ttradeshows.com

Sunday, April 10, 2022

On Friday, leader of the North Carolina chapter of the Proud Boys organization Charles Donohoe pleaded guilty to charges of conspiracy to obstruct the United States Congress and assault of an officer of the law, both felonies, on January 6, 2021.

Donohoe’s plea was part of a bargain in which he also agreed to cooperate with federal prosecutors’ investigations of the Proud Boys and its leadership. Other alleged leaders, including national chairman Enrique Tarrio, have entered not guilty pleas on charges of seditious conspiracy. According to prosecutors, they were members of an elite group of leaders called the “Ministry of Self Defense” and hand-picked by Tarrio.

Prosecutors’ filings also said Donohoe supplied the Proud Boys with radio transmitters, so they could communicate before and during the 2021 attack on the Capitol. Tarrio was arrested two days before the riot. Immediately after Tarrio’s arrest, Donohoe deleted the group’s messages on the Telegram communication platform and messaged that plans might be compromised. “Well at least they won’t get our boots on the ground plan because we are one step ahead of them,” he wrote in a follow-up.

Donohoe reportedly never entered the Capitol, even though he was in the first wave of people descending upon the building, as he was overcome by pepper spray. Nevertheless, his assault charges stemmed from throwing two water bottles at Capitol Police officers. He allegedly also sent messages stating: “We stormed the capitol unarmed … we took it over.”

The assault on the Capitol took place while Congress was certifying the results of the 2020 presidential election won by Joe Biden. The Proud Boys were in favor of a second term for former president Donald Trump.

Sunday, February 24, 2013

Last Thursday, British sensory biologist Dominic Clarke and other authors published research about detection of floral electric fields by bees in journal Science. The research involved studying bees’ reaction to flowers with different electric fields. The researches concluded that bees can choose flowers based on their electric fields, and remember them as they do with color and other characteristics of flowers.

This Friday Wikinews interviewed Dominic Clarke about the research.

((Wikinews)) What caused your initial interest in electric fields of flowers?

Dominic Clarke: There has been a considerable amount of speculation in the scientific literature since the 60s about the role of electric fields in pollination. It has been suggested that the electric field that arises between a charged bee and a grounded flower may be responsible for increasing the efficiency of pollen transfer between the two. We looked at this literature as sensory biologists and naturally formed the question ‘can bees sense these fields?’. Since we couldn’t find any answers to that question in the literature, we decided to find out for ourselves.

((WN)) How was the new phenomenon discovered?

DC: We use what’s called ‘differential conditioning’, where bees are trained to find a sucrose reward from an array of flowers, where only half of the flowers contain the reward. In our experiment, the flowers that were rewarded (with a sugary solution) were marked with a small electric field (about the same strength as around a flower in the wild). The ones that were not rewarded were not marked with fields. Since the electric field is the only thing that differs between the two flowers, we know that if the bees can learn to tell them apart, they can sense the electric field. Our bees were able to pick the rewarded flower 80% of the time when the electric field was present as a cue. When the electric field was switched off, they could only get it right half the time, which is the same as if they were just picking flowers at random.

((WN)) How many species of flowers and bees did you study during your research?

DC: We focus on one species of bee, the bumblebee Bombus terrestris. And we look mainly at Petunia flowers (P. integrifolia). These two species provide the bulk of our data, but we do consider other flowers like geraniums, daisies, clematis and foxglove, and other species of bee (particularly the honeybee Apis mellifera).

((WN)) Do you have diagrams, sketches, or drawings of electric field around a bee and a flower?

DC: I have attached a picture of a computer model of the electric field around a flower called “Flower Potentials and Fields”.

((WN)) Was it known that bees have a charge before?

DC: Yes, reports as early as the 70s have measured electrical charge on bees, but it was not known before whether or not they could sense such charges.

((WN)) What environment did you study the flowers and bees in? A laboratory? A garden? Natural environment?

DC: The behavioural tests were carried out in a laboratory because we needed to be able to precisely control the environment in which the bees were tested. Future work will be aimed at trying to get out into the bees’ natural environment and trying to figure out exactly what role(s) this sense plays in their lives.

((WN)) What equipment was used during the research? How did you measure the charge?

DC: Charge was measured using a device called a “Faraday Pail”. It is basically an electrically shielded metal cup, the voltage of which changes according to how much charge is inside it. We can measure this voltage when a bee flies in and so measure its charge. We did this with 51 individual bees.

((WN)) What were the roles of the people involved in the research? What activity was most time-consuming?

DC: It was very collaborative in all aspects of the research. I carried out the bulk of the experimental work and data analysis, but the process of designing the experiment, figuring out how to do the analysis, choosing which ideas to follow and which to put on the shelf etc., that is highly collaborative. Then of course comes the long period of writing, re-writing, re-re-writing, sending out to colleagues for feedback, re-re-re-writing, submission, peer-review, editing re-submission etc. which is also a collaboration between all the authors. A large part of doing science is talking as well; meeting, planning brainstorming. It feels to me like putting together the paper took the longest, but perhaps that’s just because it’s the most fresh in my mind.

((WN)) What do you see as possible directions for future research in this field? What do you think possible applications of the discovery can be?

DC: The two big questions now are “how do the bees do this?” and “why do they do this?”. The first is a case of pinning down the sensory mechanism used by the bees to detect the fields, and the second will involve a great deal of field-based experiments. We need to get out of the laboratory and understand the role this phenomenon plays in the lives of bees in the wild.

((WN)) Thank you for sharing your insight and details. Have a good time.

Wednesday, December 5, 2007

The weather satellite GOES-12, which provides most of the weather pictures for the United States, became unusable on Tuesday, December 4. The satellite is positioned in geostationary orbit over the Amazon. A normal station-keeping maneuver to adjust its location was not completed as usual and services could not be continued.

The National Oceanic and Atmospheric Administration (NOAA) operates the satellites for its National Weather Service (NWS). NOAA’s satellite division intends to attempt Wednesday night to return GOES-12 to normal mode. The satellite is in its “safe” mode, which is used to protect it until problems can be identified and repaired. It is properly oriented toward the Sun so it will have full electrical power for further commands.

The GOES-10 satellite, located slightly further east, has been taken from South American coverage and is providing North American service. GOES-13 is in orbital storage in case it is needed for replacing a failed satellite.

Tuesday, July 7, 2009

Australia’s cricketer Brett Lee is out of the first Ashes test match – which starts on July 8 in Cardiff – with a torn muscle in his left side. He is also doubtful to play the second Test at Lord’s, which begins on July 16. It will be at least two weeks before he can start training in the nets again.

“I am very very disappointed and gutted that I will not be there for the first Test match but I will find a way to bounce back,” said Lee. “I still see myself hopefully playing a major role for Australia through the end part of the series, whether that’s the second, third, fourth or fifth Test match depending on how things go.”

The fast bowler complained about soreness in his left side after playing the England Lions at Worcester. Scans on Monday revealed he has a tear to his rib muscle. Other reports have described the injury as a strained abdominal muscle.

Kevin Pietersen commented on Lee’s absence saying it was “a huge, huge, huge loss” for Australia.

Australia now have to choose which player to pick as a replacement for Lee. Two likely options are spinner Nathan Hauritz or pace bowler Ben Hilfenhuas.

England will start their campaign on Wednesday to attempt to regain the ashes after Australia completed a 5-0 whitewash last time.

Tuesday, May 2, 2006

Beginning Monday morning, many BlueFrog and Blue Security users began receiving an email warning them that if they did not remove their email addresses from the Blue Security registry, they would begin to receive huge amounts of unsolicited email. As quickly as four hours after the initial warning message, some users began to receive an unprecedented amount of spam. Most of the messages were simply useless text. Users reported that Blue Security’s website was unavailable or extremely slow in responding.

Blue Security is an online community dedicated to fighting spam. As they became more popular, their member list increased substantially. The members’ email address is encrypted and added to a list of e-mail addresses that wish to stop receiving spam. Blue Security maintains the encrypted list, which uses an encrypted hash function. Spammers are encouraged to remove all addressed from their email list that are also in Blue Security’s Do Not Intrude Registry by using free compliance tools available at Blue Security’s web site.

According to Blue Security’s web site, “A major spammer had started spamming our members with discouraging messages in an attempt to demoralize our community. This spammer is using mailing lists he already owns that may contain addresses of some community members.” Reportedly, Blue Security has received complaints from users about spam allegedly sent from Blue Security promoting their anti-spam solution and web site.

Blue Security states they are “an anti-spam company determined to fight spam and as such never has and never will send unsolicited email.” There are also reports of non-users of BlueSecurity/BlueFrog receiving the warning emails, which now seems is also being sent to email addresses of people who have never added their email address to Blue Security’s Do Not Intrude Registry.

Thursday, May 25, 2006

A family visiting Christchurch, New Zealand from Australia was minutes away from being burnt to death.

They were staying in the Meadow Park Holiday Park, Papanui.

The fire started about 3 a.m. NZST and Station officer Paul Rodwell said, “From the description, they were a few minutes away from perishing.”

New Zealand-born Elaine Puku is on life support in Christchurch Hospital’s intensive-care unit after receiving internal and external second-degree burns while trying to rescue her children.

Other family members – Malcolm Puku, 47, and sons Jeremy, 17, Matthew, 13, and Jordan, 10 – were also in the fire, but escaped grievous injury. They are currently recovering from minor cuts and smoke inhalation.

“I opened up the door into the lounge and the room was like a big volcano, so red and bright and yellow, and all this billowing black smoke,” Malcolm Puku said.

There were no smoke alarms in the unit.

“It doesn’t have any fire-protection smoke alarms because it’s an old place,” Rodwell said.

Fire safety officer Graham Davies said that the accommodation is exempt since it was built before fire detectors became compulsory.

The motel is now under investigation by the Fire Service.

Friday, November 13, 2009

Italian goalkeeper Carlo Cudicini has been seriously injured in a motorcycle accident in London. The player, who plays for Tottenham Hotspurs, was involved in a collision with a car at 10:30 GMT. The football club reported that he has fractured his wrists and injured his pelvis.

A spokesperson for the Metropolitan Police released a statement saying “A 36-year-old male suffered injuries described by the London Ambulance Service as possibly life-changing and was taken to Whipps Cross Hospital for further assessment and treatment”. No arrests have been made.

Cudicini crashed his motorcycle into a Ford Fiesta with a female driver and a child passenger. Neither the driver or passenger were injured in the accident.

Cudicini is the son of former AC Milan goalkeeper Fabio Cudicini. During his career he has played for Lazio, AC Milan and Chelsea. He played for Chelsea for 10 years until he was transferred to Tottenham in January. He made one appearance for the Italian national team.