusted Source (DCP), a contact sensitizer, has led to the development of vitiligo.

Preliminary research in animals has found that quercetin, a naturally occurring bioflavonoid found in fruits and vegetables, can protect against the development of alopecia areata and effectively treat existing hair loss.

Further research is needed, including human clinical trials, before quercetinTrusted Source can be considered a treatment for alopecia areata.

Alopecia areata Causes

The condition occurs when white blood cells attack the cells in hair follicles, causing them to shrink and dramatically slow down hair production. It is unknown precisely what causes the body’s immune system to target hair follicles in this way.

While scientists are unsure why these changes occur, it seems that genetics are involved as alopecia areata is more likely to occur in a person who has a close family member with the disease. One in five people with the disease has a family member who has also developed alopecia areata.

Other research has found that many people with a family history of alopecia areata also have a personal or family history of other autoimmune disorders, such as atopy, a disorder characterized by a tendency to be hyperallergic, thyroiditis, and vitiligo.

Despite what many people think, there is very little scientific evidence to support the view that alopecia areata is caused by stress. Extreme cases of stress could potentially trigger the condition, but most recent research points toward a genetic cause.

Alopecia areata Home remedies

As conventional treatments for alopecia are extremely limited, studies that support natural treatments for alopecia are even thinner on the ground.

There are some people that recommend rubbing onion or garlic juice, cooled green tea, almond oil, rosemary oil, honey, or coconut milk into the scalp. While none of these are likely to cause harm, their effectiveness is also not supported by research.

Some people turn to alternative treatment methods such as acupuncture and aromatherapy, although there is little, if any, evidence to support these treatments.

Meet Matt Duchene Girlfriend or Wife Ashley Groissaint? Family and Married Life Explored

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Meet Matt Duchene Girlfriend or Wife Ashley Groissaint? Family and Married Life Explored – Ahead, we take a look at who is Matt Duchene dating now, who has he dated, Matt Duchene’s wife, past relationships and dating history. We will also look at Matt’s biography, facts, net worth, and much more.

Who is Matt Duchene dating?

Matt Duchene is currently married to Ashley Groissaint. The couple started dating in 2011 and have been together for around 10 years, 10 months, and 2 days.

The Canadian Hockey Player was born in Canada on January 16, 1991. Star center in the NHL who was named to the All-Rookie first team in 2010 and selected to his first All-Star game in 2011 as a member of the Colorado Avalanche. In 2017, he joined the Ottawa Senators.

About Matt Duchene relationship

As of 2021, Matt Duchene’s wife is Ashley Groissaint. They began dating sometime in 2011. He is a Scorpio and she is a Gemini. The most compatible signs with Capricorn are considered to be Taurus, Virgo, Scorpio, and Pisces, while the least compatible signs with Capricorn are generally considered to be Aries and Libra. Ashley Groissaint is 32 years old, while Matt is 30 years old. According to CelebsCouples, Matt Duchene had at least 1 relationship before this one. He has not been previously engaged.

Matt Duchene and Ashley Groissaint have been dating for approximately 10 years, 10 months, and 2 days.

Fact: Matt Duchene is turning 31 years old in 73 days. Be sure to check out top 10 facts about Matt Duchene at FamousDetails.

Meet Matt Duchene Girlfriend or Wife Ashley Groissaint? Family and Married Life Explored
Meet Matt Duchene Girlfriend or Wife Ashley Groissaint? Family and Married Life Explored

About Matt Duchene’s wife

Matt Duchene
Ashley Groissaint

Matt Duchene’s wife, Ashley Groissaint was born on June 15, 1989 in . She is currently 32 years old and her birth sign is Gemini. Ashley Groissaint is best known for being a Spouse. She was also born in the Year of the Serpent.

All dating histories are fact-checked and confirmed by our users. We use publicly available data and resources to ensure that our dating stats and biographies are accurate.

Who has Matt Duchene dated?

Like most celebrities, Matt Duchene tries to keep his personal and love life private, so check back often as we will continue to update this page with new dating news and rumors.

Matt Duchene wifes: He had at least 1 relationship before Ashley Groissaint. Matt Duchene has not been previously engaged. We are currently in process of looking up information on the previous dates and hookups.

Online rumors of Matt Duchenes’s dating past may vary. While it’s relatively simple to find out who’s dating Matt Duchene, it’s harder to keep track of all his flings, hookups and breakups. It’s even harder to keep every celebrity dating page and relationship timeline up to date. If you see any information about Matt Duchene is dated, please let us know.

Relationship Statistics of Matt Duchene

What is Matt Duchene marital status?
Matt Duchene is married to Ashley Groissaint.

How many relationships did Matt Duchene have?
Matt Duchene had at least 1 relationships in the past.

How many children does Matt Duchene have?
He has no children.

Is Matt Duchene having any relationship affair?
This information is currently not available.

Matt Duchene Biography

Matt Duchene was born on a Wednesday, January 16, 1991 in Canada. His birth name is Matt Duchene and she is currently 30 years old. People born on January 16 fall under the zodiac sign of Capricorn. His zodiac animal is Goat.

Matthew James Duchene is a Canadian professional ice hockey centre currently playing for the Colorado Avalanche of the National Hockey League (NHL). He was selected third overall by Colorado in the 2009 NHL Entry Draft. He won a gold medal with Canada at the 2014 Winter Olympics.

He played for his hometown Huskies team before entering the minor leagues. He was selected third overall by Colorado in the 2009 NHL Draft.

Is Ashley Groissaint Matt Duchene’s girlfriend or wife? Find everything on his personal life and family details.

Meet Matt Duchene Girlfriend or Wife Ashley Groissaint? Family and Married Life Explored
Meet Matt Duchene Girlfriend or Wife Ashley Groissaint? Family and Married Life Explored

Matt is a professional Canadian Ice Hockey player who currently plays for the National Hockey League team, Nashville Predators. Previously he played from NHL teams, Colorado Avalanche, Columbus Blue Jackets, and Ottawa Senators.

He is a committed Christian who prefers fishing and singing country songs as hobbies. Furthermore, he also plays golf with his family in his free time. 

Who Is Matt Duchene Girlfriend or Wife Ashley Groissaint?

Ashley Groissaint is the wife of the Ice Hockey player Matt Duchene. 

Matt married his long-time girlfriend, Ashley, on July 8, 2017. The couple is the parents of their two children, Beau David Newell Duchene and Jaymes Olivia Duchene.

They welcomed their first child, Beau, on January 9 2019, and their daughter, and second child, Jaymes, was born n November 9 2020. 

Matt’s wife Ashley lives a low-key life and rarely shares her details in the media. Since her social media account, Instagram is private; we couldn’t acquire her day-to-day life activities. Her educational background and career details are currently being investigated. 

Similarly, her husband, Matt, is a world-renowned Athlete whose skills are praised at the International level. He made headlines in 2014 after his team won the 2014 Winter Olympics held in Sochi.

Athlete Matt Duchene Family Life Explored

Matt Duchene was born to his father, Vince Duchene, and his mother, Chris Duchene. Furthermore, he is the nephew of Newell Brown, who is Vancouver Canucks assistant coach.

Besides the name of his parents, we do not know their current whereabouts. They have kept their lives away from the reach of the news media as well. 

Matt’s uncle, Newell, is a former Ice Hockey player active from 1980 to 1984. In addition, he started his career as a coach in 1987. He has coached teams like Michigan State, Michigan Tech, Arizona Coyotes, and more. 

Growing up, Matt was a die-hard of the Avalanche team. He even had jerseys of Avalance players Joe Sakic and Patrick Roy.

 

Details On Matt Duchene Bio And Career Stats

The Professional Ice Hockey player Matt Duchene has his updated Bio and career records enlisted on his official Wikipedia profile. 

Matt’s first Junior team was Central Ontario Wolves during the 2006 and 2007 seasons. He played a total of 52 games from Ontario Wolves in the ETA Under 16 League.

It was a dream come true for Matt when he got selected to play from Colorado Avalance in 2009. In addition, it was his first NFL team as well.