Monthly Archives: May 2024

"Impossible" quantum effects seen when squishing atoms together – Earth.com

Posted: May 23, 2024 at 7:54 am

In the realm of quantum physics, proximity plays a crucial role. As atoms interact more strongly when they are positioned closely together, scientists have long sought ways to arrange them as tightly as possible in quantum simulators.

These simulators allow researchers to explore exotic states of matter and build novel quantum materials. However, there has been a limit to how close atoms could be positioneduntil now.

Typically, scientists cool the atoms to a stand-still and use laser light to arrange them, but the wavelength of light has restricted the minimum distance between particles to around 500 nanometers.

Now, a team of physicists at MIT has developed a breakthrough technique that enables them to position atoms a mere 50 nanometers apart. To put this into perspective, a red blood cell measures about 1,000 nanometers in width.

The MIT team, led by Wolfgang Ketterle, the John D. MacArthur Professor of Physics, demonstrated their new approach using dysprosium, the most magnetic atom in nature.

By manipulating two layers of dysprosium atoms and precisely positioning them 50 nanometers apart, they observed magnetic interactions 1,000 times stronger than if the layers were separated by the previous limit of 500 nanometers.

We have gone from positioning atoms from 500 nanometers to 50 nanometers apart, and there is a lot you can do with this, says Ketterle. At 50 nanometers, the behavior of atoms is so much different that were really entering a new regime here.

Furthermore, the researchers were able to measure two new effects caused by the atoms proximity: thermalization, where heat transfers from one layer to another, and synchronized oscillations between the layers. These effects diminished as the layers were spaced farther apart.

Conventional techniques for manipulating and arranging atoms have been limited by the wavelength of light, which typically stops at 500 nanometers. This optical resolution limit has prevented scientists from exploring phenomena that occur at much shorter distances.

Conventional techniques stop at 500 nanometers, limited not by the atoms but by the wavelength of light, explains Ketterle. We have found now a new trick with light where we can break through that limit.

The teams innovative approach begins by cooling a cloud of atoms to about 1 microkelvin, just above absolute zero, causing the atoms to come to a near-standstill.

They then use two laser beams with different frequencies and circular polarizations to create two groups of atoms with opposite spins.

Each laser beam forms a standing wave, a periodic pattern of electric field intensity with a spatial period of 500 nanometers.

By tuning the lasers such that the distance between their respective peaks is as small as 50 nanometers, the atoms gravitating to each lasers peaks are separated by the same distance.

To achieve this level of precision, the lasers must be extremely stable and resistant to external noise. The team realized they could stabilize both lasers by directing them through an optical fiber, which locks the light beams in place relative to each other.

The idea of sending both beams through the optical fiber meant the whole machine could shake violently, but the two laser beams stayed absolutely stable with respect to each others, says lead author and physics graduate student Li Du.

By applying their technique to dysprosium atoms, the researchers observed two novel quantum phenomena at the extremely close proximity of 50 nanometers.

First is collective oscillation, where vibrations in one layer caused the other layer to vibrate in sync. Next is thermalization, where one layer transferred heat to the other purely through magnetic fluctuations in the atoms.

Until now, heat between atoms could only by exchanged when they were in the same physical space and could collide, notes Du. Now we have seen atomic layers, separated by vacuum, and they exchange heat via fluctuating magnetic fields.

The teams results introduce a new technique that can be applied to many other atoms to study quantum phenomena.

They believe their approach can be used to manipulate and position atoms into configurations that could generate the first purely magnetic quantum gate.

This would be a key building block for a new type of quantum computer.

We are really bringing super-resolution methods to the field, and it will become a general tool for doing quantum simulations, says Ketterle. There are many variants possible, which we are working on.

In summary, the MIT teams pioneering technique opens up a new frontier in quantum physics, enabling scientists to explore previously inaccessible phenomena and build novel quantum materials.

By positioning atoms a mere 50 nanometers apart, they have unlocked a realm where magnetic interactions reign supreme and quantum effects emerge in stunning clarity.

As researchers continue to refine and expand upon this approach, they inch closer to the development of purely magnetic quantum gates and the realization of cutting-edge quantum computers.

The future of quantum simulations looks brighter than ever, and the possibilities are limited only by the imagination of the scientists who dare to push the boundaries of what is possible.

The studys co-authors include Pierre Barral, Michael Cantara, Julius de Hond, and Yu-Kun Lu, all members of the MIT-Harvard Center for Ultracold Atoms, the Department of Physics, and the Research Laboratory of Electronics at MIT.

The full study was published in the journal Science.

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Beyond Hydrogen: Discovery of Tiny New Atom Tauonium With Massive Implications – SciTechDaily

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Tauonium: The Smallest and Heaviest Atom with Pure Electromagnetic Interaction. Credit: Science China Press

Recent discoveries in quantum physics have revealed simpler atomic structures than hydrogen, involving pure electromagnetic interactions between particles like electrons and their antiparticles. This advancement has significant implications for our understanding of quantum mechanics and fundamental physics, highlighted by new methods for detecting tauonium, which could revolutionize measurements of particle physics.

The hydrogen atom was once considered the simplest atom in nature, composed of a structureless electron and a structured proton. However, as research progressed, scientists discovered a simpler type of atom, consisting of structureless electrons (e-), muons (-), or tauons (-) and their equally structureless antiparticles. These atoms are bound together solely by electromagnetic interactions, with simpler structures than hydrogen atoms, providing a new perspective on scientific problems such as quantum mechanics, fundamental symmetry, and gravity.

To date, only two types of atoms with pure electromagnetic interactions have been discovered: the electron-positron bound state discovered in 1951 (Phys Rev 1951;82:455) and the electron-antimuon bound state discovered in 1960 (Phys Rev Lett 1960;5:63). Over the past 64 years, there have been no other signs of such atoms with pure electromagnetic interactions, although there are some proposals to search for them in cosmic rays or high-energy colliders.

Tauonium, composed of a tauon and its antiparticle, has a Bohr radius of only 30.4 femtometers (1 femtometer = 10-15 meters), approximately 1/1741 (0.057%) of the Bohr radius of a hydrogen atom. This implies that tauonium can test the fundamental principles of quantum mechanics and quantum electrodynamics at smaller scales, providing a powerful tool for exploring the mysteries of the micro material world.

Recently, a study titled Novel method for identifying the heaviest QED atom was published in the comprehensive journal Science Bulletin, proposing a new approach used to discover tauonium. The study demonstrates that by collecting data of 1.5 ab-1 near the threshold of tauon pair production at an electron and positron collider, and selecting signal events containing charged particles accompanied by the undetected neutrinos carrying away energy, the significance of observing tauonium will exceed 5. This indicates a strong experimental evidence for the existence of tauonium.

The study also found that using the same data, the precision of measuring the tau lepton mass can be improved to an unprecedented level of 1 keV, two orders of magnitude higher than the highest precision achieved by current experiments. This achievement will not only contribute to the precise testing of the electroweak theory in the Standard Model but also have profound implications for fundamental physics questions such as lepton flavor universality.

This achievement serves as one of the most important physical objectives of the proposed Super Tau-Charm Facility (STCF) in China or the Super Charm-Tau Factory (SCTF) in Russia: to discover the smallest and heaviest atom with pure electromagnetic interactions by running the machine near the tauon pair threshold for one year and to measure the tau lepton mass with a high precision. These discoveries will provide deeper insights and understanding into humanitys exploration of the microscopic world.

Reference: Novel method for identifying the heaviest QED atom by Jing-Hang Fu, Sen Jia, Xing-Yu Zhou, Yu-Jie Zhang, Cheng-Ping Shen and Chang-Zheng Yuan, 4 April 2024, Science Bulletin. DOI: 10.1016/j.scib.2024.04.003

Beyond Hydrogen: Discovery of Tiny New Atom Tauonium With Massive Implications - SciTechDaily

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Quantum Coherence: Harvard Scientists Uncover Hidden Order in Chemical Chaos – SciTechDaily

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Harvard scientists have demonstrated that quantum coherence can persist through chemical reactions in ultracold molecules, suggesting broader applications for quantum information science and potentially in more common environmental conditions.

If you zoom in on a chemical reaction to the quantum level, youll notice that particles behave like waves that can ripple and collide. Scientists have long sought to understand quantum coherence, the ability of particles to maintain phase relationships and exist in multiple states simultaneously; this is akin to all parts of a wave being synchronized. It has been an open question whether quantum coherence can persist through a chemical reaction where bonds dynamically break and form.

Now, for the first time, a team of Harvard scientists has demonstrated the survival of quantum coherence in a chemical reaction involving ultracold molecules. These findings highlight the potential of harnessing chemical reactions for future applications in quantum information science.

I am extremely proud of our work investigating a very fundamental property of a chemical reaction where we really didnt know what the result would be, said senior co-author Kang-Kuen Ni, Theodore William Richards Professor of Chemistry and Professor of Physics. It was really gratifying to do an experiment to find out what Mother Nature tells us.

In the paper, published in Science, the researchers detailed how they studied a specific atom-exchange chemical reaction in an ultra-cold environment involving 40K87Rb bialkali molecules, where two potassium-rubidium (KRb) molecules react to form potassium (K2) and rubidium (Rb2) products. The team prepared the initial nuclear spins in KRb molecules in an entangled state by manipulating magnetic fields and then examined the outcome with specialized tools. In the ultra-cold environment, the Ni Lab was able to track the nuclear spin degrees of freedom and to observe the intricate quantum dynamics underlying the reaction process and outcome.

The work was undertaken by several members of Nis Lab, including Yi-Xiang Liu, Lingbang Zhu, Jeshurun Luke, J.J. Arfor Houwman, Mark C. Babin, and Ming-Guang Hu.

Utilizing laser cooling and magnetic trapping, the team was able to cool their molecules to just a fraction of a degree above Absolute Zero. In this ultracold environment, of just 500 nanoKelvin, molecules slow down, enabling scientists to isolate, manipulate, and detect individual quantum states with remarkable precision. This control facilitates the observation of quantum effects such as superposition, entanglement, and coherence, which play fundamental roles in the behavior of molecules and chemical reactions.

By employing sophisticated techniques, including coincidence detection where the researchers can pick out the exact pairs of reaction products from individual reaction events, the researchers were able to map and describe the reaction products with precision. Previously, they observed the partitioning of energy between the rotational and translational motion of the product molecules to be chaotic [Nature 593, 379-384 (2021)]. Therefore, it is surprising to find quantum order in the form of coherence in the same underlying reaction dynamics, this time in the nuclear spin degree of freedom.

The results revealed that quantum coherence was preserved within the nuclear spin degree of freedom throughout the reaction. The survival of coherence implied that the product molecules, K2 and Rb2, were in an entangled state, inheriting the entanglement from the reactants. Furthermore, by deliberately inducing decoherence in the reactants, the researchers demonstrated control over the reaction product distribution.

Going forward, Ni hopes to rigorously prove that the product molecules were entangled, and she is optimistic that quantum coherence can persist in non-ultracold environments.

We believe the result is general and not necessarily limited to low temperatures and could happen in more warm and wet conditions, Ni said. That means there is a mechanism for chemical reactions that we just didnt know about before.

First co-author and graduate student Lingbang Zhu sees the experiment as an opportunity to expand peoples understanding about chemical reactions in general.

We are probing phenomena that are possibly occurring in nature, Zhu said. We can try to broaden our concept to other chemical reactions. Although the electronic structure of KRb might be different, the idea of interference in reactions could be generalized to other chemical systems as well.

Reference: Quantum interference in atom-exchange reactions by Yi-Xiang Liu, Lingbang Zhu, Jeshurun Luke, J. J. Arfor Houwman, Mark C. Babin, Ming-Guang Hu and Kang-Kuen Ni, 16 May 2024, Science. DOI: 10.1126/science.adl6570

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Irish 2,000 Guineas Offshore Odds, Preview, and Prediction (2024) – The Latest Sports Betting News – OffshoreSportsbooks.com

Posted: at 7:54 am

The first Classic of the Irish racing season takes place on Saturday, as the G1 Irish 2,000 Guineas is staged over a mile at the Curragh. Unsurprisingly, Aidan OBrien has a strong hand, as he chases a record-extending success in the race. Before Betting On Irish 2,000 Guineas The G1 Irish 2,000 Guineas is []

The G1 Irish 2,000 Guineas is one of the most historic races to be staged in Ireland, with the contest having been staged annually at the end of May since 1921. It is run three weeks after the G1 2,000 Guineas in Newmarket, and that has provided a solid form line, with nine runners having won both races.

Rosallion ticks that trend this weekend, as the Richard Hannon runner ran an excellent race after a 216-day break to finish second in the 2,000 Guineas. He showed plenty of quality as a juvenile, winning a Group One in France over seven furlongs. His only resounding defeat was suffered on soft ground at Doncaster, meaning that he will be hoping for good ground on Saturday.

River Tiber looks to be the standout runner from the OBrien yard this weekend. However, there are clear concerns surrounding his ability over a mile, as he competed over sprint distances throughout last term. The three-year-old was a fine winner of the G2 Coventry Stakes, before finishing behind Vandeek at Deauville and Newmarket.

Haatem is also a runner of note this weekend from the Hannon yard. The three-year-old was third in the 2,000 Guineas on his second start this year, which came after a win over a mile at Newmarket in impressive style at the end of April. Appears to have progressed this season, and there would be no surprise to see him play a big role.

Rosallion looks to be a solid selection over a mile in Ireland this weekend, as he should come on from his reappearance effort when second in the 2,000 Guineas. Haatem could follow his stablemate home to claim a famous one-two for the Hannon team.

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Gervonta Davis vs Frank Martin Offshore Odds, Preview, and Prediction (2024) – The Latest Sports Betting News – OffshoreSportsbooks.com

Posted: at 7:54 am

Gervonta Davis will make his mandatory defense of the WBA lightweight title on June 15 in Las Vegas when he takes on Frank Martin. The reigning champion will be the clear favorite in the betting to retain his perfect professional record. Before Betting On Gervonta Davis vs Frank Martin Las Vegas will host huge boxing []

Las Vegas will host huge boxing action in mid-June when Gervonta Davis defends his WBA lightweight title. The American will be the clear favorite in the betting to retain his title after winning on all 29 of his previous appearances in the ring as a professional. His dominance is echoed by the fact that 27 of his victories have been secured by knockout.

He was in sensational form on his previous outing in the ring, as he overcome Ryan Garcia in a non-title bout. It was a stunning end to the final by Davis, as he scored a seventh-round stoppage. Davis has been the reigning WBA champion in the lightweight division since claiming the title back in 2019 when beating Yuriokis Gamboa via 12th-round TKO.

Frank Martin will be the latest boxer to try and end the dominant sequence of results by Davis. The Ghost also boasts a dominant professional record after winning on all 18 bouts. A total of 12 victories have been scored by KO, and he previously had an excellent amateur pedigree after winning the golden medal at the Golden Gloves in 2016.

Martins ride to the top has been professional over the last two years, and he has shown excellent ring IQ after winning each of his last two fights by unanimous decision. The most recent of those victories was recorded in July in Las Vegas when he overcame Artem Harutyunyan.

Gervonta Davis has been the dominant star in the division throughout his career, and his dominance shows no sign of stopping. We could see him scoring another famous win in Vegas in June.

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Gervonta Davis vs Frank Martin Offshore Odds, Preview, and Prediction (2024) - The Latest Sports Betting News - OffshoreSportsbooks.com

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EURO 2024 Young Player of the Tournament Offshore Odds, Preview, and Prediction (2024) – The Latest Sports … – OffshoreSportsbooks.com

Posted: at 7:54 am

While all the eyes will be on the crowning of a new EURO champion this summer, it has often been a tournament for a new star to emerge. Therefore, there could be an interesting look to the betting for the EURO 2024 Young Player of the Tournament. Before Betting On EURO 2024 Young Player of []

The European Championships have helped young stars break out of the shadows throughout its history, with recent examples including the likes of Wayne Rooney and Cristiano Ronaldo at the 2004 edition. This summer will be no different, as the leading nations will have youthful feels surrounding the teams that they will select.

The Young Player of the Tournament award has been handed out since the 2016 edition, with Portuguese midfielder Renato Sanches winning the inaugural honor, before Pedri claimed success in 2020. Jude Bellingham is no longer a star that fans know little about after enjoying a stellar first campaign in Spain with Real Madrid. He appears to be the leading contender for a favored England team.

The next wave of German talent will be on display at their home tournament this year, with attacking midfielders such as Florian Wirtz and Jamal Musiala expected to be given a platform to express themselves. Pedri is no longer an unknown quantity either, and he is a competitive price to retain the honor.

As bigger prices, one of the standout selections could come in the form of Benjamin Sesko. The striker has enjoyed a breakthrough campaign in Germany with RB Leipzig this term, netting 14 league goals in 31 appearances. The 20-year-old will have pressure on his shoulders to lead Slovenia out of the group stage.

If England are going to go deep at the EUROs this summer, then they will need Jude Bellingham to be at his very best. Therefore, we could see the midfielder picking up both individual honors.

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Roadmap for energy skills transition secures backing from wind, oil and gas sectors – Renewable Energy Magazine

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Thursday, 23 May 2024 Energy industry leaders have aligned on a roadmap for a prototype energy skills passport to enable cross-sector recognition of energy industry expertise and training.

Courtesy of Ionna22, Wikimedia Commons.

Delivery on the commitment to a skills passport was set out in both the North Sea Transition Deal and Offshore Wind Sector Deal struck between industry and the UK government.

The passport is intended to show both workers and employers how skills and qualifications can be recognised by employers across sectors such as oil and gas and offshore wind. The ability for workers to move smoothly around all parts of the energy mix, from jobs in the oil and gas sector to specialist roles in wind and other areas of the energy transition, can help preserve and expand the UKs homegrown energy industry and speed the transition process.

We are strongly committed to easing the transfer of workers from different parts of the energy sector into renewables said RenewableUK's Executive Director of Offshore Wind Jane Cooper. Offshore wind companies need to attract oil and gas workers with valuable experience and transferable skills into our sector. We will continue to work with a wide range of partners and colleagues from other organisations to achieve this, enabling highly skilled people to find new career opportunities in the transition to clean power.

There are currently thousands of skilled workers in the UK oil and gas sector and this is set to decline in the decades ahead, while the growing UK offshore wind industry already employs 32,000 people and that number is expected to rise to over 100,000 by 2030.

Industry training bodies estimate the total number of jobs in energy production will reach 211,000 by 2030 and the passport could be adapted for other sectors to help the UK and devolved nations meet their net zero targets.

Energy industry leaders are keen to ensure these new jobs go to UK workers with relevant skills from a variety of sectors which means a framework for recognition of specialist expertise must be agreed.

Oil and gas production in the UK is now declining by around 12 percent a year. Research commissioned by Offshore Energies UK (OEUK) showed that 90 per cent of oil and gas industry workers have skills which can be transferred to new offshore jobs in renewable energy.

A cross-sector partnership comprising Offshore Energies UK, RenewableUK, OPITO, Global Wind Organisation (GWO) and representatives from oil and gas and offshore wind energy sector employers alongside government, trade union, trade and skills bodies, have contributed expertise to the skills passport project.

The industry-led project has been supported by 3.7 million in funding from the Scottish Governments Just Transition Fund to OPITO, reflecting the particular importance of the offshore energy transition for Scotland.

The focus of the passport project is on the alignment of technical qualifications and the mapping of safety standards, the creation of career pathways for relevant roles, and a mechanism for employers and employees to understand recognised standards.

It has resulted in the creation of career pathway information for over thirty oil and gas roles and entry routes into the wind industry leading to roles such as maintenance technician, commissioning technician, high-voltage senior authorised person and troubleshooting technician.

GWO and OPITO are continuing to collaborate to develop career pathways for the highest priority roles in offshore wind which will be finalised later this year. This will mean workers can easily identify the further qualifications and training they need to apply for such jobs.

Further refinements, including user-testing of the new mechanism, are scheduled in the summer and autumn before a final version is made freely available later this year.

RenewableUK and OEUK will now look to identify other potential areas of work that could further support the transition of workers between sectors.

The UK's energy future hinges upon the expertise of our exceptional offshore workforce added OEUK Supply Chain and People Director Katy Heidenreich. The creation of the skills passport will help take full advantage of worker experience and capabilities while ensuring the preservation of jobs and communities nationwide. A skilled future, secure energy, and a sustainable journey to net zero that is what our people represent. That is what our people can deliver with the right support and cross-sector mobility.

For additional information:

RenewableUK

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Irish 1,000 Guineas Offshore Odds, Preview, and Prediction (2024) – The Latest Sports Betting News – OffshoreSportsbooks.com

Posted: at 7:54 am

The Classic action in Ireland continues on Sunday, as the fillies will be in action in the G1 Irish 1,000 Guineas. This race will be run over a mile, with a number of runners that were involved in the British 1,000 Guineas set to be involved at the Curragh. Before Betting On Irish 1,000 Guineas []

The Classic action continues in Ireland this weekend, as Sunday will see the G1 1,000 Guineas staged. This race is for fillies aged three, and a total distance of a mile will be covered. Horses have traditionally done well in this race after contesting the 1,000 Guineas, with four previous winners tasting success in both. It is also a key trial for the Coronation Stakes at Royal Ascot.

Aidan OBrien has an excellent record in the race, and he will have a strong hand to continue that dominant sequence. Opera Singer appears to be his leading filly in the race after winning three from five starts as a juvenile. She is also unbeaten over a mile, most recently landing a French Group One at the start of October.

Porta Fortuna will be hard to ignore following her comeback effort when taking second in the G1 1,000 Guineas at Newmarket. She ran a stormer at the Breeders Cup last year to take second, and she has won four from eight career starts.

Fallen Angel is a fascinating raider for Karl Burke this weekend, with the three-year-old having disappointed over a mile in the 1,000 Guineas when eighth. Things didnt go to plan on that day, but she remains of huge interest having already won impressive over seven furlongs at the Curragh last season.

Opera Singer has strong claims on her return, but the fitness edge could mean that the ultra-consistent Porta Fortuna could take advantage. A Lila Rolla also isnt discounted after beating Opera Singer last season, before returning with a narrow success over Kitty Rose on unfavorable ground.

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Adele To Release New Album 2024 Offshore Odds, and Prediction – The Latest Sports Betting News – OffshoreSportsbooks.com

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Adele is one of the most celebrated musical artists of her generation. The 36-year-old Brit has won no shortage of accolades throughout her career, including 16 Grammy Awards and 12 Brit Awards. However, could the superstar release a new album in 2024? Before Betting On Adele To Release A New Album In 2024 Adele is []

Adele is one of the most successful music artists of all-time, having gained major success with her four studio albums. Such has been her success, that she has also won an Academy Award for her soundtrack for the James Bond film, Skyball. Adeles success has continued throughout recent years, as she enjoyed a record-breaking residency in Las Vegas.

Her first album, titled 19 was released in January 2018, and it would catapult her to superstardom after topping the charts in the United Kingdom. It sold over 2.5 million copies in the UK, and featured top-five singles such as Make You Feel My Love and Chasing Pavements.

Adeles star would rise only further following the success of 21, which would become one of the best-selling albums of the 21st century. The album was sold over 31 million times, and it was the best-performing album in US chart history after spending 24 weeks at the top of the charts.

A third album was achieve more success for the Brit, with 25 breaking records for the most first-week sales in the UK and US, becoming the first, and only, record to have sold three million copies in the first week. The success of her third album would continue with her fourth album 30, which was a best-seller once again in the United States and UK.

This year will mark four years since Adeles last album release, but fans may be left disappointed when it comes to a potential drop this year. The Brit revealed during a recent interview that she isnt going to write a new album for some time.

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DNREC and US Wind hold offshore wind meeting June 5 in Lewes – wrde.com

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LEWES, Del.- Offshore wind developer US Wind, Inc. has submitted multiple permit applications to DNRECfor its wind energy project offshore of Maryland.

DNREC will be holding a public information session on June 5 to explain US Wind's permit applications for the proposed connector cables and substation. US Wind requires the following authorizations from two of DNRECs division including:

The offshore/onshore export cables are proposed to land at Delaware Seashore State Parks 3Rs Beach parking lot near the DNREC building line and potential dune environments. It would interconnect into a proposed substation to be constructed on a tax parcel adjacent to the Indian River power plant in Sussex County.

Portions of the proposed wind power export cables would be located under state-regulated wetlands and subaqueous lands in the Atlantic Ocean within Delaware state waters and the Indian River Bay.The proposed cabling would span over 15.2 miles.

At the meeting, locals and visitors can review display boards, engage with staff, federal partners and US Wind and ask questions. The display boards, an online survey and other materials will be available after the session.. Feedback from the public information session will inform the formal presentation for the Joint Virtual Public Hearing on July 9, according to DNREC.

DNREC is accepting comments for the record from now until Sept. 9, via email toDNRECHearingComments@delaware.govorby using the online form. The session is scheduled for 4 to 7 p.m. at Beacon Middle School in Lewes. For more details about the project, along with related documents, visit DNRECs website.

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Monthly Archives: May 2024

"Impossible" quantum effects seen when squishing atoms together – Earth.com

Beyond Hydrogen: Discovery of Tiny New Atom Tauonium With Massive Implications – SciTechDaily

Quantum Coherence: Harvard Scientists Uncover Hidden Order in Chemical Chaos – SciTechDaily

Irish 2,000 Guineas Offshore Odds, Preview, and Prediction (2024) – The Latest Sports Betting News – OffshoreSportsbooks.com

Gervonta Davis vs Frank Martin Offshore Odds, Preview, and Prediction (2024) – The Latest Sports Betting News – OffshoreSportsbooks.com

EURO 2024 Young Player of the Tournament Offshore Odds, Preview, and Prediction (2024) – The Latest Sports … – OffshoreSportsbooks.com

Roadmap for energy skills transition secures backing from wind, oil and gas sectors – Renewable Energy Magazine

Irish 1,000 Guineas Offshore Odds, Preview, and Prediction (2024) – The Latest Sports Betting News – OffshoreSportsbooks.com

Adele To Release New Album 2024 Offshore Odds, and Prediction – The Latest Sports Betting News – OffshoreSportsbooks.com

DNREC and US Wind hold offshore wind meeting June 5 in Lewes – wrde.com

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