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Akoya Biosciences Announces a Groundbreaking Collaboration with PathAI to Combine Spatial Biology with AI-Powered Tools to Facilitate Discovery of…

Partnership pairs Akoyas spatial phenotyping solutions and PathAIs AI-based algorithms to elucidate spatial biomarker signatures for biopharma partners

The combination of technologies will enhance their shared biopharmaceutical partners ability to identify patients most likely to respond to drugs in clinical trials.

MARLBOROUGH, Mass., Dec. 13, 2021 (GLOBE NEWSWIRE) -- Akoya Biosciences, Inc., (Nasdaq: AKYA), The Spatial Biology Company, and PathAI, a global leader in artificial intelligence (AI)-powered technology for pathology, today announced a collaboration to advance the discovery and validation of novel predictive biomarkers for immunotherapies. The partners will leverage their industry leading capabilities in spatial biology and deep data mining using Phenoptics, Akoyas high throughput spatial phenotyping platform, and PathAIs artificial intelligence tools and algorithms to enhance their shared biopharmaceutical partners ability to identify patients most likely to respond to drugs in clinical trials.

Akoya will work with PathAI to create a seamless interface between the Advanced Biopharma Solutions (ABS) service offerings and PathAIs analytical capabilities to provide a powerful and complete solution for biopharma partners. This partnership and ABS recent CLIA certification represent significant milestones in advancing Akoyas ability to serve the growing demand for spatial biomarkers in clinical trials.

The combined power of spatial phenotyping and high throughput data sets from Akoya and PathAIs algorithms can accelerate the discovery of spatial phenotypic signatures in the tumor microenvironment, said Dr. Andy Beck, CEO of PathAI. This could streamline drug development to identify patients with a high likelihood of responding to immunotherapies.

Discovery and validation of novel biomarkers could have particularly important near-term implications for improving the efficacy rates of immuno-oncology treatments, an area of medicine that is revolutionizing cancer treatment. Spatial biology is a rapidly emerging scientific discipline that enables deeper understanding of cancer immunology by analyzing the spatial architecture of tumor tissue sections and mapping the complex organization and interactions of tumor and immune cells within the tumor microenvironment. These insights streamline drug development, clinical trials, and biomarker discovery, and are currently being applied to immunotherapy research.

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This collaboration takes Akoyas ABS offering to the next level by providing biopharma partners with a comprehensive offering that integrates the most advanced technologies and know how in the field of spatial biomarkers and digital pathology, said Brian McKelligon, Chief Executive Officer of Akoya Biosciences. The combination of our Phenoptics platform and PathAIs AI-powered technology has the potential to transform biomarker use in clinical trials and ultimately impact cancer care.

Dr. Michael Montalto, Chief Scientific Officer of PathAI, will discuss the role of AI in spatial biomarker development at Akoyas Spatial Day Event on December 15, 2021. Register at this link.

About Akoya Biosciences

As The Spatial Biology Company, Akoya Biosciences mission is to bring context to the world of biology and human health through the power of spatial phenotyping. The company offers comprehensive single-cell imaging solutions that allow researchers to phenotype cells with spatial context and visualize how they organize and interact to influence disease progression and treatment response. Akoya offers two distinct solutions, the CODEX and Phenoptics platforms, to serve the diverse needs of researchers across discovery, translational and clinical research. To learn more about Akoya, visit http://www.akoyabio.com.

About PathAI

PathAI is a leading provider of AI-powered research tools and services for pathology. PathAIs platform promises substantial improvements to the accuracy of diagnosis and the efficacy of treatment of diseases like cancer, leveraging modern approaches in machine and deep learning. Based in Boston, PathAI works with leading life sciences companies and researchers to advance precision medicine. To learn more, visit pathai.com.

A photo accompanying this announcement is available at https://www.globenewswire.com/NewsRoom/AttachmentNg/0d9d6284-f5a8-4d1b-ac3d-afacf4185f42

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SSR Mining Announces Positive Exploration Results at the Amisk Gold Property in Saskatchewan – Yahoo Finance

Results Continue to Showcase Prospective Platform in Saskatchewan

DENVER, Dec. 13, 2021 /CNW/ - SSR Mining Inc. (NASDAQ: SSRM) (TSX: SSRM) (ASX: SSR) ("SSR Mining" or the "Company") is pleased to announce positive exploration results from the Amisk Property in Saskatchewan. Amisk is located approximately 140 kilometers southeast of the Seabee operation and Fisher properties and within the prolific Flin Flon mining district (Figure 1). Amisk has many analogous geological features to the Seabee/Fisher trend, and reinterpretation of historical data and field reconnaissance has identified a number of new prospects beyond the existing Amisk deposit. Field sampling and 10 widely spaced exploration diamond drill holes have confirmed the potential of the area with significant positive assay results, including:

Black Diamond

BKD-21-001: 1.51 g/t Au over 6.59 meters from 72.00 meters and 0.84 g/t Au over 9.89 meters from 160.65 meters

BKD-21-002: 1.16 g/t Au over 6.45 meters from 112.39 meters and 6.15 g/t Au over 2.90 meters from 123.64 meters

Grab samples up to 83.98 g/t Au

Monarch

MON-21-002: 1.71 g/t Au over 11.36 meters from 143.03 meters including 6.81 g/t Au over 1.00 meters

MON-21-003: 1.27 g/t Au over 10.57 meters from 142.43 meters including 14.13 g/t over 0.74 meters

Grab samples up to 20.55 g/t Au

Regional Grab Sample Results

Raine-Walker: up to 67.15 g/t Au

TCA: up to 81.59 g/t Au

Oberon: up to 17.30 g/t Au

Victory: up to 138.80 g/t Au

Follow up drilling and field work is planned for 2022, as SSR Mining looks to better define and potentially expand on the prospective greenfield targets identified on the property to-date. Drill programs in 2022 will test new targets along the West Channel trend where prospecting and soil sampling has confirmed significant gold mineralization associated with quartz veins in outcrop. The Amisk team will also continue evaluating regional data to generate new targets for field investigation and potential drilling going forward.

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The recently announced acquisition of Taiga Gold Corp., including the SAM project that expands the Amisk Property by 1,004 hectares, reinforces the Company's commitment to future exploration across the underexplored and highly prospective province of Saskatchewan.

Figure 1. Location of SSR Minings Saskatchewan properties, including the Amisk Property. (CNW Group/SSR Mining Inc.)

The Amisk Property is 100% owned by SSR Mining. Early exploration at Amisk has been encouraging, with results highlighted below from six distinct targets outside of the existing Amisk deposit (Figures 2 and 3).

Figure 2. Outline of the Amisk Property. (CNW Group/SSR Mining Inc.)

Figure 3. Highlighted surface sample results from early exploration at the Amisk Property. (CNW Group/SSR Mining Inc.)

The Black Diamond Target is located along a folded shear zone northwest of the Amisk deposit (Figure 4). Drilling is aimed at testing the continuity at depth of broad gold mineralization identified on surface. Drill intercepts and grab samples at Black Diamond include:

BKD-21-001: 1.51 g/t Au over 6.59 meters from 72.00 meters and 0.84 g/t Au over 9.89 meters from 160.65 meters

BKD-21-002: 1.16 g/t Au over 6.45 meters from 112.39 meters and 6.15 g/t Au over 2.90 meters from 123.64 meters

Grab samples of 83.98 g/t, 41.87 g/t, 30.95 g/t, 21.81 g/t, 21.75 g/t, 20.47 g/t, and 19.03 g/t Au

Figure 4. Highlighted exploration results from the Black Diamond target area. (CNW Group/SSR Mining Inc.)

The West Channel Trend comprises a shear corridor with a defined strike length of > 10 km that hosts several distinct target areas, including Monarch and Victory (Figure 5). The aim of this phase of exploration along the West Channel trend was to prove the continuity of mineralization along strike and to complete an initial phase of drill testing. Drill intercepts and grab samples along the West Channel include:

MON-21-001: 0.26 g/t Au over 3.48 meters from 247.71 meters

MON-21-002: 1.71 g/t Au over 11.36 meters from 143.03 meters including 6.81 g/t Au over 1.00 meters

MON-21-003: 1.27 g/t Au over 10.57 meters from 142.43 meters including 14.13 g/t over 0.74 meters

Grab samples of 20.55 g/t and 14.41 g/t Au from the Monarch target area

Grab samples of 138.80 g/t, 61.56 g/t, 41.15 g/t, 31.10 g/t, 29.39 g/t, 13.00 g/t, 12.85 g/t, 11.87 g/t Au from the Victory target area

Figure 5. Highlighted exploration results from the West Channel trend area. (CNW Group/SSR Mining Inc.)

In addition to the Black Diamond and West Channel trends, SSR Mining continues regional exploration to define and advance targets elsewhere on the property. Select highlights include:

Raine-Walker

TCA

Oberon

Amisk Property, Saskatchewan

During the summer exploration seasons of 2019, 2020 and 2021, SSR Mining executed geological mapping, prospecting and soil sampling programs at the Amisk Property located approximately 140 kilometers southeast of the Seabee operations and Fisher properties (Figure 1). Compilation of historical exploration results indicated the presence of regional-scale shear zones hosting under-explored lode-gold mineralization across the property.

SSR Mining mapped 1,460 hectares during the field programs at a scale of 1:5,000, focusing primarily on the historical gold occurrences associated with regional shear zones. These targets, such as Black Diamond and West Channel, often measure in the tens of kilometers in length and are major structural features. SSR Mining collected 4,253 soil samples at a regional spacing of 100 x 25 meters, with more advanced targets receiving detailed (25 x 10 meters) follow up. SSR Mining prospected and rock sampled along the length of the West Channel and Black Diamond trends resulting in the discovery of dozens of historical trenches and adits dating back to the 1930s.

Soil samples collected in 2020 and 2021 have identified new gold-in-soil anomalies at the TCA target and extended existing anomalies along the Black Diamond and West Channel trends. The combined soil data delineates a pronounced gold-in-soil anomaly at Black Diamond measuring 1,400 by 300 meters with peak values of 945 ppb Au. Along the West Channel the data defines a near continuous gold-in-soil trend between Monarch and Victory that extends 2,600 meters along strike and is up to 450 meters wide with peak values of 13,580 ppb Au. At the TCA target, a gold-in-soil anomaly measuring 750 by 100 meters has been identified with peak values of 1,490 ppb Au.

The most impressive vein system discovered during fieldwork occurs at the Raine-Walker target area. The field teams traced a visible-gold bearing quartz vein with true widths up to 4.5 meters for approximately 400 meters along strike. Assays from grab samples of this vein peaked with 67.2 g/t and 37.5 g/t gold, with other anomalous results from samples occurring along the length of the trend. The Raine-Walker area has seen minimal historical drilling and no drill holes proximal to the high-grade gold occurrences.

SSR Mining initiated its first-ever diamond drill program at the Amisk Property in June 2021 (Table 1). The Black Diamond, Raine-Walker, and Monarch targets were tested by 10 widely spaced, shallow holes totaling 2,250 meters.

Table 1. Select significant mineralized drill hole gold intercepts from the Amisk Property.

Hole ID

From(m)

To(m)

Interval(m)

Gold (g/t)

EOH Depth(m)

Zone

BKD-21-001

72.00

78.59

6.59

1.51

339.00

Black Diamond

And

160.65

170.54

9.89

0.84

339.00

Black Diamond

BKD-21-002

112.39

118.84

6.45

1.16

282.00

Black Diamond

And

123.64

126.54

2.90

6.15

282.00

Black Diamond

MON-21-002

143.03

154.39

11.36

1.71

225.00

Monarch

Including

149.89

150.89

1.00

6.81

225.00

Monarch

MON-21-003

142.43

153.00

10.57

1.27

318.00

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SSR Mining Announces Positive Exploration Results at the Amisk Gold Property in Saskatchewan - Yahoo Finance

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Only 10% of the Bitcoin supply left to mine – Cointelegraph

Total circulating Bitcoin (BTC) hit a significant milestone on Monday morning, one and a half years after the last Bitcoin halving, as 90% of the maximum total supply has been mined.

Current data from Blockchain.com shows Bitcoin in circulation hit 18.899 million as of Monday, meaning only 10% of the total supply is left to mine. While the first 90% of BTC took about 12 years to mine, the rest will take a little longer.

Bitcoin has a hard cap of 21 million coins set by its anonymous creator Satoshi Nakamoto. This limitation is written in Bitcoins source code and enforced by network nodes. The hard cap on Bitcoin is critical to its value proposition as a currency and an investment tool.

As detailed by Cointelegraph, it will take 119 years from now to complete the Bitcoin mining process due to the rate of producing new Bitcoin being cut by half every four years in a pre-determined protocol execution, also known as the Bitcoin halving.

Related: The history of Bitcoin: When did Bitcoin start?

Since the Bitcoin blockchain only creates new BTC as a reward for miners verifying new blocks, the halving ensures less Bitcoin is produced as the total circulating supply increases. Since May 2020, miners have earned 6.25 Bitcoin for every new block verified. This rate will decrease to 3.125 BTC per block in the next halving in 2024.

By 2040, the block reward will have reduced to less than 0.2 BTC and only 80,000 Bitcoin out of 21 million will be left up for grabs. The last Bitcoin will take close to 40 years to mine.

Bitcoins price started the week with a fresh rejection of $50,000 as the end-of-year close is fast approaching. It is almost 30% down from its all-time high of $68,789 reached on Nov. 10 at the time of publishing.

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Only 10% of the Bitcoin supply left to mine - Cointelegraph

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Anuj Anand: Pushing the Boundaries of the Mining Industry by Leveraging Tech-Based Innovation – Analytics Insight

Engineering and mining companies have faced a growing range of pressures in recent years, including price volatility, the need to drill down deeper to find new resources, and an industry-wide skills shortage. To address these challenges, many mining companies have embraced digital technology to enhance engineering design and developsmart mines. Ausenco is a tech savvy engineering company that delivers innovative, value-add consulting services, project delivery, asset operations and maintenance solutions to the mining and metals, oil and gas, and industrial sectors. The companys experts provide tailored solutions that help clients respond to changes in the market by combining global experience and a flexible approach that is both innovative and cost-efficient.

Anuj Anand is the CIO of Ausenco. He joined the company in 2006 as a graduate engineer and held various roles across engineering design, systems, and innovation. In 2018, he was appointed VP, Technology Services and Solutions and subsequently in 2021, to CIO. In his current role, he leads a global team of IT professionals who support Ausencos 26 offices across 14 countries. Anuj has developed a high level of expertise in the integration of systems and processes with a key concentration on information management. He has spent time in various Ausenco offices deploying new systems and standardizing best practices with a focus on transitioning legacy systems and infrastructure to modern platforms. He tailors change management practices to suit the different cultures across the company.

Anuj explains that his industry experience from working on the floor, as well as at mining sites in the middle of nowhere, gave him key insights and a sound understanding of the nuances and intricacies of a very complicated business. He states, I often tell this story about my first foray into IT. I was challenged to come up with a vision and strategy of how I perceived the industry in 5 years and what we needed to do to get there. He confesses that not coming from the IT space and not having a background in the sector was bound to make this a challenge. Anuj was given three months to gain an understanding of the situation and then present it to the CIO and CTO at that time. After spending almost a month trying to understand the lay of the land and interviewing the IT team, he thought he had come up with a brilliant strategy and set a time to present to the C-suite. He was thrilled that he had completed the task in six weeks -rather than the allotted three months. However, it didnt go well and the presentation ended with the words Anuj, how about you take the time to rethink this and present it to us again in three months time? This experience taught him a lot. Anuj believes that the only time one actually fails is when one chooses to believe so. During this experience, he received a lot of constructive feedback and excellent commentary. He presented again three months later after doing extensive research and in corporating the feedback he had received. And as they say,the rest is history in the making of a Top 10 CIO.

From an achievement perspective, Anuj believes that Ausenco has realized multiple tangible successes in cost savings and in infrastructure upgrades. However, for Anuj, the biggest success the team has achieved to-date, is changing the corporate culture to appreciate that IT is not just a behind-the-keyboard cost centre, but rather a partner that drives improvement, efficiency, and collaboration. Anuj feels that cultural change is often the hardest to enact, but that it can be the most rewarding.He talks about his passion for sport and how he learned about leadership following successful sports teams. One of his favourite quotes is by James Kerr, author of Legacy, and one of the most successful New Zealand All Blacks (rugby) coaches Create the highest possible operating standards, develop the character of your players, develop the culture of your team and, The Score Takes Care of Itself.He has seen this play out with in his team at Ausenco.

Talking about challenges, Anuj notes that the industry was going through a transition when he became CIO, and managing this transition was demanding.Looking to the future, Ausenco decided to make new investments in technology. Planning and experience were paramount to the success of this project, as the company needed to not only upgrade the older technology, but to also select the technology that would still be relevant in five years.Navigating the various technologies and choosing the right ones was challenging but during those five years, the company made the best choices possible and has developed excellent relationships and partnerships with key players in the technology space.

According to Anuj, learning on the floor and directly experiencing how things are done, is critical to understanding how a new system, or an innovative process, will effect change. This understanding has helped him communicate his messages clearly and engage his co-workers in embracing the solutions that help solve their problems Most importantly, these changes arent made to just keep up with technology, but are made to have a material impact on the business.

Anuj discusses how cyber security is also a critical challenge for CIOs, and that ensuring they can keep the crown jewels safe, is no easy task. As technology advances, it has become easier for bad actors to also use technology to try and breach perimeters. Its definitely something that the CIO is concerned with and where we have to continually invest to constantly strengthen security says Anuj.

Anuj agrees that AI has been a very interesting development in the modern world. Ausenco has partnered with market leaders in the space to bring AI into their workplace and to use AI to address critical business problems in order to be more efficient. They are also looking to be a leader in this space. He mentions that the company has already kicked off three projects in the AI space and has six more waiting in the wings. These projects, and the investment required, have developed through collaboration with key stakeholders and leaders in the business and will reach fruition next year. The company has also moved further with big data. Most organizations have copious amounts of data that may or may not be used or accessed effectively. Newer technologies have made it possible to bring this all together whether in a data lake or a warehouse and get the right data to the right people at the right time with the simple click of a few buttons. Anuj further adds that the company has also ensured that its new tools and systems have a robust data plan in place that will allow gathering the data together in a simple fashion, whether through APIs or other means.

Anuj believes that both the mining and metals, and energy sectors are ripe for disruption. He highlights that they have not always been quick to change,but today with advances in technology such as IoT and AI, these industries are likely to accelerate the adoption of new technologies and change the status quo.

According to Anuj, every CIO and leader, should foremost have a high level of emotional intelligence (EI).A high EI leads to trust, helps build relationships, reduces conflict and stress in a team, improves productivity and incorporates good communication. Empathy is one of the components of EI and is critical to managing and developing a strong team as well as for building relationships with both internal and external stakeholders.

For Anuj, creativity or innovation is the next must-have attribute of a CIO. He saysThere needs to be the innate ability to challenge the status quo and Find a Better Way (Ausencos purpose).This needs to be constant, he argues. Without this attribute and open-mindedness, CIOs will find themselves constantly challenged, claims Anuj. No one will know everything about everything so it is important to continue to learn and leverage ones skills and those around you. He refers to this as the start-up mindset but advises approaching this with a level of humility that is often missing in start-up culture.

For Anuj, the third key attribute of a CIO is to be a change manager. The only thing that is constant in his line of work (IT) is change. As CIO, once a project is underway, it is about staying consistent with the change and being able to navigate what may be a complicated path. Change is never easy as it involves an element of disruption that not everyone is comfortable with.Possessing strong EI and change management skills helps the implementation go a lot smoother. He emphasises that being a change manager takes excellent project management and planning skills.

Anuj also believes that CIOs need to be data stewards to excel at their work. This is where leaders need to understand the data,andbe able to translate the technical data and information into a language that is easily understood by the board and C-Suite. In addition, the CIO must be able to pull various sources of organizational and business data together to make it more useful across business groups.

For future CIOs, Anuj advises, Stay open to new experiences and keep learning. Always say yes to challenges no matter how daunting they seem at the time. Its pressure that makes diamonds. There is only so much that books can teach you, everything else you will learn from experience and other peoples experiences stay open to them.

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Anuj Anand: Pushing the Boundaries of the Mining Industry by Leveraging Tech-Based Innovation - Analytics Insight

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Shooting threats and rumors have schools under pressure, and parents and students on edge – The Philadelphia Inquirer

Parents in the Penn-Delco School District flooded Sun Valley High School with phone calls Tuesday and rushed to pick up their children as rumors spread that something violent might happen.

In Bristol Borough, three students were arrested last week for making three shooting threats in as many days, causing school closings, early dismissals, and heightened anxiety among parents and students.

And on Friday in Cheltenham, the high schools principal informed parents that police were investigating a message on a bathroom stall threatening a school shooting on Dec. 17. A week earlier, the district had brought in police after discovering a social media post depicting the high schools floor plan with circled exits.

Such scenes have been playing out across the Philadelphia region and nationally. Schools are chasing a stream of threats many fueled by social media that often dont materialize. But in the process, students and parents are left on edge, unsure how to feel about attending school.

These are teenagers. They know what happened at Oxford, said Amanda Scott, a parent in the Penn-Delco district, referring to the recent school shootings in Michigan. Her husband rushed to pick up their son from Sun Valley High after he texted during a lock-in Tuesday that there was a possible shooting threat and he wanted to go home.

Ten minutes go by, 15 minutes go by theyre like, Is this the one? Scott said.

School administrators see a variety of reasons for the recent wave of threats, the reports made by students, and the panic that followed: A heightened reliance on social media. Fear in the wake of the Michigan shootings and determination not to let a similar tragedy happen here. And social and emotional needs that may have gone unmet during the disruption of the pandemic.

Dewey Cornell, a forensic clinical psychologist and University of Virginia professor whose Student Threat Assessment Protocol is used widely in the United States and Canada, said hes hearing from districts around the country that theres been a surge of student threats, many of them coming from social media and possibly part of a contagion effect of copycat threats following a highly publicized incident.

But he sees a problem that was present before the Michigan shootings: A general increase in student anxiety, distress, and misbehavior in school, said Cornell, who directs the Youth Violence Project at the University of Virginia. We also have schoolteachers and counselors who are understandably fatigued, short-handed, and less able to respond to student challenges. Schools are under tremendous strain.

In Philadelphia, where children are living amid a gun violence crisis, the School District has used its threat assessment protocol more than 50 times so far this year. Thats a lot, even for a large school system like Philadelphias, said Kevin Bethel, chief safety officer for the district.

On Monday, the districts Carver High School of Engineering and Science locked down after someone posted a photo of multiple guns on Instagram and promised to shoot up carver high school on Norris st and berks today at 2:00. District safety personnel, Philadelphia police, and investigators from the polices homeland security department who are trained in data mining all responded. No shooting happened.

With social media so prevalent among children and a lifeline for many in Philadelphia and other school systems where children learned virtually for a year or more that does create a challenge, particularly for law enforcement and school safety and school leaders, Bethel said. Theres so much activity.

Word of threats sometimes spreads faster on social media than schools have been able to respond. Some students at West Chester East High School stayed home Wednesday after awakening to text messages and social media posts warning of a threat at the school. Others asked parents to pick them up early.

The warning stemmed from a social media post by a student the night before, announcing a legal threat against the school. Police investigated and determined overnight that it wasnt violent.

But you put the words school and threat together, and it took on a life of its own, said Superintendent Bob Sokolowski, whose district investigated two more threats last week: a message in a bathroom stall at Peirce Middle School discovered later Wednesday, and reports Thursday night of a student planning to bring a weapon to Rustin High School. Both were unfounded.

He said he understood the impulse to report. Parents and students are concerned right now: Is my school going to drop the ball?

In Penn-Delco, Superintendent George Steinhoff said he saw a culmination of the trend thats happening around the country last week: On Monday, the high school was disturbed by students fighting in the hallways, in a scene that was later widely viewed on social media. Then on Tuesday morning, a student came forward to report that she had seen a written threat the day before.

The district immediately began investigating and went into lockdown. The threat ended up not being credible, but there was just enough time for students to begin to worry, Steinhoff said. With so many students texting their parents and leaving, the high school ended up dismissing early.

In some ways, its an incident that was created from essentially a non-incident, Steinhoff said. Its a sign of how the heightened anxiety of students right now can make these situations much more difficult to handle.

Scott, the Penn-Delco parent, felt the school had unfairly blamed students for turning to text conversations or social media when they heard rumors of a threat.

The one time something happens that would be devastating, Scott said.

Steinhoff said there was a fine line between making sure youre supporting students while also trying to maintain order. He plans to hold a webinar for parents Monday and also wants to hear from students about their needs.

Theres no question that this national crisis in adolescent mental health is manifesting itself in schools, he said.

This fall, Upper Darby schools have imposed only one actual lockdown, which involves darkening lights and can only be lifted by police, Superintendent Dan McGarry said. But lock-outs or lock-ins that either restrict outside access to the school or keep students from moving between classrooms have been more frequent. The high school, for instance, briefly went on lock-in Friday after a message was sent to a printer located in the school about causing harm to the school, district officials said. Police determined it was not an immediate threat.

Earlier Friday, the district informed the community that a social media post circulating among students with the words HHS Shooting written in a bathroom referred to a district in another state. The high school was also on lock-in Thursday after a student showed administrators a social media post with a picture of a person holding a weapon and making a threat toward the student.

Assessing the various threats is not as simple as people want to make it out to be, in particular with social media, McGarry said, where it might not be clear when or where a photo was taken.

McGarry said Upper Darby is holding trainings and also disciplining students involved in making threats to the fullest extent.

In Bristol Borough, police filed criminal charges against all three students who made threats last week two high school students and a sixth grader even though the students didnt have access to firearms.

Kids just want to feel safe when they come to school to learn, said Bristol Borough Police Sgt. Joseph Moors. I want the parents and students to know that people will be held accountable for their actions.

Still, administrators see challenges: Social media isnt going away. And schools have to get to the root of issues driving some students to make threats, said Bethel, the Philadelphia safety officer.

Whether we arrest them or not, he or she is not going to be expelled from the system, he said. We have to be able to do the long-term management of the childs mental health.

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Shooting threats and rumors have schools under pressure, and parents and students on edge - The Philadelphia Inquirer

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Global Process Mining Software Market Analysis Report 2021-2028: Increasing Investments in Digital Optimization & Transformation and Integration…

DUBLIN--(BUSINESS WIRE)--The "Process Mining Software Market Size, Share & Trends Analysis Report by Component (Software, Services), by Deployment, by Application, by Industry Vertical, by Region, and Segment Forecasts, 2021 - 2028" report has been added to ResearchAndMarkets.com's offering.

The global process mining software market size is estimated to reach over USD 7.95 billion by 2028 and is expected to expand at a CAGR of 50.1% from 2021 to 2028

The increasing awareness about the need to understand and analyze business processes driven by digital transformation is one of the key factors driving market growth. Additionally, the constant increase in data volumes across industries is driving the demand for process mining software and services.

Restrictions imposed on global imports and exports amid the COVID-19 pandemic hampered the operations of industries such as transportation, logistics, and manufacturing. The resultant shortage of resources encouraged businesses to seek new opportunities for cloud-based solutions and adopt automation technologies.

Process mining software combines Business Intelligence (BI), analytics, automation, critical change agents, and Artificial Intelligence (AI) functions to help enterprises bridge the gap in siloed data scattered across various business processes. Process mining also assists organizations in discovering and fixing the inadequacies impeding the performance of business processes.

The market has also benefitted from the high volumes of data and the growing need to generate insights from data distributed across enterprises. Businesses are in desperate need of tools that can enable efficient data processing and data mapping. This, in turn, is boosting the demand for process mining software solutions that offer features such as automated process mapping and fact-based insights.

Process Mining Software Market Report Highlights

Market Variables, Trends & Scope

Market Driver Analysis

Market Restraint/Challenge Analysis

Market Opportunity Analysis

Market Lineage Outlook

Penetration & Growth Prospect Mapping

Porter's Five Forces Analysis

Pest Analysis

COVID-19 Impact on Process Mining Software Market

Companies Mentioned

For more information about this report visit https://www.researchandmarkets.com/r/bs2vnb

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Global Process Mining Software Market Analysis Report 2021-2028: Increasing Investments in Digital Optimization & Transformation and Integration...

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The Quantum Moments: Top Quantum Computing Things to Recall from 2021 – Analytics Insight

Quantum computing is a fundamentally different approach to computation compared to the kinds of calculations that we do on todays laptops.

The digital revolution highlights the need for awareness of quantum technologies. The world is now preparing for further digital transformation with a revolution in quantum technology. The countries that authorize quantum computing technology will command over the information processing space for a long period giving them control and influence over sectors such as modern manufacturing, pharmaceuticals, the digital economy, logistics, national security, and intelligence. Quantum computing is a fundamentally different approach to computation compared with the kinds of calculations that we do on todays laptops, workstations, and mainframes. It wont replace these devices, but by leveraging the principles of quantum physics it will solve specific, typically very complex problems of a statistical nature that are difficult for current computers. Heres the list of the top quantum computing moments to remember from 2021.

The pharmaceutical industry has started reaping the benefits of quantum computers to create a change in the existing process of drug discovery and drug development. This industry needs a hefty budget for R&D and quantum computing can help in enhancing the R&D process within a short period. The pharmaceutical industry deals with different molecular formulations and this cutting-edge technology in quantum computing is the best-suited tech after artificial intelligence. Quantum computers tend to predict and simulate molecular structures, patterns, behaviours and properties more efficiently than the traditional computers used in the labs. These quantum computers are more powerful and bring the entire process at an atomic level to add more value to drug discovery and drug development across the world.

Quantum computing and quantum mechanics can solve enormous problems. Due to the data set utilized, topological analysis, an area of study where geometric forms act in certain ways, explains calculations that are just unachievable with todays ordinary computers. This can be reduced to very basic computations using quantum computing. NASA is exploring using quantum computing to examine the vast amounts of data it collects about the universe and to build better and safer space flight methods.

Advanced cryptography is the most prevalent use of quantum computing. Encryption that employs very big prime number factoring (300+ integers) is impossible to break with todays machines. This decryption might become easy with quantum computers, resulting in far greater protection of our digital lives and possessions. However, well be able to crack conventional encryption considerably more quickly as well.

Finding patterns in data and utilizing them to forecast future trends is extremely beneficial. Volkswagen is investigating how quantum computing may be used to notify drivers 45 minutes ahead of time of traffic conditions. Quantum computers will make it feasible to match traffic patterns and anticipate the behaviour of a system as complicated as todays traffic.

Quantum technology has the potential to enable far more sophisticated computer simulations, such as in aviation settings. The time and cost savings associated with assisting in the routing and scheduling of aircraft are considerable. Large businesses such as Airbus and Lockheed Martin are aggressively exploring and investing in the sector to take advantage of the technologys computational power and optimization possibilities.

One possible means of quantum communication is quantum teleportation. Although the name can be misleading, quantum teleportation is not a form of the transport of physical objects but a form of communication. This teleportation is the process of transporting a qubit from one location to another without having to transport the physical particle to which that qubit is attached. Even quantum teleportation depends on the traditional communication network, making it impossible to exceed the speed of light.

It is one of the most discussed forecasts that artificial intelligence and quantum computing can benefit each other by enhancing each others abilities. applications of artificial intelligence like machine learning, computer vision will be accelerated if run on quantum systems. This will mean faster analysis of data in sectors like fraud detection, drug compound discovery and more. It will also boost Generative AI by expanding the datasets used to train generative or machine learning models.

The supply chain is expected to be the first area where quantum computing will have an influence. If Covid-19 taught us anything, its that global production networks are inherently complex and risky. Companies will be able to manage supply networks with fewer disruptions because of quantum computing.

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The Quantum Moments: Top Quantum Computing Things to Recall from 2021 - Analytics Insight

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IOG Has Already Started Process of Making Cardano Resistant Against Quantum Attacks – CryptoGlobe

Cardano creator Charles Hoskinson says Input Output (aka IOG, aka IOHK) has started preparing for future attacks on the Cardano network by quantum-powered adversaries.

Quantum computing is a type of computation that harnesses the collective properties of quantum states, such as superposition, interference, and entanglement, to perform calculations and the devices that perform quantum computations are known as quantum computers.

As reported by The Daily Hodl, in a recent video released on his YouTube channel on December 6, Hoskinson said the first step in the long process of making Cardano quantum-resistant was to run simulations to test Cardanos algorithms:

The first thing you need to do is model the algorithms we have against the quantum adversary. We have started that process, but thats not in scope for the deliverables in 2022. However, the knowledge is there, the people are there and if its a priority for the next five years of Cardano, its something that can be done.

Hoskinsom, who believes that math and science is not where it needs to be to have acceptable trade-offs, explained what the Cardano team should be doing now to prepare for the future:

It makes more sense to model out all the theoretical properties you have to adhere to and improve the state of the art of mathematics so that we have better primitives to work with to actually ameliorate the issues of quantum computers and thats what were doing and its an academic exercise at the moment.

Its not a real problem today, its not a concern. There is no working quantum computer that poses a threat to any cryptographic system.

The views and opinions expressed by the author, or any people mentioned in this article, are for informational purposes only, and they do not constitute financial, investment, or other advice. Investing in or trading cryptoassets comes with a risk of financial loss.

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Research Fellow, Quantum Hardware Engineer, NQCH, Centre for Quantum Technologies job with NATIONAL UNIVERSITY OF SINGAPORE | 274414 – Times Higher…

About Centre for Quantum Technologies (CQT)

The Centre for Quantum Technologies (CQT) is a research center of excellence at the National University of Singapore doing cutting-edge theoretical and experimental science. CQT is located on the campus of the National University of Singapore and offers a friendly, international work environment. Learn more about CQT athttps://www.quantumlah.org/

At CQT we are developing next generation hardware for Quantum Sensors. Our team is composed of researchers with various backgrounds in science and we work at the spearhead towards developing technologies enhancing current quantum sensors and make them applicable to tackle challenging problems.

Job description

National Quantum Computing Hub will pool expertise and resources from the Centre for Quantum Technologies at NUS, the Institute of High Performance Computing at A*STAR and the National Supercomputing Centre Singapore (NSCC) in pursuing a quantum computing strategy for Singapore. Quantum computing is a potentially disruptive innovation in information processing that promises applications in fields from finance to chemicals as the technology and know-how matures. The successful candidate will execute the NQCH aims to build quantum computing capabilities, talent and ecosystem in Singapore, with a focus on applications.

We are looking for a team leader who will help to deploy and maintain a medium scale superconducting quantum computer. This project is at the junction between industry and academic research and with this can be quite exciting and demanding as well.

Job Requirements

More Information

We will provide a competitive numeration and a good work / life balance.The remuneration is competitive and depends on the expertise and skill set.

For enquiries and details about the position, please contact Rainer Dumke atrdumke@ntu.edu.sg.

Please include your consent by filling in the NUS Personal Data Consent for Job Applicants.

Employment Type : Full-time

Applications can be submitted via the link below and should contain: the latest CV, and letter of recommendation (if any).

We regret that only shortlisted candidates will be notified.

Location: [[Nanyang Technological University (NTU)]]Organization: [[National University of Singapore]]Department : [[Rainer Dumke Group, Centre for Quantum Technologies]]Job requisition ID : [[10415]]

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Research Fellow, Quantum Hardware Engineer, NQCH, Centre for Quantum Technologies job with NATIONAL UNIVERSITY OF SINGAPORE | 274414 - Times Higher...

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Multidisciplinary Data Science Scholarship Program to Host Information Session – University of Arkansas Newswire

The College of Engineering is pleased to announce that the Multidisciplinary Data Science Scholarship program will host an in-person information session 5-6 p.m. Jan. 25, 2022.

Sponsored by a grant from the National Science Foundation, the MDaSScholarship program is designed to increase the graduation rate of underrepresented STEM undergraduate students interested in careers in data science.

The program is open to all STEM disciplines science, technology, engineering and mathematics but preference will be given to students enrolled in the data science program and disciplines related to data science (industrial engineering, computer science and computer engineering, physics, biology, and mathematics with a specialization in statistics).

MDaS aims to establish recruitment and retention programs for new data science majors and other related STEM disciplines to help meet growing workforce needs for qualified STEM graduates with data science skills. The program brings faculty and business leaders together to mentor students interested in data science and other related STEM disciplines, in career development initiatives. It also helps to provide skills sought after, with the aim of improving the graduation rate of students interested in careers related to data science.

Data science combines the fields of computer science, mathematics, statistics and information systems with a focus on the generation, organization, modeling and use of data to make scientific and business decisions. To learn more about data science at the University of Arkansas, please visit datascience.uark.edu.

To claim your spot for the Tuesday, Jan. 25, information session about the scholarship program, register here.

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